Prove your regulated compute is where it should be, running as approved.
Tesseracton continuously verifies compute location, hardware identity, configuration and policy state, creating tamper-evident evidence for operators and regulators.
Regulated AI infrastructure
cannot rely on periodic audits.
Traditional compliance frameworks rely on static screenshots and annual point-in-time checks. Modern AI infrastructure evolves dynamically every millisecond.
Infrastructure changes continuously
Infrastructure changes dynamically: workloads migrate, accelerators swap, and configurations update across ephemeral cloud instances without notice.
Traditional compliance is retrospective
Audits happen months after data or hardware state changes, creating an unmonitored window for regulatory breach, data leak, and export control penalties.
Infrastructure cannot be its own source of truth
Self-reporting software, OS kernels, and hypervisors cannot prove their own integrity when compromised. True verification requires cryptographic silicon roots.
Everything you need for compliance.
Tesseracton hyper-scales continuous attestation across heterogeneous AI clusters, bare-metal GPUs, and confidential enclaves in real time.
Real-Time Cryptographic Attestation
Continuous hardware-rooted attestation across TPM 2.0, AMD SEV-SNP, Intel TDX, and NVIDIA Confidential Computing.
Drift & Baseline Management
Immediate detection of boot parameter deviations, kernel module changes, or unapproved microcode revisions.
Compliance Decisions & Gateways
Automated zero-trust admission controllers that cordon untrusted compute nodes before models or weights are scheduled.
Alerting and SIEM Monitoring
Granular telemetry streaming to Splunk, Datadog, AWS Security Hub, and dedicated regulator auditor channels.
Policy Verifications
Turnkey policy templates mapped to the EU AI Act (Articles 53 & 55), NIST AI RMF, ISO 42001, and US Export Controls.
Confidential Identity
Binds silicon Physical Unclonable Function (PUF) certificates to SPIFFE/SPIRE workload identities.
Verifiable Evidence State
Immutable cryptographic evidence chain anchored in a verifiable Merkle tree ledger for instant audit clearance.
Firmware & Microcode Slots
Hardware supply chain integrity protection verifying OEM certificates against manufacturer golden ledgers.
From infrastructure signal
to regulator-ready proof
Tesseracton documents verifiable facts inside high-frequency cryptographic evidence chains.
Hardware Signal
Continuous Silicon Harvest
Silicon root of trust (TPM 2.0, AMD SEV-SNP, Intel TDX, NVIDIA CC) produces signed cryptographic quotes.
Attestation Engine
Cryptographic Policy Engine
Tesseracton engine verifies the manufacturer certificate chain and checks measurements against golden policy vectors.
Immutable Evidence Chain
Merkle Tree Timestamping
Attestation receipts are aggregated and anchored into a tamper-evident Merkle tree ledger with zero-knowledge proof support.
Regulator-Ready Proof
Continuous Audit Compliance
Operators and regulators access real-time dashboards and export mathematically verifiable compliance certificates on demand.
Automated Identity Inventory
Cryptographic inventory mapping every CPU, GPU, TPM, and DPU across bare-metal and sovereign cloud instances.
Immutable Evidence
Tamper-evident Merkle ledger with non-repudiation guarantees designed to withstand scrutiny by government auditors.
Deviation Detection
Real-time measurement drift analysis detecting unauthorized driver updates, hypervisor tampering, and location migration.
Firmware & Golden State
Enforces silicon-level golden state baselines, locking out untrusted microcode and unauthorized kernel modifications.
What happens when
infrastructure changes?
Physical hardware moves, unapproved maintenance, or rogue code updates instantly trigger cryptographic isolation and verifiable audit logs.
Server moved to another rack / unauthorized DC
A physical server blade is physically transferred to an unapproved rack or cross-border data center.
GPU replaced with unauthorized accelerator
An H100 SXM5 GPU module is swapped with an unapproved accelerator or grey-market silicon.
Firmware / BIOS modified or downgraded
An unauthorized kernel module or downgraded UEFI firmware is loaded during maintenance.
Unauthorized container or model binary deployed
An engineer attempts to execute an unapproved LLM checkpoint inside a confidential VM.
Server moved to another rack / unauthorized DC
Blade chassis unlatched and reconnected to unauthorized VLAN at 03:14 UTC.
Chassis tamper bit 0x01 flipped; BGP latency jitter +8.4ms (outside 2.1ms threshold).
Geo-fence attestation failed: location signature delta exceeded 50 meters.
NON_COMPLIANT: Node isolated from sovereign inference pool in 850ms.
Professional Services
Expert operational services to deploy Tesseracton on dedicated AI infrastructure.
Assurance & Architecture Verification
Design continuous attestation architectures for multi-cloud, bare-metal GPU clusters, and sovereign confidential enclaves.
Compliance Integration & Readiness
Bridge cryptographic telemetry into existing governance pipelines, automated audit gates, and regulatory filing workflows.
Infrastructure Onboarding & Silicon Certification
Full lifecycle provisioning, OEM silicon key harvesting, and supply-chain golden master baseline deployment.
Interactive Dashboard
See Tesseracton details
Real-time cryptographic telemetry, continuous hardware attestation, and instant regulator compliance evidence.