Achieving Cryptographic Consciousness Through Semantic Understanding
Most organizations operate with cryptographic invisibility - thousands of encryption implementations scattered across codebases, binaries, and dependencies they cannot identify, assess, or migrate. Quturn transcends pattern-matching to comprehend cryptographic mathematics at the implementation level.
A comprehensive platform to protect your organization from quantum computing threats
Transformer architectures trained on lattice reduction problems and elliptic curve operations - not code syntax. Distinguishes genuine cryptographic implementations from test mocks through mathematical operation verification.
Dependency-aware transition roadmaps preventing cascade failures from premature algorithm replacement. Models understand mathematical equivalence between classical and quantum-resistant primitives.
Identifies secure implementations degrading into quantum vulnerability through dependency updates, configuration changes, and platform migrations - vulnerabilities emerging months after initial deployment.
Context-aware scoring beyond averaging vulnerabilities. Sector-specific weighting profiles distinguish critical payment processing from test environments.
Real-time assessment infrastructure monitoring cryptographic state changes across your entire technology stack. Scalable from single repositories to enterprise-wide deployment.
Semantic understanding across 20+ programming languages through mathematical intent recognition rather than syntactic parsing.
Automated alignment with evolving quantum standards through continuous regulatory monitoring and assessment updates.
Mathematical proof validation ensuring recommended migrations maintain cryptographic correctness without introducing vulnerabilities.
Quturn establishes Cryptographic Intelligence as a Service (CIaaS) - transforming cryptographic assessment from consulting bottleneck to automated capability. We prevent Y2Q: the moment quantum computers achieve cryptographic advantage over $87 trillion in encrypted transactions. Through semantic understanding of mathematical intent rather than syntactic patterns, we enable quantum agility before classical cryptography becomes obsolete.
Reza M Parizi
Chief Intelligence Architect
Directs CIaaS (Cryptographic Intelligence as A Service) strategy from academic research to enterprise deployment, aligning lattice-based innovation, formal proofs, and production-grade automation.
Viraaji Mothukuri
GenAI Security Research Lead
Drives semantic cryptography models that couple AI safety research with hands-on data science, ensuring assessments stay grounded in mathematical correctness.
Cryptographic Consciousness
10x Assessment Depth
Prevent Cascade Failures
Create New Market
Financial Services
Protect transaction integrity against harvest-now-decrypt-later attacks. Address CMMC 2.0 quantum requirements and regulatory mandates emerging across global markets.
Examples:
Healthcare
Safeguard decades of encrypted patient records from future quantum decryption. Meet evolving HIPAA quantum-resistance requirements.
Examples:
Government & Defense
Implement NIST-approved transitions for classified systems. Address quantum threats to critical infrastructure and long-term secrets.
Examples:
Technology
Build quantum-resilient products before competitors recognize the threat. Embed cryptographic intelligence into your platforms.
Examples:
Choose the perfect plan for your development needs
Quantum Hygiene & Detection
Quantum Posture Management
Quantum Migration & Compliance
Ready to secure your organization against quantum threats? Send us a message and we'll get back to you shortly.
Cryptographic Intelligence as a Service - Preventing Y2Q Through Semantic Understanding
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