High-performance cryptographic primitives, quantum-resilient protocols, formal verification, and zero-knowledge infrastructure. Trusted by IBM Enterprise Solutions and leading technology organizations.
Our formally verified code is trusted by
From high-performance cryptographic primitives to formal verification, we provide comprehensive security solutions for modern systems.
Production-Ready Library
Comprehensive cryptographic primitives with secure implementations for symmetric and asymmetric algorithms. Best-in-class performance across embedded systems and widely used architectures through processor-specific optimizations.
Multi-Layer Validation
Three-tier testing infrastructure ensuring cryptographic correctness. From known-answer tests to edge-case fuzzing.
Mathematical Guarantees
Correctness guarantees through formal verification for cryptographic operations and security-critical components. SECEQ Research pioneered AI-powered toolchains to verify semantic conformance with industry standards.
Trusted By
Quantum-Resilient Protocols
High-performance TLS 1.3 and QUIC implementations with post-quantum key exchange. Built for seamless integration and migration from legacy protocols.
Zero-Knowledge Virtual Machine
Field-native ISA optimized for Mersenne 31. Compile from any LLVM-supported language through our LLVM backend and generate succinct proofs backed by formally verified primitives.
Our novel zkVM architecture enables efficient zero-knowledge proof generation for general-purpose computation, supported by academic research.
Write your program in any LLVM-supported language (Rust, C, C++, Go)
Compile through LLVM backend to ZKIR bytecode
Translate to ZKIR bytecode optimized for minimal constraint count
Execute in zkVM and generate STARK proofs with Plonky3
Compiles directly from any LLVM-supported language
Novel instruction set optimized for Mersenne field
Formally verified cryptographic primitives
STARK proof generation with Plonky3
Research, technical deep-dives, and announcements from our team.
A deep dive into our latest release featuring ML-DSA and ML-KEM implementations that outperform existing solutions by up to 2x, preparing enterprises for the quantum computing era.
An in-depth look at the architectural decisions behind ZKIR, our novel 32-bit instruction set optimized for STARK proving efficiency and minimal constraint counts.
How SECEQ uses Coq theorem proving and AI-assisted verification to mathematically guarantee the correctness of cryptographic implementations.
Ready to enhance your security infrastructure? Our team of cryptography experts is here to help you build secure, high-performance solutions.
Schedule a call with our team to discuss your security requirements and how we can help.
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