Open-source tools for quantum research and post-quantum security. Run them on your own servers, even with no internet, and your experiments and your systems never leave your hands.
Every line of Q-Lab and Morrow is public. That matters most for software like ours: it handles unpublished research and the map of your security weaknesses. You shouldn't have to take a vendor's word for what happens to either. With the source, you can check, and so can everyone else.
Read every line, or have your security team do it, before it touches a single server. An install you run yourself never reports back to us.
No licence fee, no seat count, no expiry date. Run it on as many machines as you need.
Your data sits in an ordinary Postgres or SQLite database on your own server. If we disappeared tomorrow, your copy would keep working and you could keep developing it.
Morrow is AGPL-3.0: anyone who runs a modified version as an online service must publish their changes. Nobody can quietly turn it into a closed product.
Q-Lab is MIT: use, modify and redistribute it freely, keeping the copyright notice. Morrow is AGPL-3.0: the same freedoms, and anyone who offers a modified Morrow as an online service publishes their changes too. All our code on GitHub ↗
Most AI tools work the same way. Your code, your circuits and the map of your infrastructure go up to someone else's cloud, where an agent you can't inspect reads them, and your prompts may be kept or used to train the next model. For a lab's unpublished results or a company's cryptography, that is exactly the data you can least afford to hand over.
We build the other way round. The code is open, so you can see what it does. It runs inside your own network, offline if you want. And the AI is yours: connect a model on your own hardware, and nothing it reads ever leaves the building. Prefer not to run servers? Our hosted service is there too. Your choice, not ours.
Research teams run circuits on real quantum hardware today. Q-Lab records each run with its circuit, backend and calibration, so results can be compared, shared and reproduced.
The machines that will run useful quantum programs are the same machines that will break today's public-key cryptography. We work on both problems.
Quantum hardware is real, noisy, and its calibration drifts by the hour. A result is only as trustworthy as the record of how it was produced: the circuit, the backend, the calibration, the code.
A large enough quantum computer breaks RSA and elliptic-curve cryptography. Traffic recorded today can be decrypted then. The replacements are lattice-based, and the migration starts with knowing what you run.
Three rules every SOQLAB product follows, whoever runs it and wherever it runs.
Our products are open source. Read the code, run it yourself, or send a pull request.
Use the hosted version or run it yourself, even on a network with no internet. Experiment data and cryptographic inventories stay where you put them.
Every Q-Lab run records its circuit, backend, calibration and code, so it can be reproduced. Every Morrow action lands in a hash-chained audit log that shows if anything was altered.
Pick a topic and we'll draft the email for you. It opens in your own mail app, so nothing is sent until you press send.