- How do I install mohemian/flink-sdk-php in a Laravel application?
- Install it with Composer using the package name mohemian/flink-sdk-php and pin the exact v0.1.0 release while the SDK is pre-1.0. Check the package's composer.json and README for Laravel service-provider auto-discovery, configuration publishing, and any required PHP extensions such as OpenSSL. Then run a small proof of concept in a non-production environment before wiring it into identity flows.
- Does mohemian/flink-sdk-php verify FLINK ID Austria prefill results?
- The package is intended for verifying FLINK results, specifically a signed ID Austria prefill, in a Laravel backend. However, v0.1.0 is an initial release and the public release notes do not describe the exact verification semantics. Treat it as proof-of-concept-level until you confirm signature validation, key handling, and negative test behavior against representative payloads.
- Which Laravel and PHP versions are supported by this Flink SDK?
- The supported Laravel and PHP version matrix is not clearly documented in the available release information. Inspect the package's composer.json constraints and test it against your target Laravel and PHP versions before adoption. Because the SDK is pre-1.0, pin the version and avoid assuming minor-version compatibility.
- Is mohemian/flink-sdk-php production ready?
- No, it should not be treated as production hardened based on the v0.1.0 release and pre-1.0 versioning. There is no visible evidence of security review, comprehensive test coverage, or API stability. Use it behind an internal adapter and feature flag, and complete a security and compliance review before exposing it to real identity-verification traffic.
- Which signature algorithms and key formats does the Flink SDK support for ID Austria prefill?
- The release information does not specify supported signature algorithms, key formats, or key distribution mechanisms. You need to inspect the source and confirm requirements with Flink or the vendor before relying on it. Pay particular attention to algorithm support, key rotation, revocation, clock skew, and replay protection.
- Does mohemian/flink-sdk-php call Flink APIs or only verify locally supplied payloads?
- The package is described as a lightweight client with helpers for API requests, authentication, and response handling, but the release notes do not clarify whether verification is fully local. Inspect the code path used for ID Austria prefill verification to confirm any remote calls, rate limits, and retry behavior. Wrap SDK calls behind an adapter so you can change behavior without rewriting your integration.
- How should I handle key rotation and replay protection with this Flink SDK?
- Key rotation, revocation, replay protection, and clock-skew handling are not visible in the release notes, so do not assume they are built in. Design application-level checks for payload freshness, nonce or replay detection, and key rotation runbooks. Confirm the vendor's key distribution and rotation process before production use.
- Can I use mohemian/flink-sdk-php outside Laravel?
- Yes, it is described as a PHP SDK for Laravel or any PHP application, so a plain PHP integration may be possible. Laravel-specific helpers and service-provider conveniences may not apply outside Laravel. Test the SDK in your framework and PHP version before committing to it.
- What are the main risks of using this SDK for identity verification?
- The main risks include false accepts or false rejects from incorrect signature validation, unstable pre-1.0 APIs, and unclear key management, replay protection, and PII handling. Single-maintainer status and limited production hardening add support and bus-factor risk. Create runbooks for verification failures and key rotation, and redact sensitive data from logs.
- What testing approach should I use before adopting mohemian/flink-sdk-php?
- Start with a non-production proof of concept pinned to v0.1.0 and test representative ID Austria prefill payloads, including malformed, expired, replayed, and tampered cases. Add a security review of signature verification and key handling, plus integration tests behind an adapter boundary. Load-test crypto operations at expected volume if verification is local, and roll out behind a feature flag.