ZERO (✧ᴗ✧)

Too many AI Agents being built in this space are limited, hence they can't offer users the best trading experience required, but as a dev you can change this using ROFL (Runtime offhchain logic) from @OasisProtocol which enables multichain wallet functionality that requires no bridges or trust assumptions. With opportunites scattered across several blockchains, agents trying to go multi-chain today hit a wall: to solve this most developers deploy separate key systems, SDKs, RPC quirks, and often bridges or cross-chain hacks. It becomes an infrastructure mess, and every added chain multiplies complexity. ROFL changes that seamlessly. ROFL’s key generation feature lets apps inside TEEs derive native private keys for multiple chains (e.g. secp256k1 for EVM, Ed25519 for Solana) all within the same enclave. No external key exports, no external trust. More details ahead 🧵

Do you know there is 1 BTC tied to a smart contract on @OasisProtocol for anyone that can prove TEE as used by the project is flawed? Most “privacy tech” in blockchain lives in theory, too slow, too complex, or too narrow for real-world use. Oasis on the otherhand takes a different route. @OasisProtocol's story begins with a clear engineering trade: privacy + verifiability vs. real-world practicality. Instead of waiting for cryptographic magic to catch up, it engineered a hardware-anchored privacy layer using Trusted Execution Environments (TEEs) secure enclaves built into processors like the (Intel SGX & Intel TDX). These enclaves isolate computation from the host, guaranteeing that even node operators can’t peek into your data or logic. Oasis built this into the very DNA of its chain not as an add-on, but as a native runtime model that underpins confidential smart contracts.