Securing WebSockets for Real-Time Identity Updates with Didit

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Secure WebSocket implementations are essential for delivering real-time identity-verification updates without exposing sensitive data to interception, tampering, unauthorized access, fraud, or compliance risks. Effective designs authenticate clients during the WebSocket handshake using mechanisms such as short-lived tokens or JWTs, enforce role-based authorization so users receive only relevant updates, and use TLS-enabled wss:// connections to encrypt traffic and preserve integrity, with optional digital signatures for especially sensitive payloads. Didit is presented as an AI-native identity platform that supports ID verification, liveness detection, proof-of-address checks, AML screening, and NFC verification through APIs, SDKs, and signed webhooks. In a typical integration, Didit sends a webhook when a verification status changes, the application backend validates the webhook signature and determines eligible recipients, then pushes the appropriate update through secure WebSocket connections. The platform also emphasizes modular workflows, structured identity data, free core KYC capabilities, and usage-based pricing without setup fees.

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