How does ID parsing work?
ID parsing simply reads barcodes and translates all the data stored in a barcode into readable data, matched to fields inside your system. It works on 2D barcodes (PDF417) and passport MRZs.
Does ID parsing use OCR?
Some ID scanning applications attempt to ingest data on the front of the ID using optical character recognition (OCR), however due to the large number of formats this is not recommended. Parsing the data stored in the 2D barcode on the back of the ID results in far greater accuracy and faster scan time.
What type of camera is needed for parsing?
It is recommended that you use a camera that is at least 5 Megapixels or higher. Most mobile phone camera exceed the required standard.
Are there differences between parsing an ID and a passport?
There are several small differences. The barcode is on the back of an ID, so it will need to be flipped over, while a passport MRZ is exposed directly under the text on the first page of the passport. Passport MRZs also store quite a bit less data, so the fields will need to be mapped differently into your application.
What is the difference between ID scanning and ID parsing?
The ID scanning SDK will essentially turn a mobile device into a scanning device. It is ideal for use cases where specialty scanning hardware cannot be used and users will be scanning IDs with their phone or tablet. ID parsing takes the information captured in the ID scan and turns it into digestible data that can be used in form fields or a database.
Which types of IDs can you scan?
Our technology is capable of parsing all US drivers’ licenses and state-issued IDs, as well as all government IDs. It also works on most Canadian IDs, military IDs, and some Canadian healthcare cards. It can also scan the MRZ on passports for all countries globally. It does not work on QR codes, magstripes, or RFID chips.
View our compatible document library →
Can you provide example projects which utilize your ID parser?