Confidential computing
Sensitive workloads on hosts you don't fully trust: remote attestation, enclave boundaries, TEE flows, and end-to-end verification.
For organizations that can't afford to get security wrong. We embed with your team and go deep on the architecture, code, and systems you depend on.
Across the systems we design, build, and review, one method holds: eliminate single points of failure and tailor the architecture to the threat model, from insider risk to state-backed attackers.
Sensitive workloads on hosts you don't fully trust: remote attestation, enclave boundaries, TEE flows, and end-to-end verification.
Reproducible builds, provenance, and signed release workflows so critical artifacts can be verified before they run.
Bespoke hot, cold, and air-gapped systems for digital assets and secrets: quorum controls, signing workflows, recovery ceremonies, and operational safeguards.
Linux, firmware, boot chains, and kernel-level hardening where security depends on details most teams rarely touch.
Work directly with security engineers who review, design, and build alongside your team. Practical security work, not a report that leaves the hard decisions to you.
2-8 weeks
Drawing on systems we helped design or build, we use first-principles threat modeling, architecture review, audits, pen tests, and smart contract reviews to eliminate risks at their source.
1-6 months
Design and build the system. Confidential compute platforms, signing ceremonies, hardened build pipelines. The work most firms decline.
Ongoing
We support your team wherever security judgment is needed: design reviews, release signoff, security program development, candidate interviews, and hands-on support as your infrastructure evolves.
Public examples from teams building systems where security failure is not an option.
Ongoing security partner for Turnkey's verifiable wallet infrastructure. Enclave-backed key management, reproducible builds, and remote attestation protect private keys without relying on blind trust.
turnkey.ioThe team behind Sui uses Distrust tooling and architecture guidance to eliminate single points of failure in security-critical systems. Work included validator key ceremony threat modeling and reproducible, quorum-signed procedures.
mystenlabs.comTalos Linux uses StageX to strengthen its software supply chain. Fully bootstrapped builds add reproducibility and auditability to Sidero Labs' signed, immutable Kubernetes OS.
siderolabs.comSecurity advisory for the largest LRT protocol, spanning audits, architecture review, release guidance, and support evaluating security hires as ether.fi's protocol and infrastructure evolved.
ether.fiThe same tools we rely on to secure high-stakes systems, open-sourced and free for any team that needs them.
Hermetic, deterministic, reproducible, multi-signed OCI-based build toolchain.
Minimal, immutable, offline-first swiss-army knife for secret management.
Derive keys from a single entropy source to simplify their management.
Framework for offline cryptographic signing operations.
Documentation for managing secrets you can't afford to lose.
Immutable OS for powering verifiable confidential compute on untrusted hosts.
Decades of low-level security depth, working directly with your team on the decisions that matter.