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Encrypted end-to-end.
TLS 1.3 in transit, authenticated encryption at rest. Keys rotated, not reused.
Security
Security isn’t a feature.It’s the foundation.
It’s built in from the first commit — encryption, compliance, and testing aren’t add-ons, they’re how we work.
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GDPR & PIPA by default.
Data flows designed for compliance from day one. Your users, their rights.
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Pen-tested before every ship.
Manual and tool-assisted penetration testing on every release candidate.
The quantum era
Harvest now,decrypt later.
The encryption protecting the web has an expiration date. A cryptographically relevant quantum computer will unravel RSA and elliptic-curve cryptography with Shor’s algorithm — and an adversary can capture encrypted traffic today to decrypt the day it arrives.
What breaks
- RSAFactored by Shor’s algorithm
- Elliptic curveDiscrete log falls
- Diffie–HellmanKey exchange laid open
- AES · SHAWeakened by Grover’s — not broken
How we prepare
- Crypto-agile by designAlgorithms swap without a rebuild
- Tracking NIST PQCML-KEM for exchange, ML-DSA for signatures
- Hybrid-ready exchangeClassical and post-quantum together
- Wider symmetric marginsAES-256 and SHA-384 stay ahead of Grover’s
The regulatory clock
The deadlines are already public. NIST and the NSA have put dates on the classical era — the question is which side of them your systems land.
Risk justification required · 2030–2035
- 2027CNSA 2.0 procurement gateNew US national-security acquisitions must be post-quantum by default — forcing major vendors to ship validated ML-KEM and ML-DSA.
- 2030RSA & ECC deprecatedNIST IR 8547: RSA-2048 and ECC P-256 continue only with a documented risk justification.
- 2033CNSA 2.0 phase-out completeUS national-security systems finish their category-by-category migration.
- 2035DisallowedQuantum-vulnerable public-key algorithms exit NIST standards entirely.
You are here
- 2027CNSA 2.0 procurement gateNew US national-security acquisitions must be post-quantum by default — forcing major vendors to ship validated ML-KEM and ML-DSA.
- 2030RSA & ECC deprecatedNIST IR 8547: RSA-2048 and ECC P-256 continue only with a documented risk justification.
- Risk justification required · 2030–2035
- 2033CNSA 2.0 phase-out completeUS national-security systems finish their category-by-category migration.
- 2035DisallowedQuantum-vulnerable public-key algorithms exit NIST standards entirely.
The standards are final
- ML-KEMFIPS 203Final
- ML-DSAFIPS 204Final
- SLH-DSAFIPS 205Final
- HQCBackup KEM · selected 2025Pending
- FN-DSAFIPS 206 · draftPending
NIST IR 8547 · NSA CNSA 2.0
Built, not borrowed
We don’t just integrate cryptography — we implement the standards themselves. Pure-Rust builds of AES, SHA-2, ARIA, SEED and more, each checked against the algorithms’ official KCAVP test vectors — open for anyone to audit.
See the modulesOur research arm is probing exactly this boundary — where AI attacks on lattice cryptography stop working. See the discovery
How we keep it tight
Least privilege
Scoped to the minimum a task needs, and reviewed regularly.
Secrets stay secret
No credentials in code — secrets live in access-controlled stores.
Dependencies watched
Automated scanning flags vulnerable packages before they ship.
Reviewed before merge
Every change gets a second set of eyes and automated checks.
Data minimization
We collect only what a feature needs — nothing more.
Audited & traceable
Sensitive actions are logged so anything unusual can be traced.