Aadhaar Number (India)
Searches for a 12-digit unique identification (UID) number that personally identifies each resident of India. This non-delimited version of the classifier checks only for the format 123412341234.
Aadhaar Number - Delimited (India)
Searches for a 12-digit unique identification (UID) number that personally identifies each resident of India. This search algorithm requires the following delimited patterns to qualify for classification:
nnnn nnnn nnnn
nnnn-nnnn-nnnn
nnnn.nnnn.nnnn
To also search for non-delimited patterns, you can include the non-delimited version of this classifier.
Australian Business Number (ABN) (Australia)
Searches for a unique 11-digit number that is issued to business entities for identification/tax purposes. This number includes a checksum as the first two digits.
Australian Business Number (ABN) - Delimited (Australia)
Searches for a unique 11-digit number that is issued to business entities for identification/tax purposes. This number includes a checksum as the first two digits. This search algorithm requires the following delimited patterns to qualify for classification:
nn nnn nnn nnn
nn-nnn-nnn-nnn
nn.nnn.nnn.nnn
Australian Medicare Number (Australia)
Searches for a unique 11-digit number that is issued to participants of a publicly funded universal health care system. This number includes a checksum digit.
Australian Medicare Number - Delimited (Australia)
Searches for a unique 11-digit number that is issued to participants of a publicly funded universal health care system. This number includes a checksum digit. This search algorithm requires delimited patterns to qualify for classification:
nnnn nnnnn n n
nnnn-nnnnn-n-n
nnnn.nnnnn.n.n
Burgerservicenummer (BSN) Citizen Service Number (Netherlands)
Searches for the unique nine-digit personal identification number representing each Netherlands citizen; this national identifier is formerly known as sofinummer.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Centrale Personregister (CPR) Personal Identification Number (Denmark)
Searches for the 10-digit Danish national identification number (format ddmmyy-ssss, where ddmmyy is the date of birth and ssss is a sequence number). This number is also known as CPR-nummer or personnummer.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Codice Fiscale Number (Italy)
Searches for the 16-character alphanumeric tax code that uniquely identifies citizens or permanently resident aliens. This pattern consists of items in the following sequence:
Positions 1 through 6: Any letters
Positions 7 and 8: Any digits
Position 9: Any letter
Positions 10 and 11: Any digits
Position 12: Any letter
Positions 13 through 15: Any digits
Position 16: Parity/check character
Example: RSSMRA74D22A001Q
Community Health Index (CHI) Number (Scotland)
Searches for a unique 10-digit patient identifier number (format nnnnnn-nnnn, ending with a check digit) from Scotland's publicly-funded healthcare system.
This classifier supports the Confidence Level feature>, which ranks discovered matches to help you determine which matches are most relevant.
Company Type Indicator (Italy)
Searches for any indicator from a business’s identity that identifies the business structure, business type, legal status, and so on.
Examples:
SNC/S.N.C., designating a Società in Nome Collettivo (a general partnership)
SRL/S.R.L., designating a Società a Responsabilità Limitata (type of limited liability company)
SPA/S.p.A., designating a Società per Azioni (type of limited liability company)
Documento Nacional de Identidad (DNI) Number (Spain)
Searches for the unique nine-character (eight digits plus a control letter) alphanumeric identifier of the Spanish national identity card for citizens that is also used for tax purposes. This pattern consists of items in the following sequence:
Positions 1 through 8: Any digits
Position 9: One checksum letter
Example: 00000051-T or 00000051T
Driver’s License (Alabama)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Alaska)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Alberta, Canada)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver’s License (Arizona)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. The identifier can be any of the following formats:
A nine-digit number
A nine-character alphanumeric string that contains a letter as the first character, followed by eight digits
A seven-character alphanumeric string that contains letters as the first two characters, followed by five digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Arkansas)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Australia)
Searches for a four- to nine-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 and 2: Any digits or letters
Positions 3 and 4: Any digits
Positions 5 through 9: Any digits or letters
Note the following rules for this pattern:
Must include at least four digits.
Cannot include more than two letters.
Examples: AB4569748, 123456789, 37967822A, 7088653JT, 1234, 4587H, A56789, R987654D, 1234567P
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (British Columbia, Canada)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (California)
Searches for an eight-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 8: Any digits
Example: A1234567
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver’s License (China)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. The identifier can be either of the following formats:
An 18-digit number
An 18-character alphanumeric string that contains 17 digits, followed by X
Driver’s License (Colorado)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver’s License (Connecticut)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Delaware)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Florida)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This target pattern focuses on the specific driver's license format of Florida, which uniquely encodes name, gender, and date of birth into the license number.
