iExec RLC (RLC)

When your workload runs in the cloud, how do you know the right code ran in the right environment?

Attestation answers one question: "did the right code run inside genuine TDX hardware?" But for financial workloads, that is not the full trust problem.

You also need to know the machine itself was not a random, unverifiable host.

Proof-of-Cloud adds that missing link for Nox: it ties attested hardware to a verified cloud environment.

So the proof is not just:
“the code ran.”

It is:
“the right code ran, on the right hardware, in a verified place.”

That is how confidential execution becomes something institutions can actually trust.

➡️https://t.co/HALALqB7Tu

How do you know a confidential workflow is running in the right environment, with the right code, before it touches sensitive data?

You measure it.
You attest it.
You verify it at every layer.

That is Chain of Trust: Nox’s way of making confidential execution measurable, attested, and verifiable from the hardware layer up to the running workload.

➡️ https://t.co/HALALqB7Tu

Onchain confidentiality is about what smart contracts can securely do with data, not just how that data is stored.

Nox uses Intel TDX TEEs to run financial logic on confidential inputs. Balance updates, transfers, vault rebalancing, lending conditions, all executed inside a protected environment.

No party, including iExec, can see the plaintext during execution.
Every run is attested onchain.

➡️https://t.co/6oOGkBgMS0