Take a moment to upload your own passports and test Nanonets OCR capabilities. Get a firsthand look at how it works on your own documents.
Passport OCR is a cutting-edge technology that uses optical character recognition (OCR) software to extract important information from passports. OCR technology can recognize printed or handwritten text on passports and convert it into a digital format that can be easily read and processed by computers. This technology can be used to automate the process of verifying personal identification, streamline passport control, and reduce errors and delays. Passport OCR is particularly useful in high-volume environments such as airports, border crossings, and immigration offices where speed and accuracy are essential. With the increasing demand for secure and efficient travel, passport OCR is becoming an essential tool for modern travel management.
Free DemoNo need to spend time training a passport OCR model from scratch - our solution already recognizes a wide variety of passport fields.
Say goodbye to errors and hello to real-time document processing. Nanonets takes care of this and lets you focus on what matters most - your business.
Capture or import data from any source or in any format including, images, PDFs, scans, paper documents, emails, cloud storage, APIs and more.
Our OCR APIs have been rigorously tested and pre-trained on millions of documents, ensuring high accuracy and reliability from day one.
Set up completely automated workflows to handle file imports, data formatting, data validation, approvals, exports and integrations.
Reduce time spent on inefficient manual tasks and avoid data entry or validation errors that could burn a hold in your pocket.
Integrate your existing business tools seamlessly with Nanonets to automate data collection, exports storage, bookkeeping, and much more.
Turn your organisation 10x more productive by allowing teams to focus entirely on core activities while Nanonets handles everything else.
Discover important details about our product.
A Passport OCR API integrates technology to quickly capture, extract, and verify passport data. It digitizes identity data collection, replacing manual input.
How it works:
Nanonets operates as an AI-driven IDP platform, excelling in extracting highly accurate data from diverse passport formats (including scanned/mobile captures) using its AI, automating identity verification and data entry processes.
Yes, advanced Passport OCR APIs are designed to handle a wide array of passport types and formats from different countries. This is crucial for global businesses that interact with individuals from around the world.
Key capabilities for handling diversity:
While supporting "any" passport involves continuous updates for new designs, a top-tier Passport OCR API like Nanonets' is built to maximize compatibility and accuracy across the vast majority of international passport formats.
Yes, absolutely. Advanced Passport OCR solutions are designed to support reading and extracting data from both the Machine-Readable Zone (MRZ) and the Visual Inspection Zone (VIZ) of a passport. This dual-zone extraction is crucial for comprehensive data capture, cross-verification, and enhanced identity verification.
Here’s how they support both zones:
This dual-zone extraction and cross-verification capability make Passport OCR solutions highly robust for identity verification and fraud detection.
A Passport OCR API significantly improves efficiency and reduces manual data entry errors in identity verification processes by automating critical steps, moving businesses away from slow, error-prone manual methods.
Here’s how it achieves these improvements:
By offloading the repetitive, error-prone task of identity data entry to an intelligent solution like a Passport OCR API powered by Nanonets, businesses free up their staff for more customer-centric activities, leading to overall operational efficiency gains and improved customer satisfaction.
Using Passport OCR technology yields substantial cost savings for businesses by directly reducing labor, minimizing errors, and accelerating identity verification and customer onboarding processes. These savings contribute significantly to the overall Return on Investment (ROI) of the technology.
Key cost savings associated with Passport OCR:
The combination of these factors typically leads to a very compelling ROI for Passport OCR technology, often with payback periods measured in months, making it a highly justified investment for efficient and secure identity verification.
Yes, absolutely. A Passport OCR API is a powerful tool for automating identity verification across various industries, including hotel check-ins, car rentals, and travel services. It streamlines processes, enhances accuracy, and improves security for customer onboarding and service delivery.
Here’s how a Passport OCR API automates identity verification in these sectors:
Nanonets' Passport OCR API, with its high accuracy and API-first design, is ideal for these use cases, enabling seamless integration into various systems and workflows for rapid, reliable identity verification.
Passport OCR APIs, as web services, are designed to be language-agnostic and accessible from virtually any programming environment. They typically provide documentation and client libraries (SDKs) to facilitate integration across a wide range of popular programming languages.
Commonly supported programming languages and SDKs include:
SDKs vs. Raw API Calls:
Nanonets provides a comprehensive REST API that can be consumed by any language, and it offers official SDKs and extensive documentation with code examples in popular languages like Python, Node.js, and Java, making integration highly accessible for developers.
Passport OCR solutions, especially advanced ones, employ sophisticated image processing and AI algorithms to handle common real-world challenges like poor image quality, reflections, or partially obscured data. These factors are frequent in mobile captures or scans and can severely impede basic OCR.
Here’s how robust solutions manage these issues:
While perfect extraction from a completely obscured image is impossible, these advanced techniques significantly enhance the robustness and accuracy of Passport OCR solutions in real-world scenarios.
The "exception rate" for automated passport data extraction refers to the percentage of passports that the AI cannot process with 100% confidence or that fail predefined validation rules, thus requiring human review. While the goal is to maximize Straight-Through Processing (STP), some human intervention is almost always necessary for sensitive identity documents.
The typical exception rate varies significantly based on several factors:
Typical Expectation: For a well-implemented AI-powered Passport OCR solution like Nanonets, processing a reasonable volume of typical real-world passport images, you can realistically expect an exception rate in the the 5% to 15% range for general fields. Critical fields often undergo human review for 100% assurance. The ultimate goal is 85-95% Straight-Through Processing (STP) for routine passports.
The typical pricing model for a Passport OCR API varies significantly, influenced by factors such as the volume of scans, the features included (e.g., basic OCR vs. advanced fraud detection), the level of accuracy, and the provider's overall service model. It ranges from pay-as-you-go per scan to tiered subscriptions.
Here's a general overview of pricing models:
Key Considerations When Comparing Pricing:
Businesses should balance cost with accuracy, features, and the overall ROI from increased efficiency and reduced fraud.