Proof of Address OCR refers to a technology that uses optical character recognition (OCR) to extract information from a proof of address document, such as a utility bill or bank statement, for the purpose of verifying a person's identity and residency. The extracted information is then compared against the information provided by the person to confirm their address. OCR technology scans the document, recognizes the text, and converts it into machine-readable data, making the verification process faster, more efficient, and less prone to errors compared to manual data entry.
A proof of address is a document that verifies a person's identity and residency. Some common examples of proof of address include Utility bill (e.g., water, electricity, gas), Bank statement, Government-issued ID (e.g., driver's license, passport), Tax return or assessment notice, Rent or lease agreement, Health insurance card or letter from a healthcare provider.
OCR technology can extract and digitize information from a proof of address document, such as a utility bill or bank statement. The benefits of using OCR for proof of addresses include faster verification, improved accuracy, greater efficiency, improved accessibility, and cost savings. Overall, OCR provides a faster, more accurate, and efficient way to verify customer information, reducing the risk of fraud and improving customer satisfaction.
Like humans, our algorithms donβt need to read all the document text in its language to extract the relevant information
Transform any scan, photos, or pdf of utility bill of another proof of address document into usable data in your software
Locale information
Issuer Information
Information on the person or company issuing the document.
Recipient information
Information on the recipient of the document
Image orientation
The clockwise rotation to apply in degrees to get the page/image upright.
Dates
Each date is returned in ISO format YYYY-MM-DD
Choosing the right Proof of Address OCR technology can be a challenging task, but factors such as precision, extraction accuracy, response time, integration time, pricing, and scalability can be considered to optimize your software's value.
Anyone with an account on our platform can access the Proof of Address OCR API for free.
To test the APIs, simply create a free account using the provided link and upload any proof of address document in our user interface to seethe proof of address OCR in action. A demo page is also available here.
Our free plan is designed for those who need to process 250 pages per month and does not require a credit card. Once you exceed the monthly page limit, pricing starts at $0.10 per proof of address page processed, and the cost per page can decrease based on monthly volume.
See the pricing page for more information.
Our Proof of Address recognition API uses computer vision technology that extracts data from document images, eliminating language limitations.
Our OCR has been trained on documents from over 50 countries, ensuring you can extract data from your proof of address documents regardless of their origin.
Mindee's Proof of Address OCR API follows HTTP standards, making it easy for developersto integrate our APIs into their applications.
In addition, we provide a variety of client libraries in all major back- end languages, as well as an open-source UI toolkit for creating front-end functionality. Visit our open-source repositoryor API documentation for additional information.
Our Proof of Address OCR technology delivers a high level of accuracy, with a precision rate above 95% for most of the fields, based on a dataset that spans more than 50 countries.
You can try it out for free by simply creating an account and testing it on your own proof of address documents in our live interface.
Our OCR API processes PDFs in about 1.3 seconds per page, and images in around 0.9 seconds per page.
We strive to minimize the processing time to ensure quick, real-time responses.
Our Proof of Address OCR can process documents from a wide range of layouts and formats, thanks to our extensive training.
Besides, we use data augmentation to make sure that no blur or ink stains prevent our system from reading the data as long as it's readable.
If you have any questions about our services, you can join our Slack community and chat with our team.
We do not work on the integration in your infrastructure, however, if needed, we can set up a custom level of support on a per-case basis.