Zero-Refactor PQC Middleware for Enterprise API Gateways
Defend your systems against post-quantum encryption risks without infrastructure overhauls. Shatachandra Shield delivers high-performance Post-Quantum Cryptography (PQC) execution middleware with sub-millisecond (0.0022 ms) key generation latency and 100% NIST vector compliance.
API network layer fully cleared the OWASP ZAP Compliance Evaluation with a spotless vulnerability rating.
Core server endpoints passed the third-party Qualys SSL Labs Architecture Audit with an absolute highest grade.
API infrastructure verified by third-party Wiz Next-Gen PQC Tester. *(Click link & input api.shatachandrashield.xyz to execute real-time validation test)*.
Why Enterprise API Gateways Need PQC Execution Middleware
As quantum computing capabilities advance, legacy asymmetric encryption algorithms (RSA, ECC) face complete deprecation. However, migrating enterprise architectures to Post-Quantum Cryptography (PQC) traditionally forces organizations into months of expensive code refactoring, high server overhead, and unexpected hardware degradation.
Shatachandra Shield solves this migration bottleneck by functioning as a lightweight, client-side PQC execution middleware layer. Engineered in performance-focused C/Cython components, it integrates directly at the edge or gateway level to provide instant NIST-standard quantum resistance without modifying underlying legacy application code.
- Zero-Refactor Deployment Plug-and-play PQC middleware routing that protects legacy microservices and cloud API gateways without code rewrites.
- Sub-Millisecond KeyGen Latency Hyper-optimized ML-KEM key encapsulation operating at 0.0022 ms to prevent network latency bottlenecks.
- 100% Standardized Compliance Fully validated against 165/165 official NIST test vectors, OWASP ZAP DAST audits, and Qualys SSL Labs A+ ratings.
Why Choose Shatachandra Shield?
Post-Quantum Defense
Engineered with next-generation asymmetric algebraic structures completely hardcoded to counter intercept data and high-compute cracking arrays.
Ultra-Low Latency
Optimized low-level routine pipelines maintaining sub-millisecond data telemetry validation speeds without dragging down system overhead runtimes.
Verified Transparency
Built with clear, open-source verification paths backed by official validation credentials and structural infrastructure testing certifications.