High-performance cryptographic primitives, quantum-resilient communication protocols, formal verification, and zero-knowledge infrastructure. Trusted by IBM, Windows, and the Linux Kernel.
Our formally verified code is trusted by
From high-performance cryptographic primitives to formal verification, we provide comprehensive security solutions for modern systems.
HPCrypt 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 compliance with industry standards.
Trusted By
Quantum-Resilient Protocols
Modern secure communication protocols with post-quantum cryptography support. Seamless migration to TLS 1.3 and QUIC.
Zero-Knowledge Virtual Machine
Novel 32-bit ISA designed for efficient STARK proving. Translate LLVM IR from any supported language to ZKIR and generate succinct proofs.
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 to LLVM IR using standard toolchains (clang, rustc)
Translate LLVM IR to ZKIR bytecode optimized for minimal constraint count
Execute in zkVM and generate STARK proofs with Plonky3
Translates LLVM IR to ZKIR bytecode
Novel instruction set optimized for STARK proving
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.