Akash Hardware Verification to Boost Trust with Attestation

September 12, 2025 — The Akash hardware verification upgrade is set to bring trusted CPU and GPU attestation to the decentralized cloud network. Providers will soon be able to prove their hardware configurations using industry-standard remote attestation protocols from Intel, AMD, and NVIDIA, marking a major step toward Akash’s Confidential Computing vision.

Why Akash Hardware Verification Matters

The Akash hardware verification upgrade aims to increase trust across its decentralized platform. Providers will be able to present cryptographic “proofs” of their hardware identity and integrity, ensuring that workloads only run on verified infrastructure. This is a foundational requirement for Confidential Computing, where sensitive data and code remain protected from tampering.

How Hardware Attestation Works

The upgrade leverages the IETF’s Remote Attestation Procedures Architecture (RATS) standard (RFC 9334). At a high level:

• Measurement collection: CPUs and GPUs generate cryptographic measurements of their firmware, drivers, and system state.
• Verification: Evidence is checked against “golden measurements” maintained by trusted vendors like Intel, AMD, and NVIDIA.
• Policy enforcement: Only workloads meeting strict criteria (updated firmware, verified TEEs, approved vendors) are allowed to run.

This binary verdict — Attestation OK or Rejected — can unlock secrets, enable workloads, or block execution if trust cannot be established.

NVIDIA, Intel, and AMD Integration

• NVIDIA NVTrust SDK will attest H100 and H200 GPUs operating in CC-on mode.
• Intel Trust Authority SDK will cover CPUs (e.g., Xeon Sapphire Rapids with TDX) and integrate with NVIDIA attestation for full system coverage.
• AMD SEV-SNP will validate EPYC Milan and Genoa CPUs for trusted execution.

Together, these systems ensure end-to-end verification of both CPUs and GPUs in Akash’s provider clusters.

Scope of the Upgrade

To adopt the Akash hardware verification framework, providers will need to:

• Use TEE-capable CPUs (Intel Sapphire Rapids, AMD Milan/Genoa).
• Deploy NVIDIA H100/H200 GPUs with NVTrust.
• Configure BIOS and host kernels to enable TEE features.
• Perform manual verification and adopt automated attestation pipelines.

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Conclusion

The Akash hardware verification upgrade marks a pivotal advance for decentralized cloud credibility. By integrating hardware-level attestation from Intel, AMD, and NVIDIA, Akash is moving closer to a fully trustless, Confidential Computing ecosystem, where sensitive data and workloads can operate securely in a decentralized environment.

The Talk

Real voices. Real reactions.

KOLsMediaCommunity

@akashnet_ $akt energy ⚡️⚡️⚡️

"Akash will be Introducing Hardware Verification (Via Attestation)! This release will bring robust hardware attestation to Akash: providers can prove that their CPUs & GPUs are exactly what they claim, verified via trusted remote attestations (Intel TDX, AMD SEV-SNP, NVIDIA https://t.co/f0jLlSb5bn"— @

Alex

@Ales_10_

about 17 hours ago

@akashnet_ I should be reading this in the Executive Offense and Fulldisclosure newsletter! Amazing news @akashnet_

"Akash will be Introducing Hardware Verification (Via Attestation)! This release will bring robust hardware attestation to Akash: providers can prove that their CPUs & GPUs are exactly what they claim, verified via trusted remote attestations (Intel TDX, AMD SEV-SNP, NVIDIA https://t.co/f0jLlSb5bn"— @

THookz

@prodbythookz

about 22 hours ago

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