Sertir binds any AI — today's models, autonomous agents, and the AGI systems on the horizon — to the silicon you already own, and watches the binding continuously. Drift in the chip-AI relationship — from ageing, firmware change, agent boundary slippage, or active tamper — is detected, classified, and acted on in real time.
Cloud, edge, or device. NVIDIA across every generation, Google TPU, Azure Maia, Apple M-series, AMD, ARM, Intel. No special SKU, no vendor cooperation, no cloud lock-in.
Modern verifiable AI rests on chip vendor attestation — NVIDIA Confidential Computing, Intel TDX, AMD SEV-SNP, and their equivalents. These are excellent foundations, and Sertir builds alongside them, not against them. The hard part is what comes next: every trust chain that ends at a vendor's signing key inherits that vendor's lifecycle, jurisdiction, and product roadmap.
For most customers, that is a reasonable arrangement. For some — sovereign defence programmes, frontier labs, regulated medical devices, model risk in financial services, telecom critical infrastructure — the obligations are stricter. A regulator's audit, a sovereignty mandate, a fiduciary responsibility: these duties cannot be delegated to a third party, however reputable.
Sertir gives those customers a second, independent layer of proof — rooted in physical silicon they already operate. It works in your cloud tenancy, on your edge device, on your laptop, or across all three at once. Vendor attestation continues to do its job. Sertir adds the layer that the customer's obligations require.
A frontier model trained at hundreds of millions of dollars walks out as a 400 GB file. Once copied, it runs anywhere. The theft is silent and the loss is total.
AI running on infrastructure no one authorised — a contractor's GPU, an unattested cloud node, a development laptop, an agent spinning up rented compute on its own. Compliance officers cannot prove a negative.
Some duties — sovereignty mandates, fiduciary responsibilities, regulator audits, recall-liability defence — cannot be satisfied by a third party's certificate, however well-issued. The customer must hold the proof themselves.
A bound AI looks healthy — until the silicon ages, the firmware is patched, an autonomous agent slips its operational boundaries, or an attacker tampers below the OS. Static attestation captures none of it.
Vendor attestation answers the question was the code sealed in a TEE. Sertir answers the question is this AI bound to the silicon I authorised. They are complementary. Most customers benefit from both.
Sertir is the σ-bound trust layer
between any AI and the silicon that runs it.
Stolen weights run as dead silicon on any chip outside the enrolled fleet. National AI programmes that need a layer of trust they hold themselves — independent of any third party — gain a sovereignty primitive that lives entirely on their own hardware, whatever architecture that hardware happens to be.
A nine-figure training run produces a file that, today, is one exfiltration event away from a competitor. Sertir makes the weights worthless on any silicon you did not enrol — including the silicon your former employees take with them when they leave.
The 524B framework requires demonstrable lineage and version control of any AI/ML component reaching a clinician. Sertir provides cryptographic, hardware-rooted proof that the deployed model is the cleared model, on the cleared device, in the cleared site — across whatever heterogeneous silicon the hospital fleet runs.
SR 11-7 and the EU AI Act demand documented model lineage and execution control. Sertir produces tamper-evident proof — for an internal auditor, the OCC, or the ECB — that an inference came from the validated model on the validated host, not a shadow copy on an unmanaged GPU.
5G core networks, RAN intelligence, and edge inference at the cell site increasingly rely on AI that must be auditable to regulators and traceable across vendor handoffs. Sertir attests that the AI running on a base station, MEC node, or core function is the version certified by the operator — not a sideloaded copy on grey-market hardware.
Honest separation between what is operational today, what is in active engineering against alpha-customer milestones, and the vision the underlying patents support. Investors and partners deserve the long view; customers deserve to know what they can deploy now.
Four USPTO provisionals filed, 2026. Coverage spans probe, bind, attestation, drift analysis, agent identity architecture, and cluster silicon discovery. UPC filings in preparation.
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