UBIQS
Product

One root of trust. Delivered two ways.

The same silicon-rooted identity underneath — packaged as a certified module for regulated and sovereign deployments, or licensed as IP built into compute silicon from the first wafer. Every job your infrastructure runs carries a signed, tamper-evident proof of exactly which physical machine ran it.

For sovereign AI & regulated environments

Guardian Module

A certified module attached to the server. It establishes the node's silicon-rooted identity, continuously re-proves it across the machine's lifecycle, attests the genuineness of the accelerator and the workload, and produces the signed receipt — without sitting in the data path or altering execution.

Bring the root of trust into regulated and sovereign environments with no redesign of your existing stack. Every job carries hardware-signed proof of exactly which physical machine ran it, under whose authority.

HIPAA-readyCMMC-readyGDPR-readyNot in the data pathLifecycle re-verification
For platforms & silicon partners

Identity Core

The root of trust as licensable IP — embedded into a platform component, or natively into compute silicon so it is built in from the first wafer rather than added on afterward. Each device gets a persistent identity derived from a physical property of the silicon: no secret store, nothing to provision, nothing to extract.

For accelerator designers, secure-hardware vendors, and infrastructure builders who want silicon-rooted machine identity and signed execution evidence as a native capability of the platform.

Licensable IPBuilt in from first waferNo secret storeModel provenancePolicy-gated execution
What it delivers

What a sovereign AI program gets.

The same capability set, whichever way it's delivered.

01

Provable machine identity

Show, on demand, the exact physical infrastructure that ran a workload — the enrolled node, not a device class.

Enrolled node
02

Model provenance

Prove which model, at which version, actually ran — unmodified — not just which machine, but which approved model on it.

Version-bound
03

Anti-cloning / anti-substitution

No copied credential, swapped node, or fraudulent capacity claim can pass as the approved machine.

Genuine only
04

Authority & jurisdiction

Bind execution to an approved operator, facility, and jurisdiction — the core of sovereignty.

Owner-held
05

Continuous, lifecycle-long proof

Identity re-verified across every job and across the machine's life, not assumed after a single launch.

For life
06

Signed, tamper-evident evidence

A receipt whose integrity is anchored in the hardware identity — an auditor can verify it later without access to the job.

Auditable
Who needs this

Built for programs that must prove the infrastructure.

Wherever sensitive AI runs on infrastructure the owner needs to verify rather than take on faith.

01

Sovereign / government

Prove authorized national infrastructure and custody — node identity bound to facility, operator, and jurisdiction.

Custody
02

Financial services

Evidence for model-risk, audit, and dispute resolution — a signed receipt tying model, input/output digests, and platform.

Audit
03

Healthcare / life sciences

Prove sensitive workloads stayed on approved assets — policy-gated execution and durable platform evidence.

Compliance
04

Model owners

Prevent model release to unapproved hardware — release gated on proven physical-node identity.

Release control
05

Decentralized GPU networks

Stop fake, cloned, or swapped worker identities — physical-node enrollment and continuous re-verification.

Node trust
06

Autonomous agents

Accountability for machine-generated actions — hardware-bound identity and signed action provenance.

Accountability

Not sure which fits what you're building?

Tell us what you're working on and we'll point you to the right path in — Guardian Module, Identity Core, or a native silicon license.