MIRA functions as the "fuel" for the network's decentralized verification process. Here is how it is used:
Payment for Services: Developers and enterprises pay in MIRA to access the Verified Generate API. This API ensures that the AI's output has been cross-checked by multiple independent models.
Staking for Node Operators: To become a "verifier" in the network, you must stake MIRA tokens. This acts as collateral; if a node provides false verification, their stake is slashed (taken away).
Proof of Work/Stake Hybrid: Verifiers earn rewards in MIRA for providing honest, accurate computation. It’s a "work-for-pay" model where the token incentivizes accuracy.
Marketplace Currency: The "Mira Flows" marketplace allows developers to sell custom AI workflows (like specialized legal or medical analysis). These transactions are settled using MIRA.
Core Features of the Protocol
To understand why the token has utility, you have to look at what the network actually does:
Binarization: It breaks complex AI responses into tiny, individual claims (e.g., "Paris is in France").
Distributed Consensus: Instead of trusting one AI (like ChatGPT), the protocol sends those tiny claims to multiple different models. If they all agree, the claim is "verified."
High Accuracy: The project claims to increase AI accuracy from the standard ~75% to over 95%, making it reliable enough for "high-stakes" industries like healthcare and law.
$MIRA #Mira @Mira - Trust Layer of AI
