Quantum-safe security
Built on our own cryptography. We audit, integrate and run post-quantum protection for your systems, using our ML-KEM and ML-DSA library, tuned in C++ and assembly for x86 and ARM.
Encrypted today, readable tomorrow.
Attackers can record your encrypted traffic now and decrypt it once a large quantum computer exists. Data that must stay secret for years needs protection that holds up against that future.
- [01]
Harvest now, decrypt later
Traffic protected by RSA or elliptic curves can be stored today and broken later.
- [02]
The standards are final
NIST published FIPS 203 (ML-KEM) and FIPS 204 (ML-DSA) in August 2024.
- [03]
Migration takes years
Finding every place cryptography is used and replacing it safely is slow work, so it pays to start early.
Quantum-safe protection, end to end.
From finding every key you use to running post-quantum cryptography (PQC), encryption built to resist quantum computers, in your products, each solution can stand alone or join a full migration.
- 01[Service]
Cryptography discovery
We scan your systems, code and network for every key, certificate and algorithm, and deliver a cryptography bill of materials (CBOM).
Visibility - 02[Service]
Risk assessment & roadmap
We rank what is exposed by how long its data must stay secret and turn it into a costed, step-by-step migration plan.
Planning - 03[Integration]
Hybrid TLS & VPN
We add ML-KEM key exchange alongside classic algorithms to web services, APIs and VPN links, with no break for existing clients.
Data in transit - 04[Integration]
PKI & code signing
We move certificates, firmware and release signing to ML-DSA, working with the certificate authorities and HSMs you already use.
Identity & trust - 05[Our technology]
Post-quantum library & SDK
Our own ML-KEM and ML-DSA implementation, licensed for your servers, desktop and mobile products.
Your software - 06[Our technology]
Embedded & firmware
Tuned SSE, AVX2, AVX-512 and ARM NEON code paths bring post-quantum cryptography to servers, gateways, appliances and connected devices.
Devices
Discover, assess, migrate, run.
A clear path from today's cryptography to a quantum-safe, crypto-agile estate, so algorithms can change again later without rebuilding.
- 01
Discover
Inventory every key, certificate, library and protocol in use.
- 02
Assess
Rank risk by data lifetime and exposure, and agree priorities.
- 03
Migrate
Roll out hybrid post-quantum cryptography in tested stages.
- 04
Run
Monitor, update and keep algorithms swappable as standards evolve.
Our own post-quantum library.
Written in C++ and hand-tuned assembly, tested against the official NIST vectors and checked for timing leaks. Benchmarks against leading implementations are shared with licensed clients under NDA.
datasheet
- Key encapsulation
- ML-KEM-512, ML-KEM-768, ML-KEM-1024 (FIPS 203)
- Digital signatures
- ML-DSA-44, ML-DSA-65, ML-DSA-87 (FIPS 204)
- Conformance
- Passes the NIST ACVP test vectors
- Side channels
- Constant-time, checked for timing leaks
- x86
- SSE, AVX2 and AVX-512 code paths
- ARM
- NEON code paths
- Language
- C++ and assembly
- Access
- Private repository, licensed clients only
Licensing
Access for verified clients only.
The source stays private. We grant repository access after a licence is signed and your company is verified.
- 01
Apply
Tell us about your product and how you will use the library.
- 02
Verify
We confirm your company and agree the licence terms.
- 03
Access
You get private repository access, updates and engineering support.
Start your quantum-safe plan.
Tell us what you protect and where cryptography is used. We reply with questions and a plan for an audit, integration or a licence.
Request an audit