Grass

About Grass (GRASS)

What Is Grass (GRASS)?

Grass is a decentralized network that pays people for sharing unused internet bandwidth, then routes web scraping traffic through those connections to collect public web data for AI training and enterprise use. Its documentation frames the goal as redefining "the Internet incentive structures" by transforming public web data into structured datasets. The system has two halves: the Grass App, which lets users contribute bandwidth, and the Grass Network, a distributed set of nodes, routers, and validators that routes traffic, verifies bandwidth, and transforms data. GRASS is the network's token, used to pay for scraping and datasets, and staked to routers.

Official resources:

• Website: https://www.getgrass.io/
• Documentation: https://grass-foundation.gitbook.io/grass-docs/
• Architecture overview: https://grass-foundation.gitbook.io/grass-docs/architecture/overview
• Tokenomics: https://grass-foundation.gitbook.io/grass-docs/introduction/grass/grass-tokenomics
• X: https://x.com/grass

Who Founded Grass? (History)

Grass's official documentation does not name a founding team. It describes the operating structure instead: the Grass Foundation oversees the ecosystem, while "Wynd Labs is a third party service provider that provides Grass Foundation with development and administrative services." Anyone assessing the project should note that the individuals behind day-to-day development are not identified in official materials.

Public reporting has identified Andrej Radonjic as a co-founder of Wynd Network, the company associated with Grass's development, and describes him as the only member of the development team to have disclosed his identity. That attribution comes from industry press rather than from Grass's own documentation, and this page presents it as such. Grass has attracted venture investment, and the project is publicly associated with Polychain Capital's portfolio, though the documentation does not detail its funding history.

The network launched its bandwidth-sharing application first and ran an extended points program before the GRASS token was distributed, with the initial airdrop described in the documentation as "one of the most widely distributed airdrops in history."

How Grass Works

A user installs the Grass application or browser extension and enables it. From that point, spare capacity on their residential internet connection becomes available to the network. The documentation describes four architectural pieces.

Nodes are what individual users run. They "provide unused bandwidth and relay traffic so the network can scrape public web data," and node operators are compensated for it.

Routers sit between nodes and validators. They "connect Grass Nodes to the Validator" and relay bandwidth, earning rewards proportional to the validated bandwidth they handle. Routers are also the target of GRASS staking, and they are required "to correctly facilitate bandwidth traffic and accurately report resources consumed with each transaction."

Validators "receive, verify, and batch the Router's web transactions" and "generate ZK proofs to checkpoint session data on-chain." The documentation states that validator operation is transitioning from centralized to decentralized governance, which is worth reading as a current limitation rather than a finished property.

The ZK Processor batches "validity proofs of session data for all web requests and submits the proofs on a layer 1 blockchain," creating what the documentation calls "a permanent record of every act of scraping ever performed on the network." Alongside it, the Grass Data Ledger is described as "an immutable data structure that hosts the full datasets and links the data to its corresponding on-chain proof." Edge embedding models then convert "unstructured web data into structured models" for downstream use.

The provenance layer is the part that distinguishes this from a conventional proxy business. The claim is that a buyer of a dataset can verify when and how it was collected, rather than accepting a vendor's word for it.

Key Ecosystem Components

• The Grass App and browser extension, the entry point for bandwidth contributors
• Nodes, routers, and validators, the three network roles
• The ZK Processor, which anchors proofs of scraping sessions on-chain
• The Grass Data Ledger, which links full datasets to their corresponding proofs
• Edge embedding models, which structure raw web data
• Uptime Points and Network Points, the reward accounting system, where uptime points come from staying connected and referrals while network points come from your connection actively carrying traffic
• The Grass Foundation, which handles dataset sales and converts revenue into GRASS

GRASS Token Utility

The documentation gives GRASS three functions. It is the payment asset: "GRASS will be used to power web scraping transactions, dataset purchases and LCR usage." Buyers have "the flexibility to pay in USD, USDC, or other supported network tokens," and network revenues are "converted into GRASS" for stakeholder compensation. It is a governance asset, letting holders participate "in the development of the Grass network, including proposing and voting on network improvements, aligning on which organizations to work with, and determining incentive mechanisms." And it is staked: holders "stake GRASS to Routers to facilitate web traffic flowing through the network and earn rewards," which the documentation frames as a "shared-risk, shared-reward financial model."

Staking mechanics are specific. Rewards are distributed every second, routers with more delegated stake receive more traffic and therefore earn more, routers charge a commission, and there is no minimum staking duration. Unstaking has a seven day period during which tokens remain locked. On slashing, the documentation is candid: "there is no in-protocol implementation of slashing" today, although "future updates may introduce a risk of losing tokens through slashing" for malicious routers. Enforcement of router compliance is currently manual and expected to become autonomous as the network decentralizes.

