Where Cryptographic
Complexity Meets Clarity

We're not your typical security firm. We speak the language of zero-knowledge proofs, fully homomorphic encryption, and multi-party computation—and we make them work in production.

Zero-Knowledge Proofs Fully Homomorphic Encryption Multi-Party Computation Threshold Signatures Post-Quantum Cryptography Data Availability Consensus Protocols Trusted Execution Environments

Deep Expertise, Real Impact

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Low-Level Mastery We work at the foundation—implementing cryptographic primitives, optimizing proof systems, and architecting protocols from first principles.
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Advanced Cryptography Focus While others stop at TLS and key management, we start there. Our expertise lies in the cutting edge of applied cryptography.
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Open Knowledge Our work isn't locked away. We publish research, share insights, and contribute to the cryptographic community's collective understanding.
Production-Ready Solutions We bridge theory and practice, delivering cryptographic systems that are both mathematically sound and operationally robust.
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Security Audits

Comprehensive security analysis of cryptographic implementations, ZK circuits, consensus mechanisms, and protocol designs. We find vulnerabilities that require deep cryptographic knowledge to spot—the kind that traditional security audits miss.

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Development

Custom implementation of advanced cryptographic systems. From zero-knowledge proof circuits to MPC protocols, we build production-grade solutions that push the boundaries of what's cryptographically possible.

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Research

Applied cryptographic research that solves real problems. We explore novel constructions, optimize existing protocols, and translate academic breakthroughs into practical implementations.

Featured Security Audits

Research & Innovations

Proof in the Pudding: Data Availability
Collaborative research series with Archetype exploring data availability schemes and their security properties.
Data Availability
PLONK Tutorial
Comprehensive deep-dive into the PLONK proof system, from mathematical foundations to implementation details.
PLONK Tutorial
Circle STARKs
Research series on Circle STARKs, exploring novel proof systems with improved efficiency properties.
STARKs Circle Curves
SNARK Sentinel (AI Security)
Applying AI techniques to automatically detect vulnerabilities in zero-knowledge proof circuits.
AI Automated Analysis
Greyhound (Post-Quantum SNARKs)
Research on lattice-based SNARKs, bringing post-quantum security to zero-knowledge proof systems.
Post-Quantum Lattices
CLEAN (Formal Verification)
Our formal verification framework for ZK circuits built on LEAN, enabling mathematical proofs of correctness.
Formal Verification LEAN
L2 Formal Analysis
Academic research paper on formal verification approaches for Layer 2 scaling solutions.
Layer 2 Research Paper
noname (ZK Compiler)
Our domain-specific language and compiler for zero-knowledge proofs, making ZK development more accessible.
Compiler DSL
zkBugs Database
Comprehensive public database cataloging vulnerabilities found in zero-knowledge proof systems.
Vulnerability Research
Bug Bounties: Solana
Disclosure of a critical bug discovered in Solana's Phantom wallet challenge.
Bug Bounty Solana
Bug Bounties: Aleo
Critical vulnerability disclosure from Aleo's protocol implementation.
Bug Bounty Aleo
zkBank Challenge
Our unique recruitment challenge testing advanced ZK proof system exploitation skills.
CTF Challenge

Our Work is Public by Default

We believe in transparency and knowledge sharing. Explore our security audit reports, dive into our research articles, or check out our open-source contributions. Everything we learn, we share with the community.