Security beyond time
Secure your data for the quantum era.
AutoPQC discovers every piece of vulnerable cryptography across your estate, maps it to NIST post-quantum standards, prioritizes with explainable AI, and proves the performance impact — before you migrate a single system.
autopqc · live estate scan
scanning- RSA-2048
api-gateway
TLS key exchange
- ECDSA-P256
payments-svc
JWT signing
- ECDSA-P256
firmware-sign
Code signing
- RSA-4096
vault-archive
Data at rest
- RSA-2048
ca-root
Certificate authority
Built on NIST FIPS 203 · 204 · 205 standards — ML-KEM, ML-DSA, SLH-DSA & FALCON
The threat is already operational
“Harvest now, decrypt later” is not a future problem.
If your data must stay confidential longer than your migration will take, the deadline has already passed. That inequality — not the arrival date of a quantum computer — is the number that matters.
Today
Your encrypted data is exfiltrated
Adversaries don't need to break RSA or ECC now. They record encrypted traffic and archives — and wait.
The wait
The data sits in an adversary's vault
Medical records, financial contracts, state secrets, IP — anything whose value outlives the encryption protecting it.
Q-Day
A cryptographically relevant quantum computer arrives
Shor's algorithm makes RSA-2048 and ECDSA-P256 tractable. Every harvested archive becomes readable.
After
Yesterday's secrets are decrypted
The breach happened years earlier — it only becomes visible now, when nothing can be done about it.
The Quantum Window
36% of the world's PQC migration window is already gone.
Attackers are harvesting encrypted data today to decrypt on Q-Day. The window is closing — start now.
The regulatory clock is explicit
2024
NIST finalizes FIPS 203 / 204 / 205
2027
CNSA 2.0 — PQC preferred for new systems
2030
RSA & ECC deprecated (NIST IR 8547 draft)
2035
Classical public-key crypto disallowed
The AutoPQC platform
Four modules. One guided migration.
AutoPQC turns a multi-year, high-risk cryptographic migration into a measurable program — discovery to proof, in one platform.
Module 01
Discovery Engine
Automatically inventories every cryptographic asset across code and infrastructure — producing a complete Cryptographic Bill of Materials.
Module 02
Migration Mapping Engine
Maps every discovered asset to the correct NIST-standardized post-quantum algorithm, based on its cryptographic role.
Module 03
AI Recommendation & Prioritization
A machine-learning model ranks every migration by risk and urgency — with explainable, per-asset reasoning.
Module 04
Performance Evaluation Module
Benchmarks classical vs. post-quantum algorithms — latency, key and signature sizes — so teams know the real cost before they migrate.
Real output from a single AutoPQC estate scan
0
cryptographic assets discovered
0
found quantum-vulnerable
0.0%
AI classification accuracy
0/100
estate risk score surfaced
How it works
Discover → Map → Prioritize → Prove
A guided passage, not a leap of faith. Four steps take an estate from unknown exposure to a defensible migration roadmap.
Step 1
Discover
Inventory every cryptographic asset across code, certificates, and TLS — a complete CBOM.
Step 2
Map
Match each asset, by role, to its NIST post-quantum successor — FIPS 203, 204, 205, FALCON.
Step 3
Prioritize
Explainable AI ranks every migration by risk and urgency, so the riskiest assets move first.
Step 4
Prove
Benchmark classical vs. PQC latency and sizes — know the cost before anything changes.
See AutoPQC in action
From unknown exposure to a provable plan — in five steps.
This walkthrough uses genuine output from an AutoPQC scan of a test enterprise estate. Nothing here is mocked up.
AutoPQC · interactive walkthrough
1. Discover
$ autopqc scan --estate acme-corp
✓ src/payments/crypto_utils.py
✓ auth-service/SignatureVerifier.java
✓ edge/tls/gateway.example.com.crt
✓ vault/kms-policy.json
✓ ci/signing/release_sign.py
AST · JCA patterns · X.509/TLS …
0
cryptographic assets found
CBOM generated ✓
Why Theos Quantum
Built on rock, not on sand.
Migration to post-quantum cryptography is inevitable. Doing it blind is optional.
Automation, end to end
Most PQC programs stall at the inventory spreadsheet. AutoPQC automates discovery, mapping, prioritization, and benchmarking as one continuous pipeline — not four consulting engagements.
Standards-anchored, always
Every recommendation traces to a NIST standard — ML-KEM (FIPS 203), ML-DSA (FIPS 204), SLH-DSA (FIPS 205), FALCON. No proprietary crypto, no vendor lock-in on algorithms.
Explainable, defensible AI
95.2% classification accuracy with per-asset reasoning you can put in front of a regulator or a board risk committee. A ranking you can't explain is a ranking you can't act on.
A research moat, not a wrapper
Built on ongoing doctoral research and peer-reviewed work in constraint-aware sequencing, calibrated confidence, and governed execution — science that compounds.
“[PLACEHOLDER: customer testimonial — e.g. 'AutoPQC gave us a complete cryptographic inventory in days, and a migration plan our auditors actually accepted.']”
Begin with certainty.
See your own estate the way an adversary sees it — and leave with a prioritized, NIST-anchored migration plan.