Sovereign AI Operating System combining NVIDIA Confidential Computing, Trusted Execution Environments, and Hardware Root of Trust for autonomous AI agents.
Why Australia's banks and government cannot use public clouds for AI
Australian banks must report security incidents within 24 hours. Public clouds cannot guarantee data sovereignty, making AI workloads non-compliant.
Government agencies require ISM-1486 compliance for unauthorized change detection. Multi-tenant public clouds lack the hardware-level isolation needed.
Autonomous AI agents can execute code and call APIs. Without proper guardrails, they pose unacceptable risks for regulated sectors.
While hyperscalers offer generic GPU clouds, none provide the sovereign, compliant infrastructure required by Australia's most regulated sectors. Banks and government agencies cannot deploy autonomous AI without violating APRA CPS 234 or IRAP requirements.
Sovereign Orchestrator with Trusted Execution Environments
Partition NVIDIA B300 GPUs into up to 7 isolated tenant environments, each with dedicated compute, memory, and bandwidth. No noisy neighbor problems. No data leakage.
Purpose-built security controls for autonomous AI agents. Non-Human IAM gives every agent a unique cryptographic identity. Trace-based audit logs capture chain-of-thought reasoning. Kill-switch API prevents runaway agent costs.
NVIDIA Remote Attestation Service (NRAS) provides cryptographic proof of GPU identity. Trusted Execution Environments (TEE) protect data even from administrators with root access. SIEM integration automates 24-hour incident reporting.
Hero metrics that differentiate our platform
This is the technical differentiator that wins contracts. Banks cannot use AI systems with 5-10% accuracy loss for fraud detection or risk assessment.
Built on NVIDIA's comprehensive software development kits
NVIDIA Inference Microservices (NIMs) provide containerized inference environments for deploying autonomous AI agents. Our platform extends NIMs with TEE-bound identities and digital signatures for regulatory compliance.
TensorRT-LLM optimizes large language models for production inference. We use it to achieve 1x16 micro-block scaling, delivering 15 PetaFLOPS of NVFP4 compute with less than 1% accuracy loss.
Data processing unit (DPU) offloading using DOCA SDK. BlueField-3 handles infrastructure tasks, freeing GPU resources for AI workloads while maintaining hardware-level security isolation.
Building Australia's sovereign AI infrastructure powered by NVIDIA Blackwell
Agent Shield Security: Completion of Agent Shield testing on Azure/GCP Confidential VMs with full TEE-bound identity and digital signature verification.
NRAS Integration: Finalizing automated NVIDIA Remote Attestation Service handshake for bank-grade audit logs with cryptographic proof of GPU identity.
MIG Slicing Logic: Implementation of multi-tenant isolation protocols for Australian Protected workloads with hardware-level separation.
DGX B300 Arrival: Deployment of physical NVIDIA Blackwell B300 cluster in Tier-3 sovereign data center in partnership with Xenon (NVIDIA Elite Partner).
FP4 Optimization: Rolling out 1x16 Micro-block scaling for high-performance, low-latency inference with <1% accuracy loss.
Moltbot-Ready Environment: Launching first Trusted Execution Environment (TEE) specifically tuned for autonomous AI agents like Moltbot with TEE-bound identities.
IRAP & APRA Certification: Finalizing "Sovereign Blueprints" for Australian Federal Government and APRA-regulated banks with automated 24-hour incident reporting.
A2A Protocol (Agent-to-Agent): Enabling secure, encrypted inter-tenant communication within B300 rack for multi-agent workflows.
Sovereign Agent Registry: Launch of vetted library of "compliant-by-design" agent containers for financial services (fraud detection, risk assessment, HFT).
Full Production Load: Scaling to multiple DGX B300 nodes with NVLink Switch fabric for exascale-ready workloads and HFT trading fleets.
Autonomous Kill-Switch 2.0: Real-time, hardware-level budget and hallucination guardrails for large-scale agent fleets with automatic identity revocation.
Vera-Rubin Readiness: Early architectural testing for 2027 transition to NVIDIA's Vera-Rubin (R200) architecture with next-generation confidential computing.
Contact us to learn how Terrabox.ai can help your organization deploy autonomous AI within strict APRA and IRAP compliance boundaries.