Cyberdes designs the trusted compute, sovereign data planes, and governance layers that let frontier LLMs and bespoke models operate safely inside mission-critical environments.
We are semiconductor veterans, confidential-compute engineers, and AI security strategists who build zero-trust foundations before the first model token is generated.
We deploy alongside national CERT teams, utility SOCs, and financial control rooms to capture real attack surfaces and compliance pressures.
One accountable squad owns architecture, deployment, and monitoring so every control, from RBAC to anomaly detection, has clear stewardship.
Every engagement combines trusted compute, sovereign data fabric, and AI assurance so mission teams can trust both the model output and the rails beneath it.
Designs enclave-backed clusters where model weights, embeddings, and adapters are cryptographically sealed and continuously attested.
Builds ingestion and storage layers that keep telemetry, prompts, and knowledge bases inside national or enterprise borders.
Ensures every generation, document, or sensor alert is explainable, logged, and challenge-ready.
We inventory data flows, model assets, hardware, and regulatory constraints to define the trust boundary before any code changes.
Co-create reference architectures that align TEEs, vector stores, privacy filters, and monitoring with your zero-trust posture.
Deploy confidential compute, RBAC, network microsegmentation, and automated compliance tests across environments.
Run joint SOC/command reviews, tune policies with live telemetry, and update assurance reports continuously.
Our motivation is simple: no leader should roll out AI without verified compute, transparent controls, and sovereign custody of their data.
We architect for hospitals, utilities, and finance hubs where outages or leaks are unacceptable.
Audit-ready evidence for TEEs, RBAC, privacy filters, and model behavior is built into day-to-day operations.
Regional cloud, on-premise hardware, and open telemetry pipelines ensure partners remain in full command of their stack.
Share your regulatory, sovereignty, and resiliency targets. Our architects will map the controls, hardware, and AI services required.
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