Post-quantum migration triage
Find the cryptography a quantum computer breaks first, and the date you must migrate by.
Paste a real dependency manifest and a source excerpt. PQC Triage parses both, resolves every cryptographic call site to an algorithm, scores each one against published Shor resource estimates and NIST IR 8547 transition dates, and writes a sealed migration plan you can hand to a review. The 10-second path is a real import, a real score, a real persisted decision, and a downloadable plan.
- Engine
- hndl@1.0.0
- NIST deprecates
- 2030
- NIST disallows
- 2035
- Keys needed
- zero
Live posture
livefetched 03:18:48ZPortfolio
58/100
high
Surfaces
12
discovered
First break
3.8y ago
capture already decryptable
Currently showing your newest survey, Demo: billing-gateway.
What it does
Three jobs, done end to end
No dashboards of decoration. Each of these is a real write against a hosted database, and each one leaves an artifact behind.
Inventory the cryptography you already ship
Import a package-lock.json, requirements.txt, go.mod, Gemfile.lock, composer.lock, Cargo.lock or pom.xml, plus the source where keys and ciphertext are handled. The extractor reports the line it matched.
Import now →Decide what to migrate and by when
Set the data shelf life for each surface, record a decision with a rationale, and move the quantum-capability horizon. Mosca's arithmetic turns that into a start-by year that a board can read.
Open the workbench →Hand over a plan you can verify
Download Markdown, JSON or CSV with every factor, citation and seal. The chain replays from the genesis value, and an agent can do the whole loop over JSON-RPC.
See the export →Primary action
Import a manifest
Everything on this page works without an account. The anonymous owner cookie decides who can see which survey, and it is the only thing that guards your data.
Current work
Live from arXiv and NIST
Fetched 2026-10-04 03:18:48Z. Each row names the source it came from.
Papers on post-quantum migration
sourceTime-space lower bounds for breaking quantum cryptography
We prove near-optimal time-space lower bounds for breaking quantum cryptography in the random oracle model. Specifically, we show that a $T$-query adversary with $S$ qubits of non-uniform advice can recover a random key $k$ from the $n$-qubit binary phase stat
arXiv quant-ph / cs.CR · 2026-10-01 · live
System-Level Optimization Beyond Cryptographic Kernels: An ML-KEM Case Study on Arm Cortex-M7
Recent work on embedded post-quantum cryptography has focused primarily on instruction-level optimization, including arithmetic-kernel improvements, assembly tuning, register allocation, and instruction scheduling. Using the Module-Lattice-Based Key-Encapsulat
arXiv quant-ph / cs.CR · 2026-10-01 · live
While the literature on blockchain-assisted intrusion detection and prevention systems (IDS/IPS) for Internet of Things (IoT) and Industrial Internet of Things (IIoT) networks is mature, existing systematic reviews suffer from two critical limitations: they ov
arXiv quant-ph / cs.CR · 2026-10-01 · live
Robust and leakage-resilient device-independent oblivious transfer in MiniQCryp
Assuming post-quantum one-way functions, we construct device-independent (DI) oblivious transfer (OT) and bit commitment: honest parties use only trusted classical computation to operate untrusted quantum devices, which may share arbitrary entanglement and beh
arXiv quant-ph / cs.CR · 2026-10-01 · live
Standards news
sourceNIST-Developed Quantum Sensors Improve Nuclear Monitoring
New X-ray measurements will allow scientists to more accurately monitor nuclear material at power plants and weapons facilities.
NIST news · 2026-09-10 · live
NIST Researchers Supersize Quantum Technology to Help Detect Faint Photons
Our everyday life is flooded with photons, the quantum building blocks of light. For cutting-edge technology, from quantum computing to deep-tissue imaging, detecting every single photon counts. “Photons carry information,” said Kristen Par
NIST news · 2026-08-24 · live
‘Spooky’ Particles Transit DC Suburbs, a Step Toward a Quantum Network
The achievement shows that fragile quantum entanglement can survive even in tough, real-world conditions.
NIST news · 2026-08-05 · live
NIST Launches Center to Drive the Manufacture of Quantum Technologies
NIST has announced an agreement with SRI International to establish the Quantum Manufacturing Engineering Center (QMEC).
NIST news · 2026-06-29 · live
Read the source, run it locally
MIT licensed, self-hostable, and it runs with zero environment variables: local development and the test suite use an embedded Postgres, production uses the hosted one through the same typed repository layer.