We build tools for both sides of quantum: running experiments on today's hardware, and protecting data from the machines that come next.
Molecular simulation is the problem quantum computers were first proposed to solve. Teams run variational algorithms on real hardware today, and every run needs a record.
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 MIT licensed. Read the code, run it yourself, or send a pull request.
Use the hosted version or run it yourself. Experiment data and cryptographic inventories stay where you put them.
Every experiment run and every remediation leaves a tamper-evident record that science and audit can both check.
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