Codesstellar builds the post-quantum infrastructure that replaces it, and the AI systems that run on top. Lattice cryptography standardised by NIST, implemented properly, running in production.
Most studios sell capacity. We sell a decision you can defend to a board, an auditor, or a procurement officer.
FIPS 203 for key encapsulation, FIPS 204 for signatures, SP 800-63B for identity assurance, CNSA 2.0 by January 2027.
Talk to an engineerThere is no account management layer between you and the build. The engineer on your discovery call is the engineer shipping your system.
NIST FIPS 203 and FIPS 204 primitives implemented against liboqs, with a documented migration path from RSA and ECDSA. Nothing invented in house.
A measured baseline, a defined failure mode, and a way to tell whether the model is still working six months after launch.
Source, infrastructure, model weights where applicable, and written documentation transfer to you at handover. No lock-in, no licence trap.
Four problems keep turning up in the rooms we sit in. Each one has a product behind it that already runs.
Every screen below is our own software, running. Not a mockup.
A layer one chain built as a trust and audit substrate rather than a currency. Validators sign with ML-DSA-87 under a post-quantum BFT consensus, paired with a block explorer and a wallet that signs for both the post-quantum chain and standard EVM networks from one interface.
A hybrid C++ and Python backend for quantum safe storage and communication, deployed for a data centre operator. Machines authenticate with post-quantum certificates rather than passwords, and the console reports the live posture of every layer.
Face verification and 3D liveness with no depth sensor required. Changing distance across a 64 frame burst separates a living face from a photograph or a screen, and the frames are bundled, signed and encrypted on the device before anything leaves it.
Pose estimation from ordinary camera footage, tracked in three dimensions. Punch counting, reaction time, and form scored frame by frame against a reference skeleton, so a coach can see exactly where the technique drifts.
Booking, memberships, staff scheduling and payments behind one dashboard, with a conversational agent that handles enquiries, recommends services from customer history, and writes the booking straight into the diary.
Alongside these sit voice cloning, volumetric capture, retrieval augmented assistants, and mobile and web platforms shipped across twelve countries. See the full catalogue
Four stages, each with something written at the end of it. You always know what you are paying for before you pay for it.
A working call with an engineer. We map the problem, the constraints, the data you already hold, and what success has to look like.
A document covering architecture, deliverables, milestones and a fixed fee. If the scope is wrong, we would rather find out here.
Two week increments with a working artefact at the end of each one. Direct access to the team throughout, in your channel of choice.
Deployment, documentation, a walkthrough for your engineers, and an agreed support window. The system is yours to run.
We would rather say no early than disappoint you late, so here is the honest version.
The six that come up in almost every first call.
Send the question with a little context and an engineer will answer it directly, not a sales team.
Ask an engineerThe threat is not that a quantum computer breaks your traffic tomorrow. It is that encrypted traffic captured today can be stored cheaply and decrypted once one exists. If your data has to stay confidential for ten years or more, the migration decision is already live. The NSA has set January 2027 as the point at which new national security systems must support CNSA 2.0 algorithms.
No. Most migrations are hybrid: classical and post-quantum algorithms run side by side so that nothing breaks if one is later found weak. We normally start with key exchange on the most sensitive channel, then signatures, then storage. The written scope sets out that order for your systems specifically.
Fixed fee against a written scope, milestone based. Long running platform work moves to a monthly retainer once the initial build is handed over. We do not bill by the hour, because it rewards the wrong thing.
You do, on handover, including source, infrastructure definitions and documentation. Where we bring an existing product such as Q-Vault or Q-AmChain, that is licensed to you on terms agreed before the build starts, and we say so plainly in the scope.
Yes, and it usually produces a better result. We can lead the build with your team embedded, or take a defined component while your team owns the rest. Handover is smoother when your engineers have been in the repository the whole time.
Forty five minutes with an engineer, not a salesperson. Bring the problem, any constraints you already know about, and whatever you have tried. You will leave with a point of view on the approach whether or not you work with us.
Answer a few questions and the right engineer will come back to you, usually within one working day.