Automata provides one of the most comprehensive verifier stacks for TEEs, from Intel SGX/TDX to AMD SEV-SNP and AWS Nitro Enclaves Verify the integrity of any hardware-bound workload directly onchain:

Automata DCAP Dashboard is the industry’s first solution built to remove the manual pain of attestation infrastructure setup and meet developers where they already work. → verify environments reliably → monitor platform health → integrate trusted compute into existing apps

Developers don’t have to deal with different attestation flows or measurement models with Automata Linux:

Attested devices anchor AI to reality • Every action tied to real hardware • Every output verifiable at the source • No more black-box agents Proof of Machinehood uses universal standards (Apple, Android, TPM) to provide verifiable identities for every device onchain.

Proof of Machinehood verifies that a machine action comes from a real-world, attested source:

At Automata, we’ve been building toward this for years. From TEEs securing AI agents to consumer-facing applications, our focus has been on attestation as the foundation of trust. With the PoM app, users can generate a unique device attestation recorded onchain.

Base Azul is built on Automata Network.

Momentum at Automata this week, besides a deeper dive into Automata Linux, also includes multiple milestones @teamxata has achieved

One from the archives with TEE Unconference that we put out with the good folks @eigencloud always worth understanding the role of secure hardware and how many of these ideas are now resurfacing in the context of AI this one in particular features the inimitable @tkstanczak

Automata Linux is a reproducible OS that makes agent workloads portable and verifiable across CVMs Define workloads once Run in reproducible environments Verify as they execute All within a consistent workflow. Now supports @puffer_finance @nuconstruct, with more underway