Driver’s License (Georgia)
Searches for a seven-digit to nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Germany)
Searches for an 11-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any digit or letter
Positions 2 and 3: Any digits
Positions 4 through 9: Any combination of digits or letters
Position 10: Any digit
Position 11: Any digit or letter
Example: A36122B437S
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Hawaii)
Searches for a nine-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use the following patterns:
Pattern 1:
Position 1: The letter H
Positions 2 through 9: Any digits
Example: H12345678
Pattern 2:
Positions 1 through 9: Any digits representing the social security number of the driver
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Idaho)
Searches for a nine-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Positions 1 and 2: Any letters
Positions 3 through 8: Any digits
Position 9: Any letter
Example: BL171107M
Pattern 2:
Any 9 digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Illinois)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This target pattern focuses on the specific driver's license format of Illinois, which uniquely encodes name, gender, and date of birth into the license number.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Indiana)
Searches for a nine- or ten-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. The identifier can be any of the following formats:
A nine-digit number (delimited or non-delimited)
Example: 19-333-8761 or 193338761
A ten-digit number (delimited or non-delimited)
Example: 6723-97-1124 or 6723971124
A ten-character alphanumeric string that contains a letter as the first character, followed by nine digits
Example: T273643412
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Iowa)
Searches for a nine-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Positions 1 through 3: Any digits
Positions 4 and 5: Any letters
Positions 6 through 9: Any digits
Example: 723AB4567
Pattern 2:
Any 9 digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver’s License (Italy)
Searches for a ten-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Position 2: One of the following letters: A or V
Positions 3 through 9: Any combination of digits, letters, or the underscore character
Position 10: Any letter
Example: BV567A78SE
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Japan)
Searches for a 12-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Kansas)
Searches for a nine-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: K or any digit
Positions 2 through 9: Any digit
Example: K23456789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Kentucky)
Searches for a nine-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter or any digit
Positions 2 through 9: Any digit
Example: k23456789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Louisiana)
Searches for a nine-digit identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1-9: Any digit
Example: 003456789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Maine)
Searches for a seven-digit identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Manitoba, Canada)
Searches for a 12-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Position 1: Any letter
Positions 2 through 5: Any letter or an asterisk
Position 6: Any letter
Positions 7 through 10: Any digit
Position 11: Any letter
Position 12: Any letter or digit
Example: PU*BLB5617F1
Pattern 2:
Position 1: Any letter
Positions 2 through 4: Any letter or an asterisk
Positions 5 and 6: Any digit
Positions 7 through 12: Any letter or digit
Example: KSTE87TY71D9
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Maryland)
Searches for a 13-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 13: Any digits
Example: B723456738265
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Massachusetts)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This classifier uses the following patterns consisting of items in the following sequence:
Pattern 1:
Position 1: Any letter
Positions 2 through 9: Any digits
Example: A12345678
Pattern 2:
Any 9 digits representing the social security number of the driver
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Michigan)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This classifier uses the following patterns consisting of items in the following sequence:
Pattern 1:
Position 1: Any letter
Positions 2 through 11: Any digits
Example: A0123456789
Pattern 2:
Position 1: First letter of the driver's last name
Positions 2 through 13: Any digits
Example: T123456789012
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Minnesota)
Searches for a 13-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 13: Any digits
Example: B171107372634
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Mississippi)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Missouri)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Position 1: Any letter
Position 2 and additional positions: Five to nine digits
Examples: C17110 | E57626162
Pattern 2:
Any nine digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Montana)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This classifier uses the following patterns consisting of items in the following sequence
Pattern 1: Any 9 digits
Example: 987654321
Pattern 2: 9 characters using the following sequence:
Position 1: Any letter
Positions 2 through 9: Any digits
Example: C81726354
Pattern 3: 13 digits using the following sequence:
Positions 1 and 2: Digits of the driver's month of birth
Positions 3 through 5: Any digits
Positions 6 through 9: Digits of the driver's year of birth
Positions 10 and 11: Digits 4 and 1
Positions 12 and 13: Digits of the driver's day of birth
Example: 1254321724105
Pattern 4: Any 14 digits
Example: 12345678987654
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Nebraska)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Letter A, B, C, E, G, H, or V
Positions 2 through 4 to 9: Any digits
Examples: A123, B1234, C12345, E123456, G1234567, H12345678
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Nevada)
Searches for a 12-character numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
Example: 012345678911
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (New Brunswick, Canada)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (New Hampshire)
Searches for a 10-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1 and 2: Digits of the driver's month of birth
Position 3: First letter of the driver's last name
Position 4: Last letter of the driver's last name
Position 5: First letter of the driver's first name
Positions 6 and 7: Last two digits of the driver's birth year
Positions 8 and 9: Digits of the driver's day of birth
Position 10: Any digit
Example: 02TOB68177
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (New Jersey)
Searches for a 15-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: First letter of the driver's last name
Positions 2 through 15: Digits that uniquely encode name, eye color, and date of birth into the license number.
Example: D92374957127498
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (New Mexico)
Searches for an eight- or nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
Examples: 12345678, 123456789, or 435 456 229
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (New York)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
Examples: 123456789 or 123 456 789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Newfoundland, Canada)
Searches for a 10-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 10: Any digit
Example: B846567827
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (North Carolina)
Searches for a 12-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
Example: 914684576320
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (North Dakota)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier uses one of the following patterns:
Pattern 1:
Positions 1 through 3: The first three letters of the driver's last name
Positions 4 and 5: Digits representing the birth year of the driver (for example, 98 for 1998)
Positions 6 through 9: Any digits
Example: SMI-80-1234
Pattern 2:
Positions 1 through 9: Any digits
Example: 21345678
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Northern Ireland)
Searches for an eight-character numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Northwest Territories, Canada)
Searches for a six-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Nova Scotia, Canada)
Searches for a 14-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 through 5: Any letter
Positions 6 through 14: Any digit
Example: BROCA846567822
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Nunavut, Canada)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Oklahoma)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier uses one of the following patterns:
Pattern 1:
Position 1: Any letter
Positions 2 through 10: Any digits
Example: B123456789
Pattern 2:
Positions 1 through 9: Any digits
Example: 123456789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Ohio)
Searches for an eight-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 and 2: Any letters
Positions 3 through 8: Any digits
Example: AB123456
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Ontario)
Searches for a 15-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This target pattern focuses on the specific driver's license format of Ontario, which uniquely encodes name, gender, and date of birth into the license number.
