@ama_protocol - Confidential L1 for agentic finance - Agents inside of Trusted execution environments (TEES). - Professional traders don't want to leak their strategy/edge. - Verified compute and deterministic execution
@ama_protocol - Confidential L1 for agentic finance - Agents inside of Trusted execution environments (TEES). - Professional traders don't want to leak their strategy/edge. - Verified compute and deterministic execution
@ama_protocol - Confidential L1 for agentic finance - Agents inside of Trusted execution environments (TEES). - Professional traders don't want to leak their strategy/edge. - Verified compute and deterministic execution
@ama_protocol - Confidential L1 for agentic finance - Agents inside of Trusted execution environments (TEES). - Professional traders don't want to leak their strategy/edge. - Verified compute and deterministic execution
Traditional PoW wastes energy.
@ama_protocol
's uPoW turns mining power into real AI compute. 🧠📷 • AmaHub: Low-cost agent orchestration • Ama Embed: Fast, on-chain AI for any dApp • Verticals: Autonomous trading & DeAI Energy isn't burned—it's vectorized. 📷 🤖
@ama_protocol - Confidential L1 for agentic finance - Agents inside of Trusted execution environments (TEES). - Professional traders don't want to leak their strategy/edge. - Verified compute and deterministic execution
@ama_protocol - Confidential L1 for agentic finance - Agents inside of Trusted execution environments (TEES). - Professional traders don't want to leak their strategy/edge. - Verified compute and deterministic execution
@ama_protocol Confidential L1 for agentic finance - Agents inside of Trusted execution environments (TEES). Professional traders don't want to leak their strategy/edge. Verified compute and deterministic execution - usefull Proof of Work, training our own AI model / inference