What is the current price of Mira?
The current price of Mira is $0.04510 with a 4.61% change in the last 24 hours.
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Prices and notionals are USD-equivalent venue units, with USDC collateral. No currency conversion is applied. Notional = venue price × base-asset size. Contract specifications
Derivatives and mapped ecosystem data, with source timings and coverage.
Mira is a decentralized verification network for AI output. Instead of generating text itself, it takes content that an AI model has already produced, breaks it into small independently checkable claims, and has a distributed set of node operators running different models vote on whether each claim holds. The result is returned with a cryptographic certificate recording which models agreed on what.
MIRA is the network's token. This page describes the ERC-20 deployed on Base at 0x7AaFD31a321d3627b30A8e2171264B56852187fe, created on July 7, 2025, with 18 decimals and a total supply of 1,000,000,000 MIRA. That contract matters because several unrelated projects use the MIRA ticker, including one on Solana. A direct read of the Base contract shows no mint function, no burn function, no owner and no upgrade proxy, alongside standard permit and vote-delegation interfaces. Supply is therefore fixed by code, not by a policy promise. A bridged representation also exists on BNB Chain at 0x7839Fbfd09DaE4d0F15BfB36b8f16f7898FBE684.
Official sources:
The whitepaper is authored by Ninad Naik, Sidhartha Doddipalli and Karan Sirdesai, all reachable at arohalabs.com addresses, and the project's public code lives under the Aroha Labs organization. A seed round of roughly 9 million dollars, reported as led by BITKRAFT Ventures and Framework Ventures, was announced in 2024. Mainnet and the token generation event are widely reported as September 26, 2025, alongside listings on several major exchanges. Mira has not published a founding narrative beyond this, so treat funding and launch details reported by third parties as secondary rather than as protocol documentation.
Transformation into claims A submitted passage is decomposed into distinct verifiable statements. The whitepaper's worked example splits "The Earth revolves around the Sun and the Moon revolves around the Earth" into two separate claims. This standardization exists because handing a whole passage to several models produces answers about different parts of it, which cannot be compared.
Sharding and distribution Claims are converted into entity-claim pairs and randomly distributed across nodes. The design goal is that no single operator ever reconstructs the original document, which is both a privacy property and a defense against collusion.
Ensemble verification and consensus Each claim becomes a standardized multiple-choice question answered by independent verifier models. The customer specifies the domain, for example medical or legal, and a consensus threshold such as unanimous agreement or N of M.
Certificate issuance Once consensus is reached, the network issues a certificate recording the outcome and which models agreed, and returns it with the verified content.
It is worth noting plainly that the public developer documentation covers the routing and flows SDKs and does not document staking, slashing or token mechanics. The whitepaper is the source for the verification and incentive design.
Reported and documented uses include:
A launch-time allocation reported around the token generation event splits the 1,000,000,000 supply into ecosystem reserve 26 percent, core contributors 20 percent, node rewards 16 percent, foundation 15 percent, early investors 14 percent, airdrop 6 percent and liquidity 3 percent. Those figures come from launch coverage rather than from a document published on mira.network, so treat them as reported.
The interesting idea is the security model. In ordinary proof-of-work, guessing is hopeless because the answer space is enormous. Verification is the opposite problem: a binary question can be guessed correctly half the time at zero compute cost. Mira's answer is a hybrid. Nodes must stake value, and an operator that repeatedly deviates from consensus or shows statistical patterns consistent with random answering can be slashed. The whitepaper includes a table showing how quickly guessing collapses as the number of independent verifications rises, which is what makes staking plus repetition an adequate substitute for expensive computation.
The second distinctive claim is philosophical rather than technical. Mira argues that a centrally curated ensemble of models cannot solve reliability, because the curator's model selection is itself a source of systematic bias, and that genuinely diverse verification requires open participation.
Most crypto and AI projects sit on the supply side: renting GPUs, coordinating training, or incentivizing model production. Mira sits after generation, on the correctness of output, and is deliberately source-agnostic, so it will verify human-written text as readily as model-written text. Compared with a decentralized inference marketplace, the unit of work is a verdict on a claim rather than a completion, and the economic question is honesty rather than throughput.
Security comes from staking and slashing rather than from hashing. The whitepaper sets out three assumptions: operators respond rationally to economic incentives because their stake is at risk, the network is safe while honest operators hold the majority of stake, and model diversity reduces statistical bias as the network grows. Decentralization is staged. Operators are vetted in the first phase, duplicated across instances in the second so that lazy or malicious behavior can be identified, and finally served randomly sharded requests so that collusion becomes impractical. Separately, the MIRA token contract on Base has no privileged role that can mint, pause or seize balances.
Reliability, not capability, is what keeps AI systems supervised by humans. Mira is a concrete attempt to make correctness a service that can be purchased, measured and attested, rather than something each application hopes for. Whether or not this specific network succeeds, verifying output through an economically secured ensemble is one of the more coherent intersections between crypto incentives and machine learning.
MIRA is available on centralized exchanges and on decentralized venues on Base. Availability and pairs vary by jurisdiction. Because the token exists natively on Base with a bridged copy on BNB Chain, verify the network and the contract address before depositing or withdrawing.
Listings reported around the token generation event included:
Add the token by contract address rather than by searching its ticker, given how many projects share the MIRA name.
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Read the complete paper trading guideThe current price of Mira is $0.04510 with a 4.61% change in the last 24 hours.
The daily trading volume is $216,949 representing a 1.20% change in the past 24 hours.
The market capitalization of Mira is $16,155,705, ranking #579 globally.
The fully diluted valuation (FDV) of Mira is $45,096,539, calculated assuming the maximum supply of 1,000,000,000 MIRA is in circulation.
Circulating: 358,247,125. Total: 1,000,000,000. Max: 1,000,000,000.
In the last 24 hours, Mira traded between a low of $0.04256 and a high of $0.04517.
MIRA/USDTTether USDT0.04510 USDT
Order execution would be off by default, with AI agents restricted to a dedicated trading account that users choose to fund.
After two years of silence from Thinking Machines Lab, Murati's debut model is out and on OpenRouter. The MCP score is genuinely impressive. The price-to-performance math is more complicated.