Examples: T12345678780825 or T1234-56787-80825
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Oregon)
Searches for a one-digit to nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Pennsylvania)
Searches for an eight-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier uses a delimited pattern or a non-delimited pattern. For example, 99 009 001 or 99009001.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Prince Edward Island, Canada)
Searches for a six-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Quebec, Canada)
Searches for a 13-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 13: Any digit
Example: A846567822271
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Rhode Island)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier uses the following pattern:
Positions 1 and 2: Digits representing the year the license was issued (for example, 22 if the license was issued in 2012 and 17 if the license was issued in 1957)
Positions 3 through 7: Any digits
Example: 1012345
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Saskatchewan, Canada)
Searches for an eight-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (South Carolina)
Searches for any 5-digit to 11-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (South Dakota)
Searches for a numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern can use any of the following formats:
Any 6 digits
Any 7 digits
Any 8 digits
Any 9 digits representing the social security number of the driver
Any 11 digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Tennessee)
Searches for a numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern can use any of the following formats:
Any 7 digits (old format)
Any 9 digits (current format)
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Texas)
Searches for an eight-character numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: One of the following numbers: 0, 1, or 2
Positions 2 through 8: Any digits
Example: 01234567
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License - United Kingdom (England, Scotland and Wales)
Searches for an 18-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways in England, Scotland, and Wales.
This classifier does not account for Northern Ireland licenses; these licenses have a format that hinders the effectiveness of searches.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver’s License (Utah)
Searches for a 4-digit to 10-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Vermont)
Searches for an eight-digit numeric identifier or 8-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 through 7: Any digit
Position 8: Any digit or the letter A
Example: 2748573A
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Virginia)
Searches for a nine-digit numeric identifier or 9-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any digit or the letter R or T
Positions 2 through 9: Any digit
Example: R84656782
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Washington D.C.)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Washington)
Searches for a 12-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 through 5: First five letters of the driver’s last name
If the name is shorter than five letters, asterisks fill any remaining positions (for example, LEE**).
Position 6: Initial of the driver’s first name
Position 7: Initial of the driver’s middle name
Positions 8 through 10: Any digits
Positions 11 and 12: Any digits or letters
Example: JEFFETA111X2
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (West Virginia)
Searches for a seven-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Position 1: Any letter
Positions 2 through 7: Any digits
Example: B171107
Pattern 2:
Any seven digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Wisconsin)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This target pattern focuses on the specific driver's license format of Wisconsin, which uniquely encodes name, gender, and date of birth into the license number.
Driver's License (Wyoming)
Searches for a 9-digit or 10-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Yukon, Canada)
Searches for a 10-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Email Address
Searches for an address (format local_information@domain) that can send and receive electronic mail messages on a network. For example, John.Smith@gmail.com is an email address in which John.Smith is local information that identifies the address to the receiving domain (gmail.com).
Employer Identification Number (EIN) (United States)
Searches for the nine-digit numeric identifier that is issued to business entities, states, or other organizations for tax/business purposes. This identifier is also known as a Federal Employer Identification Number (FEIN) or Federal Tax Identification Number.
This search algorithm requires the following delimited patterns to qualify for classification:
nn nnnnnnn
nn-nnnnnnn
nn.nnn nnnn
Greek Social Security Number (AMKA) (Greece)
Searches for an 11-digit identification number of a Greek citizen. This pattern consists of items in the following sequence:
Positions 1 through 6: Digits representing the birth date of the person in ddmmyy format
Positions 7 through 10: Any digits
Position 11: Any digit generated by using the Luhn algorithm
Example: 15079779067
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Hong Kong Identity (HKID) Number (Hong Kong)
Searches for an eight-character or nine-character alphanumeric identifier that is assigned to residents on a Hong Kong Identity Card or Hong Kong Permanent Identity Card. This pattern consists of items in the following sequence:
One or two letters
Six numbers
A check digit (0 to 9 or A)
Example: C214511(A)
Identity Card (Italy)
Searches for the 9-character alphanumeric identifier of the personal identification document issued to Italian citizens. This identifier is known locally as carta d'identità or carta d'identità elettronica. This identifier can use either of the following patterns:
Pattern 1:
Positions 1 and 2: Any letters
Positions 3 through 9: Any digits
Example: AO3586289
Pattern 2:
Positions 1 and 2: Any letters
Positions 3 through 7: Any digits
Positions 8 and 9: Any letters
Example: CA47186AA
Individual Number (Japan)
Searches for a 12-digit numeric identifier that is assigned to people for taxation, social security, and disaster-response purposes.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Individual Taxpayer Identification Number (ITIN) (United States)
Searches for the nine-digit number that is issued to individuals (for example, foreign nationals) who have tax reporting/filing requirements but do not have a Social Security Number.
INSEE National Identifier (France)
Searches for the 15-digit number that identifies entities and people for social insurance, national identification, employment, and taxation purposes.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
National Insurance Number (United Kingdom)
Searches for a personally identifying number (also referred to as a NI number or NINO) that is used in the United Kingdom for insurance, social security system, and tax purposes.
The format of the number is two prefix letters, followed by six digits, followed by one suffix letter (for example, AB123456C or AB 12 34 56 C).
