Optimizing Webhook Processing in Go for Real-time AML

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Real-time webhook processing is presented as essential for AML compliance because it enables financial institutions to act quickly on identity verification results, transaction events, sanctions hits, and changing risk statuses. Go is recommended for high-throughput webhook consumers due to its goroutines and channels, which can separate fast HTTP acknowledgement from asynchronous worker-based processing. Reliable implementations should use exponential-backoff retries for temporary failures, dead-letter queues for unrecoverable events, and idempotent processing keyed by unique event identifiers to safely handle duplicate deliveries. Security requires verifying HMAC-SHA256 signatures against the raw request body, checking timestamps to prevent replay attacks, and avoiding JSON parsing before validation. Didit promotes its configurable v3 webhook architecture as a platform for secure AML Screening and Monitoring integration, offering signed payloads, continuous monitoring alerts, API-based configuration and key rotation, sandbox testing, and a free identity-verification tier.

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