Nosana

About Nosana (NOS)

What Is Nosana (NOS)?

Nosana is a decentralized marketplace for GPU compute built on Solana. People with idle graphics cards register them as hosts, developers submit containerized workloads, and Solana programs handle the matching, the collateral and the settlement. In practice the network is used mostly for AI inference: running models, generating images and backing agent workloads on rented hardware rather than on a hyperscale cloud.

NOS is the network's Solana token. It is the unit hosts post as collateral, the unit jobs are paid and settled in, and the unit the protocol emits as incentives.

One thing is worth getting right up front. Nosana's original pitch was decentralized CI/CD, a crowd sourced way to run build and test pipelines for open source projects. That is not what the network is today. Mainnet went live in January 2025 as a GPU compute network, and current documentation, tooling and markets are organized around AI workloads.

Official sources:

• Nosana
• Nosana documentation
• Nosana Program Library
• Nosana network proposals

Who Founded Nosana? (History)

Nosana was built by a European team that issued NOS on Solana in 2021 and originally framed the project as crowd computing for developer pipelines. Its Solana programs were published openly from early on, and the staking program was audited twice by Op Codes in August 2022.

Through 2023 and 2024 the focus moved from CPU pipelines to GPU inference as demand for AI compute grew. Mainnet launched on January 14, 2025. During 2025 the team shipped a REST API, the Nosana Kit TypeScript toolchain and a Deployment Manager intended to give a cloud like experience on decentralized hardware.

The project does not operate a formal DAO. Governance runs through Nosana Network Proposals, a public process kept in the network-proposals repository with voting at vote.nosana.com. The first such proposal, NNP-0001, rewrote the token model and is described below.

How Nosana Works

1. Hosts register hardware A GPU operator runs the Nosana node software, benchmarks the machine, and joins a market that corresponds to its GPU class. Hosts lock NOS as collateral to be eligible for work.

2. Buyers submit job definitions A job definition is a JSON document naming a container image, the commands to run, resource requirements and whether steps run in sequence or in parallel. Buyers submit through the dashboard, the REST API, the TypeScript SDK, the CLI or directly against the on chain programs.

3. Markets match supply to demand Each market represents a GPU class with its own pricing, quoted in NOS per second. The protocol routes a job to an eligible host in the matching market.

4. Solana programs settle the result Four on chain programs coordinate everything: Nosana Jobs, Nosana Staking, Nosana Rewards and Nosana Pools. All four are deployed and executable on Solana mainnet, and their source is public.

Key Ecosystem Components

• Nosana Jobs, Staking, Rewards and Pools programs on Solana
• GPU markets segmented by hardware class, each with its own price and job queue
• The Nosana node software that hosts run to advertise capacity and execute containers
• Nosana Kit, the CLI, the REST API and the Deployment Manager for buyers
• Dashboard, explorer, host and staking front ends, all published as open repositories

NOS Token Utility

NOS is a Solana token with a hard ceiling of 100,000,000 units, and a live read of the mint account returns just under that figure, meaning essentially all of it has been issued. Its roles are:

• Collateral that GPU hosts lock to become eligible for paid work
• Payment and settlement for completed jobs
• Emissions paid to hosts that keep capacity online and meet service quality gates
• Governance weight in Nosana Network Proposal votes, counted for both held and staked balances

NNP-0001, dated October 22, 2025, changed how emissions work. It passed a binding token holder vote held in November 2025 and took effect on November 29, 2025. Its main provisions:

• Cost indexed minimum stake. Each host must lock collateral proportional to its own advertised hourly price, divided by an oracle price for NOS and multiplied by a collateral window measured in hours. Faster and more expensive GPUs therefore bond more, the requirement stays stable in dollar terms as the token moves, and every additional device needs its own bond, which raises the cost of spam registrations. Hosts that fall below the minimum get a grace period, initially 360 hours, to top up.
• Retargeted emissions. Inflation is split between host incentive rewards, a rebate and grants pool, and a much smaller passive staking pool.
• A sunset for passive staking. The proposal capped the general staking pool at roughly 720,000 NOS over twelve months, reducing it linearly for six months and then holding it flat for runoff, with the pool retiring on November 28, 2026 unless governance renews it with evidence.
• dNOS rebates. Buyers earn non transferable rebates that burn when redeemed, encouraging repeat usage without adding tradable tokens.
• A host reputation score built from uptime, performance and quality, which drives both incentive rewards and the probability of being selected for paid work.