Numero de Identificacion de Extranjeros (NIE) Number (Spain)
Searches for the nine-character alphanumeric identifier that is issued to foreigners for tax identification, purchase tracking purposes, and other purposes. This pattern consists of items in the following sequence:
Position 1: One of the following letters: X, Y, or Z
Positions 2 through 8: Any digits
Position 9: One checksum letter
Examples: X-1234567-N or X1234567N
Passport Number (Australia)
Searches for an eight-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Position 1: Any letter except I, O, Q, and S
Positions 2 through 8: Any digits
Example: A1234567
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Passport Number (Canada)
Searches for an eight-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Positions 1 and 2: Any letters in uppercase
Positions 3 through 8: Any digits
Example: CA123456
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Passport (China)
Searches for a nine-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Position 1: A letter that indicates passport type (for example, G)
Positions 2 through 9: Any digits
Example: G05473471
Passport Number (France)
Searches for a nine-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Positions 1 and 2: Any digits
Positions 3 and 4: Any letters
Positions 5 through 9: Any digits
Example: 34BC78751
Passport Number (Germany)
Searches for a 10-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern uses the following items and sequence:
Position 1: One digit or one letter from the following list: C, F, G, H, J, or K
Positions 2 through 4: Any digits
Positions 5 through 9: One of the following groupings:
Five digits
Five letters from the following list: C, F-H, J-N, P, R, T, V-Z
A combination of digits and letters (C, F-H, J-N, P, R, T, V-Z) totaling five characters
Position 10: Any digit
Example: C123F4K5R6
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Passport Number (Japan)
Searches for a nine-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Positions 1 and 2: Any letter
Positions 3 through 9: Any digits
Example: TE1234567
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Passport Number (Spain)
Searches for an eight-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Positions 1 and 2: Any letters
Positions 3 through 8: Any digits
Example: AR123456
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Passport Number - Delimited (Spain)
Searches for an 8-character alphanumeric identifier—two letters followed by six digits—of a document that certifies the identity and nationality of its holder for the purpose of international travel. This search algorithm requires delimited patterns to qualify for classification.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Passport Number (United Kingdom)
Searches for a nine-digit numeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Passport Number (United Kingdom, Pre Jan 2002)
Searches for a seven-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This classifier uses the following patterns, which were assigned before January 2002, consisting of items in the following sequence:
Pattern 1:
Position 1: Any letter
Positions 2 through 7: Any digits
Example: A654321
Pattern 2:
Position 1 through 6: Any digits
Positions 7: Any letter
Example: 654321Z
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Passport Number (United States)
Searches for an alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This classifier uses the following patterns:
Pattern 1:
Position 1: The letter C or c (uppercase or lowercase)
Positions 2 through 9: Any digits
Example: C12345678
Pattern 2:
Positions 1 through 9: Any digits
Example: 846720194
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Permanent Account Number (PAN) (India)
Searches for the unique 10-character alphanumeric ID that acts as a personal identifier for an Indian who obtains it (for example, for income tax payment purposes). This ID consists of five letters, followed by four numerals, followed by a letter (for example AAAPL1234C).
Personal Public Service (PPS) Number (Ireland)
Searches for the unique alphanumeric personal identifier (for example, 8765432AA) that is issued in Ireland for income tax, social welfare, and other purposes. This identifier is formerly known as the Revenue and Social Insurance Number.
The format is seven digits, followed by a check character, followed (sometimes) by an additional letter. This search algorithm also accounts for the numbering format that has existed since January 1, 2013, where an additional alphabetic character (other than “W”) exists in position 9 of the number.
Postal Address (United States)
Searches for a specific collection of information that identifies the location of a structure or plot of land. A postal address match includes the following information:
Numeric identifier followed by street name and street suffix
City/Town/Village
State name or abbreviation
Postal/zip code
Preparer Tax Identification Number (PTIN) (United States)
Searches for the numeric identifier that is issued to paid preparers of federal tax returns, refund claims, or other tax forms that are submitted to the Internal Revenue Service.
Resident Identity Card (China)
Searches for an identifier of the document that is assigned to People's Republic of China residents for personal identification. The identifier can be either of the following formats:
An 18-digit number
An 18-character alphanumeric string that contains 17 digits, followed by X
Social Insurance Number (Canada)
Searches for a nine-digit number that Canada issues to its citizens/residents to administer various government programs. This search algorithm targets non-delimited patterns. To also search for delimited patterns, you can include the delimited version of this classifier.
Social Insurance Number - Delimited (Canada)
Searches for a nine-digit number that Canada issues to its citizens/residents to administer various government programs. This search algorithm requires the following delimited patterns to qualify for classification:
nnn nnn nnn
nnn-nnn-nnn
nnn.nnn.nnn
To search for non-delimited patterns, include the non-delimited version of this classifier.
Social Security Number (United States)
Searches for a nine-digit number that is issued to uniquely identify citizens/residents. This search algorithm does not require delimiters that separate the numbers; the algorithm also accounts for the randomized number assignment methodology that has existed since June 25, 2011.
Social Security Number - Delimited (United States)
Searches for a nine-digit number that is issued to uniquely identify citizens/residents. This search algorithm requires the following delimited patterns to qualify for classification:
nnn nn nnnn
nnn-nn-nnnn
nnn.nn.nnnn
Social Security Number - Pre June 2011 (United States)
Searches for a nine-digit number that the United States issues to uniquely identify its citizens/residents. This search algorithm does not require delimiters that separate the numbers; the algorithm also does not account for the randomized number assignment methodology that has existed since June 25, 2011.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Searches for a 12-digit unique identification (UID) number that personally identifies each resident of India. This non-delimited version of the classifier checks only for the format 123412341234.
Aadhaar Number - Delimited (India)
Searches for a 12-digit unique identification (UID) number that personally identifies each resident of India. This search algorithm requires the following delimited patterns to qualify for classification:
nnnn nnnn nnnn
nnnn-nnnn-nnnn
nnnn.nnnn.nnnn
To also search for non-delimited patterns, you can include the non-delimited version of this classifier.
