Rust & WebAssembly for On-Device Proof of Address Verification
Blog post from Didit
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Enhanced privacy and security in Proof of Address (PoA) verification are achieved by using Rust and WebAssembly to keep sensitive document data on the user's device, reducing the risk of data breaches and only sending non-PII data to servers. This approach leverages Rust's memory safety and performance, and WebAssembly's near-native execution to provide instant feedback and a smoother user experience, while also reducing server load and infrastructure costs. The technology allows sophisticated document analysis, data extraction, and preliminary fraud checks to be conducted on-device, with only essential structured data being transmitted securely to the backend for further validation. Didit, an AI-native identity platform, seamlessly integrates these advanced on-device capabilities, offering businesses a secure, efficient, and flexible PoA solution that supports cross-platform compatibility and offline capabilities. It enables businesses to perform address verification, fraud detection, and data extraction with high accuracy while adhering to privacy regulations like GDPR and CCPA. Didit provides a modular, developer-friendly architecture with configurable verification settings, facilitating easy integration and cost-effective identity verification through a pay-per-successful check model.
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