EQTY Lab has achieved a significant milestone in its Verifiable Compute journey with the successful deployment of its technology on the cutting-edge NVIDIA Blackwell platform. This pivotal collaboration signals a transformative moment for sovereign AI, as it successfully marries cutting-edge security with the high-performance needs of agentic AI systems.

By leveraging NVIDIA Blackwell’s secure computing capabilities, EQTY Lab enables organizations to benefit from superior performance, reduced operational costs, and faster innovation, all while preserving strict data privacy and sovereign governance standards.

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Notably, EQTY Lab is one of the first to build on NVIDIA Confidential Computing, leveraging Blackwell’s secure enclaves to enhance data protection and trust. This initiative utilizes the world’s first TEE-I/O capable GPU, laying a verifiable root of trust essential for managing complex agentic AI workflows.

Thanks to EQTY Lab’s optimized Verifiable Compute features, users can now experience significant enhancements in the specialization and quality of aligned agentic workflows. With the ability to run long-context reasoning and acting (ReAct) models efficiently, Blackwell-accelerated computing empowers users to scale millions of agents while ensuring they follow predefined safety and compliance policies.

Furthermore, the integration with NVIDIA NeMo microservices provides enterprises with real-time verification tools. These tools allow low-overhead enforcement of safety and governance across AI agent behavior an essential need for organizations managing dynamic and evolving AI systems.

Jonathan Dotan, Founder of EQTY Lab, shared, “We’re proud to be among the first to build on Blackwell’s secure enclaves. This platform enhances trust and responsibility in agentic systems, laying the groundwork for autonomous AI with integrity.”

The infrastructure support came from SCAN, a UK-based managed service provider specializing in GPU cloud workloads. SCAN offered access to NVIDIA Blackwell through its sovereign cloud platform. Elan Raja, CEO of SCAN, stated, “By deploying EQTY Lab’s Verifiable Compute, we’re enabling customers to enforce critical protocols with hardware-backed security.”

Building on this momentum, Accenture’s Brussels AI Lab will pilot and deploy Verifiable Compute technology for critical public sector and defense use cases. Their solution aims to establish cryptographic governance and register compliance data using Hedera’s protocols, reinforcing trust in mission-critical agentic systems.

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Bryan Rich, Global AI Lead at Accenture, highlighted the shift in priorities: “Sovereignty today means verifying AI behavior before it goes live making sure agents act within ethical, legal, and geopolitical boundaries.”

Transforming Public Sector Sovereignty with Verifiable AI

As public and private sectors embrace autonomous, multi-agent AI workflows, they face a new challenge: ensuring systems remain compliant with complex, evolving regulations. Powered by NVIDIA Blackwell, EQTY Lab’s Verifiable Compute sets a new gold standard for trustworthy and transparent AI governance.

With this technology, organizations benefit from:

  • Regulatory Compliance: Meet data protection standards across highly regulated industries.
  • IP Protection: Safeguard proprietary data and AI models against unauthorized access.
  • Verifiable Outputs: Gain cryptographic assurance for every AI operation.
  • Unmatched Performance: Maintain speed and scale without compromising security.

FAQs

1. What is Verifiable Compute and why is it important?

Verifiable Compute allows organizations to cryptographically prove that AI operations and outputs are authentic and compliant. This is crucial for industries handling sensitive data and requiring full transparency in AI decision-making.

2. How does Sovereign AI differ from traditional AI systems?

Sovereign AI empowers organizations with complete control over their AI infrastructure, data, and workflows ensuring privacy, compliance, and independence at every level. It aligns AI systems with specific geopolitical, ethical, and legal standards, unlike traditional models that may lack such governance layers.

3. What role does NVIDIA Blackwell play in enhancing Verifiable Compute?

NVIDIA Blackwell provides the secure hardware environment needed to run Verifiable Compute effectively. Its TEE-I/O capable GPU supports secure enclaves and ensures that agentic AI systems perform efficiently while maintaining the highest levels of data protection.

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