Australian Business Number (ABN) (Australia)
Searches for a unique 11-digit number that is issued to business entities for identification/tax purposes. This number includes a checksum as the first two digits.
Australian Business Number (ABN) - Delimited (Australia)
Searches for a unique 11-digit number that is issued to business entities for identification/tax purposes. This number includes a checksum as the first two digits. This search algorithm requires the following delimited patterns to qualify for classification:
nn nnn nnn nnn
nn-nnn-nnn-nnn
nn.nnn.nnn.nnn
Australian Medicare Number (Australia)
Searches for a unique 11-digit number that is issued to participants of a publicly funded universal health care system. This number includes a checksum digit.
Australian Medicare Number - Delimited (Australia)
Searches for a unique 11-digit number that is issued to participants of a publicly funded universal health care system. This number includes a checksum digit. This search algorithm requires delimited patterns to qualify for classification:
nnnn nnnnn n n
nnnn-nnnnn-n-n
nnnn.nnnnn.n.n
Burgerservicenummer (BSN) Citizen Service Number (Netherlands)
Searches for the unique nine-digit personal identification number representing each Netherlands citizen; this national identifier is formerly known as sofinummer.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Centrale Personregister (CPR) Personal Identification Number (Denmark)
Searches for the 10-digit Danish national identification number (format ddmmyy-ssss, where ddmmyy is the date of birth and ssss is a sequence number). This number is also known as CPR-nummer or personnummer.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Codice Fiscale Number (Italy)
Searches for the 16-character alphanumeric tax code that uniquely identifies citizens or permanently resident aliens. This pattern consists of items in the following sequence:
Positions 1 through 6: Any letters
Positions 7 and 8: Any digits
Position 9: Any letter
Positions 10 and 11: Any digits
Position 12: Any letter
Positions 13 through 15: Any digits
Position 16: Parity/check character
Example: RSSMRA74D22A001Q
Community Health Index (CHI) Number (Scotland)
Searches for a unique 10-digit patient identifier number (format nnnnnn-nnnn, ending with a check digit) from Scotland's publicly-funded healthcare system.
This classifier supports the Confidence Level feature>, which ranks discovered matches to help you determine which matches are most relevant.
Company Type Indicator (Italy)
Searches for any indicator from a business’s identity that identifies the business structure, business type, legal status, and so on.
Examples:
SNC/S.N.C., designating a Società in Nome Collettivo (a general partnership)
SRL/S.R.L., designating a Società a Responsabilità Limitata (type of limited liability company)
SPA/S.p.A., designating a Società per Azioni (type of limited liability company)
Documento Nacional de Identidad (DNI) Number (Spain)
Searches for the unique nine-character (eight digits plus a control letter) alphanumeric identifier of the Spanish national identity card for citizens that is also used for tax purposes. This pattern consists of items in the following sequence:
Positions 1 through 8: Any digits
Position 9: One checksum letter
Example: 00000051-T or 00000051T
Driver’s License (Alabama)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Alaska)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Alberta, Canada)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver’s License (Arizona)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. The identifier can be any of the following formats:
A nine-digit number
A nine-character alphanumeric string that contains a letter as the first character, followed by eight digits
A seven-character alphanumeric string that contains letters as the first two characters, followed by five digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Arkansas)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Australia)
Searches for a four- to nine-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 and 2: Any digits or letters
Positions 3 and 4: Any digits
Positions 5 through 9: Any digits or letters
Note the following rules for this pattern:
Must include at least four digits.
Cannot include more than two letters.
Examples: AB4569748, 123456789, 37967822A, 7088653JT, 1234, 4587H, A56789, R987654D, 1234567P
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (British Columbia, Canada)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (California)
Searches for an eight-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 8: Any digits
Example: A1234567
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver’s License (China)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. The identifier can be either of the following formats:
An 18-digit number
An 18-character alphanumeric string that contains 17 digits, followed by X
Driver’s License (Colorado)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver’s License (Connecticut)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Delaware)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Florida)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This target pattern focuses on the specific driver's license format of Florida, which uniquely encodes name, gender, and date of birth into the license number.
