#MiRA $MIRA @Mira - Trust Layer of AI fundamental mission. Since its mainnet launch in late 2025, the project has positioned itself as the "Trust Layer" for the AI era.To expand on your overview, Mira doesn't just "verify" in a general sense; it uses a highly structured technical pipeline to move AI from probabilistic guessing to deterministic verification.The Verification Workflow: "Claim Decomposition"One of Mira's core innovations is how it handles data. Instead of asking the network to verify a long, complex paragraph—which leads to inconsistent results—it uses a process called Binarization:Decomposition: The protocol breaks an AI's response into "atomic claims" (individual, factual statements).Sharding & Distribution: These claims are sharded and sent to different independent nodes. This ensures no single node sees the entire document, which preserves privacy.Multi-Model Consensus: Each node runs different underlying models (e.g., Llama, GPT-4, or specialized local models) to cross-check the claim.Proof of Verification: The network uses a hybrid Proof-of-Work (PoW) and Proof-of-Stake (PoS) model. PoW here isn't just math puzzles; it’s "Proof of Honest Inference," ensuring nodes actually performed the AI computation rather than just guessing.Key Components & EcosystemThe project has evolved into a full infrastructure suite rather than just a simple protocol:Mira Flows: A marketplace of pre-built AI workflows (like "Verified Summarization" or "DeFi Risk Analysis") that developers can plug into their apps via an SDK.Delphi Oracle: One of their flagship integrations (developed with Delphi Digital) that provides verified, structured summaries of institutional research.Economic Incentives: The $MIRA token (on the Base L2 network) is the engine. Nodes must stake MIRA to participate. If they provide false or "lazy" data, their stake is slashed—a classic blockchain mechanism applied to AI accuracy.Current Status (as of March 2026)Following its September 2025 Token Generation Event (TGE), Mira has claimed to improve factual accuracy from a baseline of ~70% to over 95% in certain high-stakes use cases. It is currently being integrated by autonomous AI agents to prevent "catastrophic" failures—like an agent accidentally hallucinating a fake contract address and sending funds to a null pointer.Note: While Mira is a leader in this niche, it faces competition from other decentralized AI projects like Bittensor or Ora. Its specific edge lies in Claim Decomposition, which makes the verification much more granular than its peers.Would you like me to look into the specific staking requirements for running a Mira Verifier Node, or perhaps analyze its latest ecosystem partnerships?