The proposal was explicit about the problem it set out to solve. Under the old design any holder could stake and earn roughly 20 percent annualized regardless of whether they supplied capacity or bought compute, and the document estimated that about 2.76 million NOS had been paid out with no measurable link to network contribution. Two further items, payments in USDC and fiat and a fair job scheduler, were deferred to separate proposals.

What Makes Nosana Unique?

• Collateral is indexed to what a host actually charges, so skin in the game scales with earning power
• Emissions pay for readiness and reliability instead of passive balances
• Settlement runs on Solana, so job accounting is cheap and fast enough for short lived workloads
• Job definitions are plain container specifications, which keeps the developer experience close to familiar tooling

How Nosana Differs from Similar Networks

Akash Network is a general decentralized cloud that leases whole containers and virtual machines across CPU and GPU, priced through a reverse auction. Render focuses on GPU rendering and, more recently, adjacent AI work, with a strong creative studio user base. io.net aggregates GPU capacity into clusters aimed at larger scale training and inference. Bittensor is a different animal entirely, rewarding models for the usefulness of their outputs rather than renting raw hardware.

Nosana's narrower position is inference oriented GPU jobs settled on Solana, with a token model tuned specifically to keep reliable capacity online. That focus is an advantage for its target workload and a limitation elsewhere: it is not built for long running training clusters or for general cloud hosting.

Use Cases of Nosana

• Running open model inference endpoints on rented GPUs
• Image and media generation workloads
• AI agent backends that need burst GPU capacity
• Benchmarking and evaluation runs across hardware classes
• Monetizing idle consumer or data center GPUs

How Nosana Is Secured

Nosana inherits Solana's consensus and validator security for its on chain accounting. The application layer adds host collateral that can be lost for bad behavior, benchmark and specification checks at registration, and a reputation score that steers work away from unreliable machines.

Two caveats deserve emphasis. The staking program was audited by Op Codes in August 2022, but the repository itself warns that most of the code base is unaudited. And because jobs run inside containers on third party hardware, buyers should treat host machines as untrusted for confidential data unless a confidential execution path is explicitly used.

Risks and Considerations

• The tokenomics change is still rolling out, and the passive staking pool is scheduled to retire in late 2026, which changes returns for holders who staked under the old model
• Emissions now depend on real usage, so token demand is tied directly to whether paying compute demand materializes
• Much of the code base is unaudited by the project's own admission
• GPU rental is a commodity market competing with large clouds and several crypto networks on price
• Host collateral requirements move with the token price, which can force operators to top up during drawdowns
• Workloads run on hardware you do not control, which matters for sensitive data
• Governance is proposal based rather than a formal DAO, so process is still maturing

Why Nosana Matters

Nosana is one of the clearer examples of a decentralized physical infrastructure network correcting its own incentives in public. The team published the problem, quantified the leakage, put a rewrite to a binding vote and shipped the result. Whether or not the model succeeds, the shift from paying idle capital to paying verified readiness is the right question for this category to be asking.

Where Can You Buy Nosana (NOS)?

NOS trades on centralized exchanges and on Solana decentralized exchanges. Availability and pairs vary by jurisdiction and platform.

Major Centralized Exchanges (CEX)

NOS has been available on venues including:

• KuCoin
• Gate
• MEXC
• Bitget
• Kraken

On chain, NOS trades through Solana aggregators and automated market makers. Confirm the mint address before swapping, since Solana token tickers are not unique.

Storage Options After Purchase

After purchase, NOS can be held:

• On an exchange, where the platform holds the keys
• In a Solana wallet such as Phantom, Solflare or Backpack
• In a hardware wallet paired with Solana wallet software
• Staked through the Nosana staking interface, subject to the current reward schedule and unstake terms

Always confirm you are interacting with the correct token mint, and read the current staking terms before locking anything, because the reward structure is changing under NNP-0001.

Related Coins

You can compare NOS with related networks on Coinrithm:

• Render (RENDER)
• Akash Network (AKT)
• io.net (IO)
• Aethir (ATH)
• Bittensor (TAO)