Driver’s License (Georgia)
Searches for a seven-digit to nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Germany)
Searches for an 11-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any digit or letter
Positions 2 and 3: Any digits
Positions 4 through 9: Any combination of digits or letters
Position 10: Any digit
Position 11: Any digit or letter
Example: A36122B437S
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Hawaii)
Searches for a nine-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use the following patterns:
Pattern 1:
Position 1: The letter H
Positions 2 through 9: Any digits
Example: H12345678
Pattern 2:
Positions 1 through 9: Any digits representing the social security number of the driver
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Idaho)
Searches for a nine-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Positions 1 and 2: Any letters
Positions 3 through 8: Any digits
Position 9: Any letter
Example: BL171107M
Pattern 2:
Any 9 digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Illinois)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This target pattern focuses on the specific driver's license format of Illinois, which uniquely encodes name, gender, and date of birth into the license number.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Indiana)
Searches for a nine- or ten-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. The identifier can be any of the following formats:
A nine-digit number (delimited or non-delimited)
Example: 19-333-8761 or 193338761
A ten-digit number (delimited or non-delimited)
Example: 6723-97-1124 or 6723971124
A ten-character alphanumeric string that contains a letter as the first character, followed by nine digits
Example: T273643412
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Iowa)
Searches for a nine-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Positions 1 through 3: Any digits
Positions 4 and 5: Any letters
Positions 6 through 9: Any digits
Example: 723AB4567
Pattern 2:
Any 9 digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver’s License (Italy)
Searches for a ten-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Position 2: One of the following letters: A or V
Positions 3 through 9: Any combination of digits, letters, or the underscore character
Position 10: Any letter
Example: BV567A78SE
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Japan)
Searches for a 12-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Kansas)
Searches for a nine-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: K or any digit
Positions 2 through 9: Any digit
Example: K23456789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Kentucky)
Searches for a nine-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter or any digit
Positions 2 through 9: Any digit
Example: k23456789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Louisiana)
Searches for a nine-digit identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1-9: Any digit
Example: 003456789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Maine)
Searches for a seven-digit identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Manitoba, Canada)
Searches for a 12-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Position 1: Any letter
Positions 2 through 5: Any letter or an asterisk
Position 6: Any letter
Positions 7 through 10: Any digit
Position 11: Any letter
Position 12: Any letter or digit
Example: PU*BLB5617F1
Pattern 2:
Position 1: Any letter
Positions 2 through 4: Any letter or an asterisk
Positions 5 and 6: Any digit
Positions 7 through 12: Any letter or digit
Example: KSTE87TY71D9
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Maryland)
Searches for a 13-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 13: Any digits
Example: B723456738265
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Massachusetts)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This classifier uses the following patterns consisting of items in the following sequence:
Pattern 1:
Position 1: Any letter
Positions 2 through 9: Any digits
Example: A12345678
Pattern 2:
Any 9 digits representing the social security number of the driver
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Michigan)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This classifier uses the following patterns consisting of items in the following sequence:
Pattern 1:
Position 1: Any letter
Positions 2 through 11: Any digits
Example: A0123456789
Pattern 2:
Position 1: First letter of the driver's last name
Positions 2 through 13: Any digits
Example: T123456789012
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because these patterns are generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Minnesota)
Searches for a 13-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 13: Any digits
Example: B171107372634
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Mississippi)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Missouri)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Position 1: Any letter
Position 2 and additional positions: Five to nine digits
Examples: C17110 | E57626162
Pattern 2:
Any nine digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Montana)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This classifier uses the following patterns consisting of items in the following sequence
Pattern 1: Any 9 digits
Example: 987654321
Pattern 2: 9 characters using the following sequence:
Position 1: Any letter
Positions 2 through 9: Any digits
Example: C81726354
Pattern 3: 13 digits using the following sequence:
Positions 1 and 2: Digits of the driver's month of birth
Positions 3 through 5: Any digits
Positions 6 through 9: Digits of the driver's year of birth
Positions 10 and 11: Digits 4 and 1
Positions 12 and 13: Digits of the driver's day of birth
Example: 1254321724105
Pattern 4: Any 14 digits
Example: 12345678987654
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Nebraska)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Letter A, B, C, E, G, H, or V
Positions 2 through 4 to 9: Any digits
Examples: A123, B1234, C12345, E123456, G1234567, H12345678
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Nevada)
Searches for a 12-character numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
Example: 012345678911
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (New Brunswick, Canada)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (New Hampshire)
Searches for a 10-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1 and 2: Digits of the driver's month of birth
Position 3: First letter of the driver's last name
Position 4: Last letter of the driver's last name
Position 5: First letter of the driver's first name
Positions 6 and 7: Last two digits of the driver's birth year
Positions 8 and 9: Digits of the driver's day of birth
Position 10: Any digit
Example: 02TOB68177
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (New Jersey)
Searches for a 15-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: First letter of the driver's last name
Positions 2 through 15: Digits that uniquely encode name, eye color, and date of birth into the license number.
Example: D92374957127498
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (New Mexico)
Searches for an eight- or nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
Examples: 12345678, 123456789, or 435 456 229
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (New York)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
Examples: 123456789 or 123 456 789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Newfoundland, Canada)
Searches for a 10-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 10: Any digit
Example: B846567827
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (North Carolina)
Searches for a 12-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
Example: 914684576320
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (North Dakota)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier uses one of the following patterns:
Pattern 1:
Positions 1 through 3: The first three letters of the driver's last name
Positions 4 and 5: Digits representing the birth year of the driver (for example, 98 for 1998)
Positions 6 through 9: Any digits
Example: SMI-80-1234
Pattern 2:
Positions 1 through 9: Any digits
Example: 21345678
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Northern Ireland)
Searches for an eight-character numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Northwest Territories, Canada)
Searches for a six-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Nova Scotia, Canada)
Searches for a 14-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 through 5: Any letter
Positions 6 through 14: Any digit
Example: BROCA846567822
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Nunavut, Canada)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Oklahoma)
Searches for an identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier uses one of the following patterns:
Pattern 1:
Position 1: Any letter
Positions 2 through 10: Any digits
Example: B123456789
Pattern 2:
Positions 1 through 9: Any digits
Example: 123456789
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Ohio)
Searches for an eight-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 and 2: Any letters
Positions 3 through 8: Any digits
Example: AB123456
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Ontario)
Searches for a 15-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This target pattern focuses on the specific driver's license format of Ontario, which uniquely encodes name, gender, and date of birth into the license number.
