Oasis (native token [ROSE](https://www.coingecko.com/en/coins/oasis)) is a privacy-focused Layer 1 blockchain built around *confidential computing,,* meaning private smart contracts and encrypted data in use, not just at rest or in transit. It enables scalable, privacy-enabled dApps and off-chain compute which can interact with blockchain logic securely. ROSE is used for transaction fees, staking/delegation, governance, and helps secure the network.
What the latest Oasis blog argues: *remote attestation isn’t enough for real trust in Web3 TEEs*. So, basically, they are saying that:
**Remote attestation ≠ real trust:** A TEE quote proves that a specific binary ran on specific hardware at one specific time, nothing more. It doesn’t guarantee anything about how fresh that proof is or whether the state is current.
**This is** ***verification theater*** Many projects display raw attestation with green checkmarks, but that doesn’t actually tell users that anything useful or secure is happening unless you’re literally a hardware security expert.
**Key gaps attestation fails to cover:**
* **Freshness & liveness:** old valid quotes look the same as recent ones.
* **State continuity & rollback protection:** a malicious host could feed old state.
* **Operator identity accountability:** attestation doesn’t prove *who* is running it.
* **Code provenance & history:** attestation doesn’t prove the code’s origin or version history.
**Oasis’ proposed solution:** Instead of leaving verification to every user, you need a **fault-tolerant consensus of verifiers** that:
* continuously validate attestation freshness, policies, and state,
* enforce on-chain operator accountability,
* and embed the trust decisions into the blockchain itself.
**Transforming attestation into usable trust:** With this model, you don’t rely on raw hardware outputs. you rely on *on-chain consensus* that collectively verifies and enforces correct behavior automatically.
https://preview.redd.it/3ia75x3qpaig1.png?width=1920&format=png&auto=webp&s=f3977fb83422c50f6d9772ca07273299d841be90
As confidential computing and TEEs gain traction in Web3 for private smart contracts and off-chain compute, simply showing a signed hardware quote won’t actually give users or protocols the trust guarantees they assume. Real trust has to be verifiable, continuous, and anchored to the protocol,not just a one-off hardware signature.