Supply is capped at one billion GRASS, allocated as 300,000,000 to community, 252,000,000 to early investors, 228,000,000 to foundation and ecosystem growth, and 220,000,000 to contributors. The community share splits into 170,000,000 for future incentives, 100,000,000 for the first airdrop, and 30,000,000 for router rewards. Early investors carry a one year cliff and one year vesting; contributors carry a one year cliff and three year vesting. Locked tokens cannot be staked until they vest.

What Makes Grass Unique?

Most bandwidth-sharing businesses are opaque residential proxy networks with no accountability for what the traffic does or where the data goes. Grass attempts the opposite: proofs of every scraping session anchored on-chain, and a data ledger tying datasets to those proofs. That verifiable provenance is the actual product thesis, since AI buyers increasingly need to demonstrate where training data came from. The second distinguishing element is the consumer distribution model, in which the supply side is ordinary people running an extension rather than data centers.

How Grass Differs from Similar Projects

Render, Akash Network, and io.net are compute DePINs that coordinate GPU or general compute capacity, so their resource, pricing, and verification problems are quite different. Helium coordinates physical wireless infrastructure, closer in spirit but hardware-based rather than software-based. Bittensor sits further up the stack, incentivizing machine learning model production rather than the data that feeds it. Grass occupies the data acquisition layer specifically, and its distinguishing claim is not raw capacity but verifiable provenance for the data it collects.

Use Cases of Grass

The documentation describes institutional customers using the network for activities such as "checking local prices, viewing regional ads, or conducting academic research," which are the standard reasons a business needs a geographically distributed residential vantage point. Beyond that, the network's stated purpose is building structured datasets from public web data for AI training and enterprise analytics. On the supply side, individuals use Grass to earn from idle bandwidth, and token holders use GRASS to stake to routers or vote on network direction.

How Grass Is Secured

The verification model rests on zero-knowledge proofs generated by validators to checkpoint session data on-chain, plus the immutable data ledger that links datasets to those proofs. Router accountability is currently enforced manually, with autonomous enforcement and possible slashing described as future work. Staking is meant to align routers with correct behavior. Grass claims certification "by industry-leading cybersecurity organizations like AppEsteem." The documentation states that Grass cannot be used while a VPN is enabled. As always, verify claims of this kind against current official sources, since security posture changes.

Risks and Considerations

The privacy question is the first thing to evaluate honestly. Grass states that "your personal information is never accessible; we never access or use your browsing history, and we do not access or sell your personal information." That is the project's own claim about its own software, and users are trusting it. What is not in dispute is that your residential IP address carries third-party traffic while the app runs. Depending on jurisdiction and internet service provider terms, that may itself create issues for the user, and it means requests made from your address were not initiated by you.

Beyond that, validator operation and router enforcement are still centralizing rather than decentralized, so the network currently depends on the operator behaving correctly. Slashing is not implemented, so the economic guarantee behind router honesty is incomplete. Demand is the central business risk: the token's value depends on real enterprise purchases of datasets, and web scraping is a competitive commodity market with entrenched incumbents. Scraping also faces legal and technical pressure, including anti-bot measures and evolving case law around data collection. Token unlocks for investors and contributors remain a supply consideration. Finally, no founding team is named in official documentation, which limits accountability.

Why Grass Matters

AI systems need training data, and the provenance of that data has become a legal and reputational problem for the companies building them. Grass is one of the more serious attempts to make data collection auditable rather than just cheap, by attaching cryptographic proof to every scraping session. It is also a useful test of whether consumer-supplied infrastructure can compete with data center capacity in a market where scale and reliability usually win. Whether the provenance layer commands a real premium from buyers is the question that determines the project's outcome.

Where Can You Buy Grass (GRASS)?

GRASS is a Solana token at mint address Grass7B4RdKfBCjTKgSqnXkqjwiGvQyFbuSCUJr3XXjs. It is listed on a range of centralized exchanges and trades on Solana decentralized exchanges. Verify the mint address against the official Grass documentation before trading on a decentralized venue, since token names are not unique on Solana. When withdrawing from an exchange, confirm you are selecting the Solana network.

Storage Options After Purchase

A Solana wallet such as Phantom or Solflare holds GRASS natively, and either can be paired with a Ledger hardware device so that private keys stay offline. Staking to routers is done from a self-custodied wallet, and you should account for the seven day unstaking period before committing tokens you may need to move quickly. Exchange custody is simpler but places the tokens with the exchange and prevents staking or governance participation. Keep your recovery phrase offline and never enter it into any site or extension.

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