Examples: T12345678780825 or T1234-56787-80825
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Oregon)
Searches for a one-digit to nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Pennsylvania)
Searches for an eight-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier uses a delimited pattern or a non-delimited pattern. For example, 99 009 001 or 99009001.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Prince Edward Island, Canada)
Searches for a six-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Quebec, Canada)
Searches for a 13-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any letter
Positions 2 through 13: Any digit
Example: A846567822271
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Rhode Island)
Searches for a seven-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier uses the following pattern:
Positions 1 and 2: Digits representing the year the license was issued (for example, 22 if the license was issued in 2012 and 17 if the license was issued in 1957)
Positions 3 through 7: Any digits
Example: 1012345
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Saskatchewan, Canada)
Searches for an eight-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (South Carolina)
Searches for any 5-digit to 11-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (South Dakota)
Searches for a numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern can use any of the following formats:
Any 6 digits
Any 7 digits
Any 8 digits
Any 9 digits representing the social security number of the driver
Any 11 digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Tennessee)
Searches for a numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern can use any of the following formats:
Any 7 digits (old format)
Any 9 digits (current format)
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License (Texas)
Searches for an eight-character numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: One of the following numbers: 0, 1, or 2
Positions 2 through 8: Any digits
Example: 01234567
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver's License - United Kingdom (England, Scotland and Wales)
Searches for an 18-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways in England, Scotland, and Wales.
This classifier does not account for Northern Ireland licenses; these licenses have a format that hinders the effectiveness of searches.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver’s License (Utah)
Searches for a 4-digit to 10-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Vermont)
Searches for an eight-digit numeric identifier or 8-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 through 7: Any digit
Position 8: Any digit or the letter A
Example: 2748573A
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Virginia)
Searches for a nine-digit numeric identifier or 9-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Position 1: Any digit or the letter R or T
Positions 2 through 9: Any digit
Example: R84656782
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (Washington D.C.)
Searches for a nine-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Driver’s License (Washington)
Searches for a 12-character alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This pattern consists of items in the following sequence:
Positions 1 through 5: First five letters of the driver’s last name
If the name is shorter than five letters, asterisks fill any remaining positions (for example, LEE**).
Position 6: Initial of the driver’s first name
Position 7: Initial of the driver’s middle name
Positions 8 through 10: Any digits
Positions 11 and 12: Any digits or letters
Example: JEFFETA111X2
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Driver's License (West Virginia)
Searches for a seven-character identifier of the document that authorizes its owner to operate motorized vehicles on public roadways. This identifier can use either of the following patterns:
Pattern 1:
Position 1: Any letter
Positions 2 through 7: Any digits
Example: B171107
Pattern 2:
Any seven digits
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Wisconsin)
Searches for an alphanumeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This target pattern focuses on the specific driver's license format of Wisconsin, which uniquely encodes name, gender, and date of birth into the license number.
Driver's License (Wyoming)
Searches for a 9-digit or 10-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Driver's License (Yukon, Canada)
Searches for a 10-digit numeric identifier of the document that authorizes its owner to operate motorized vehicles on public roadways.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Email Address
Searches for an address (format local_information@domain) that can send and receive electronic mail messages on a network. For example, John.Smith@gmail.com is an email address in which John.Smith is local information that identifies the address to the receiving domain (gmail.com).
Employer Identification Number (EIN) (United States)
Searches for the nine-digit numeric identifier that is issued to business entities, states, or other organizations for tax/business purposes. This identifier is also known as a Federal Employer Identification Number (FEIN) or Federal Tax Identification Number.
This search algorithm requires the following delimited patterns to qualify for classification:
nn nnnnnnn
nn-nnnnnnn
nn.nnn nnnn
Greek Social Security Number (AMKA) (Greece)
Searches for an 11-digit identification number of a Greek citizen. This pattern consists of items in the following sequence:
Positions 1 through 6: Digits representing the birth date of the person in ddmmyy format
Positions 7 through 10: Any digits
Position 11: Any digit generated by using the Luhn algorithm
Example: 15079779067
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Hong Kong Identity (HKID) Number (Hong Kong)
Searches for an eight-character or nine-character alphanumeric identifier that is assigned to residents on a Hong Kong Identity Card or Hong Kong Permanent Identity Card. This pattern consists of items in the following sequence:
One or two letters
Six numbers
A check digit (0 to 9 or A)
Example: C214511(A)
Identity Card (Italy)
Searches for the 9-character alphanumeric identifier of the personal identification document issued to Italian citizens. This identifier is known locally as carta d'identità or carta d'identità elettronica. This identifier can use either of the following patterns:
Pattern 1:
Positions 1 and 2: Any letters
Positions 3 through 9: Any digits
Example: AO3586289
Pattern 2:
Positions 1 and 2: Any letters
Positions 3 through 7: Any digits
Positions 8 and 9: Any letters
Example: CA47186AA
Individual Number (Japan)
Searches for a 12-digit numeric identifier that is assigned to people for taxation, social security, and disaster-response purposes.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Individual Taxpayer Identification Number (ITIN) (United States)
Searches for the nine-digit number that is issued to individuals (for example, foreign nationals) who have tax reporting/filing requirements but do not have a Social Security Number.
INSEE National Identifier (France)
Searches for the 15-digit number that identifies entities and people for social insurance, national identification, employment, and taxation purposes.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
National Insurance Number (United Kingdom)
Searches for a personally identifying number (also referred to as a NI number or NINO) that is used in the United Kingdom for insurance, social security system, and tax purposes.
The format of the number is two prefix letters, followed by six digits, followed by one suffix letter (for example, AB123456C or AB 12 34 56 C).
