Build on the compute network.

Nunabot is a Solana-native GPU bot protocol that connects three parties through one bot-first marketplace: users who need AI tasks done, GPU providers with idle compute, and AI agents that run autonomous workflows.

Users request tasks — inference, generation, analysis, automation, or market processing — directly through a bot. Nunabot handles job pricing, routing, execution tracking, and on-chain payment settlement. Providers earn by supplying compute and build reputation from uptime, speed, reliability, completed jobs, and execution quality. The goal: turn scattered GPU capacity into a liquid, accessible, reputation-based compute network for the AI-native internet.

Every job flows through the same five on-chain stages, whether it comes from a human in Telegram or an autonomous agent over x402.

Send a natural-language request to the bot. Nunabot infers the job type and returns a quote before any SOL leaves your wallet.

/run inference
  model: llama-3.1-70b
  input: "Summarize this earnings call transcript…"

→ quote: 0.012 SOL · eta ~4s · gpu: gpu-aurora (812)
→ confirm? yes

Supported job types are inference, generation, analysis, automation, and market processing. Results stream back to your chat or the console as soon as the provider completes the work.

Connect a GPU and the matcher fills it with paid jobs. There is no staking gate and no whitelist — reputation is earned through completed work. You set availability, supported job types, and a minimum price floor.

nunabot provider register \
  --gpu "RTX 4090 x8" \
  --jobs inference,generation \
  --min-price 0.008 \
  --wallet ~/.config/solana/id.json

Payouts settle in SOL per completed job. Higher reputation wins more routing weight and access to higher-value work.

Nunabot writes a 300–850 reputation score to an on-chain oracle for every provider, derived from five signals. The score is portable — it follows the wallet — and readable by any other protocol.

Tiers: Bronze 300–499, Silver 500–649, Gold 650–749, Platinum 750–850.

When a job is submitted, the requested SOL is escrowed by the Anchor program. On verified completion the program releases the payout to the provider, deducts the protocol fee, and bumps the provider's reputation — all in a single transaction.

pub fn settle_job(ctx: Context<SettleJob>) -> Result<()> {
    let job = &mut ctx.accounts.job;
    require!(job.result_hash == ctx.accounts.proof.hash,
        NunaError::InvalidResult);
    // release escrow, take fee, bump score …
    Ok(())
}

For AI agents, Nunabot is a programmable execution layer. An agent can request GPU power, pay for the task, receive the output, and continue its workflow autonomously — no human in the loop, no accounts, no custody.

const job = await nunabot.run({
  type: "generation",
  input: prompt,
  maxPrice: "0.05 SOL",
})
// agent pays via x402, awaits result, continues
const result = await job.result()

Agents pay per task using the x402 payment standard. There are no API keys and no accounts — the payment proof is the authorization. This makes Nunabot the first programmable compute layer that agents can pay into directly.

POST /v1/jobs
402 Payment Required
x402: solana; amount=0.012; to=nunabot…; nonce=…

# retry with payment proof header → 200 OK

Anyone holding $NUNA earns 10% of every protocol fee, distributed automatically to wallets — no staking, no claim, no signing. Snapshots happen periodically and SOL hits your wallet directly.

Is Nunabot custodial? No. SOL escrows in the program and releases on verified completion. Nunabot never holds your keys.

Do I need an account? No. A Solana wallet (or an x402 payment, for agents) is all you need.

What happens if a job fails?Escrow returns to the requester and the provider's reliability score takes a hit.