Numero de Identificacion de Extranjeros (NIE) Number (Spain)
Searches for the nine-character alphanumeric identifier that is issued to foreigners for tax identification, purchase tracking purposes, and other purposes. This pattern consists of items in the following sequence:
Position 1: One of the following letters: X, Y, or Z
Positions 2 through 8: Any digits
Position 9: One checksum letter
Examples: X-1234567-N or X1234567N
Passport Number (Australia)
Searches for an eight-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Position 1: Any letter except I, O, Q, and S
Positions 2 through 8: Any digits
Example: A1234567
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Passport Number (Canada)
Searches for an eight-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Positions 1 and 2: Any letters in uppercase
Positions 3 through 8: Any digits
Example: CA123456
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Passport (China)
Searches for a nine-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Position 1: A letter that indicates passport type (for example, G)
Positions 2 through 9: Any digits
Example: G05473471
Passport Number (France)
Searches for a nine-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Positions 1 and 2: Any digits
Positions 3 and 4: Any letters
Positions 5 through 9: Any digits
Example: 34BC78751
Passport Number (Germany)
Searches for a 10-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern uses the following items and sequence:
Position 1: One digit or one letter from the following list: C, F, G, H, J, or K
Positions 2 through 4: Any digits
Positions 5 through 9: One of the following groupings:
Five digits
Five letters from the following list: C, F-H, J-N, P, R, T, V-Z
A combination of digits and letters (C, F-H, J-N, P, R, T, V-Z) totaling five characters
Position 10: Any digit
Example: C123F4K5R6
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Passport Number (Japan)
Searches for a nine-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Positions 1 and 2: Any letter
Positions 3 through 9: Any digits
Example: TE1234567
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Passport Number (Spain)
Searches for an eight-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This pattern consists of items in the following sequence:
Positions 1 and 2: Any letters
Positions 3 through 8: Any digits
Example: AR123456
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Passport Number - Delimited (Spain)
Searches for an 8-character alphanumeric identifier—two letters followed by six digits—of a document that certifies the identity and nationality of its holder for the purpose of international travel. This search algorithm requires delimited patterns to qualify for classification.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Passport Number (United Kingdom)
Searches for a nine-digit numeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Passport Number (United Kingdom, Pre Jan 2002)
Searches for a seven-character alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This classifier uses the following patterns, which were assigned before January 2002, consisting of items in the following sequence:
Pattern 1:
Position 1: Any letter
Positions 2 through 7: Any digits
Example: A654321
Pattern 2:
Position 1 through 6: Any digits
Positions 7: Any letter
Example: 654321Z
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
Passport Number (United States)
Searches for an alphanumeric identifier of a document that certifies the identity and nationality of its holder for the purpose of international travel. This classifier uses the following patterns:
Pattern 1:
Position 1: The letter C or c (uppercase or lowercase)
Positions 2 through 9: Any digits
Example: C12345678
Pattern 2:
Positions 1 through 9: Any digits
Example: 846720194
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.
Because this pattern is generic, we recommend creating a compound classifier that groups this classifier with related classifiers. Doing so can improve the accuracy and relevance of matches in your scan results.
During scan creation, you can optionally refine this classifier to ignore sequence numbers. This option ignores the first eight characters (for VB record format) or the last eight characters (for FB record format) of each data row in a scanned data set.
Permanent Account Number (PAN) (India)
Searches for the unique 10-character alphanumeric ID that acts as a personal identifier for an Indian who obtains it (for example, for income tax payment purposes). This ID consists of five letters, followed by four numerals, followed by a letter (for example AAAPL1234C).
Personal Public Service (PPS) Number (Ireland)
Searches for the unique alphanumeric personal identifier (for example, 8765432AA) that is issued in Ireland for income tax, social welfare, and other purposes. This identifier is formerly known as the Revenue and Social Insurance Number.
The format is seven digits, followed by a check character, followed (sometimes) by an additional letter. This search algorithm also accounts for the numbering format that has existed since January 1, 2013, where an additional alphabetic character (other than “W”) exists in position 9 of the number.
Postal Address (United States)
Searches for a specific collection of information that identifies the location of a structure or plot of land. A postal address match includes the following information:
Numeric identifier followed by street name and street suffix
City/Town/Village
State name or abbreviation
Postal/zip code
Preparer Tax Identification Number (PTIN) (United States)
Searches for the numeric identifier that is issued to paid preparers of federal tax returns, refund claims, or other tax forms that are submitted to the Internal Revenue Service.
Resident Identity Card (China)
Searches for an identifier of the document that is assigned to People's Republic of China residents for personal identification. The identifier can be either of the following formats:
An 18-digit number
An 18-character alphanumeric string that contains 17 digits, followed by X
Social Insurance Number (Canada)
Searches for a nine-digit number that Canada issues to its citizens/residents to administer various government programs. This search algorithm targets non-delimited patterns. To also search for delimited patterns, you can include the delimited version of this classifier.
Social Insurance Number - Delimited (Canada)
Searches for a nine-digit number that Canada issues to its citizens/residents to administer various government programs. This search algorithm requires the following delimited patterns to qualify for classification:
nnn nnn nnn
nnn-nnn-nnn
nnn.nnn.nnn
To search for non-delimited patterns, include the non-delimited version of this classifier.
Social Security Number (United States)
Searches for a nine-digit number that is issued to uniquely identify citizens/residents. This search algorithm does not require delimiters that separate the numbers; the algorithm also accounts for the randomized number assignment methodology that has existed since June 25, 2011.
Social Security Number - Delimited (United States)
Searches for a nine-digit number that is issued to uniquely identify citizens/residents. This search algorithm requires the following delimited patterns to qualify for classification:
nnn nn nnnn
nnn-nn-nnnn
nnn.nn.nnnn
Social Security Number - Pre June 2011 (United States)
Searches for a nine-digit number that the United States issues to uniquely identify its citizens/residents. This search algorithm does not require delimiters that separate the numbers; the algorithm also does not account for the randomized number assignment methodology that has existed since June 25, 2011.
This classifier supports the Confidence Level feature, which ranks discovered matches to help you determine which matches are most relevant.