What is Grass (GRASS)?

Grass (GRASS) is the native utility and governance token for the Grass Network, a decentralized physical infrastructure network (DePIN) and a sovereign Layer-2 data rollup built on the Solana blockchain. Launched in late 2024 by Wynd Labs (formerly Wynd Network), the protocol solves the artificial intelligence (AI) industry's growing "dirty data" problem and web scraping monopolies by enabling individual residential internet users to securely share their unused web bandwidth. This distributed framework allows AI developers and institutions to scrape public web datasets across tens of thousands of residential IP addresses, bypassing conventional anti-scraping blocks, while utilizing zero-knowledge (ZK) proofs via a zk-SNARK processor to record and verify data provenance on-chain. (Source: wealthsimple | OKX) 

Risk Associated to the Digital Asset

Grass (GRASS) exhibits a distinct risk framework that must be comprehensively evaluated by both retail and institutional market participants:

• Market Volatility Risk: As an asset natively linked to the speculative intersection of AI infrastructure and the DePIN ecosystem, GRASS experiences significant price volatility. (Source: BinanceSquare)  Trading valuations are heavily impacted by network adoption rates, the perceived value of its data marketplace, and fluctuations inherent to the broader digital asset markets. 

• Regulatory & Adoption Risk: The operational model of Grass relies on distributed residential web scraping. (Source: OKX)  Regulatory bodies may introduce rigid compliance mandates regarding data privacy, automated scraping frameworks, or commercializing residential network bandwidth. (Source: OneKey) Furthermore, if institutional demand for decentralized AI data processing contracts, the token's economic utility will decline drastically.

• Cybersecurity & Infrastructure Risk: Grass relies on lightweight client desktop applications and web extensions to pool residential bandwidth. Security failures or malicious vulnerabilities within client updates could expose user endpoints to security issues. On-chain infrastructure, particularly the ZK processor architectures and routers deployed on Solana, remain exposed to smart contract bugs and validator technical disruptions. (Source: OneKey)

• Concentration & Centralization Risk: Although the network maps data validation across thousands of independent nodes, foundational protocol development, network coordination, and core client software updates remain heavily overseen by Wynd Labs. A lack of structural decentralization over the core software repository introduces key-person and centralized administrative vulnerabilities.

• Liquidity & Unlock Risk: A large portion of the fixed token supply is allocated to early investors and contributors. The eventual expiration of structural lock-up windows can introduce extensive secondary market sell pressure, altering the asset’s liquidity profile. (Source: TrustWallet | OneKey)

Trading History of Digital Asset

• Market Capitalization & Liquidity: Following its mainnet launch and early exchange deployments, GRASS established a steady market capitalization band. By mid-2026, the asset maintained a circulating market cap of approximately $250 million to $260 million, representing an active circulating float of roughly 609 million tokens out of a hard-capped maximum supply of 1 billion GRASS tokens. (Source: Bybit) Typical 24-hour secondary market trading volumes range between $30 million and $45 million, ensuring sufficient market depth across core global venues. 

• Derivatives & Ecosystem Support: GRASS features substantial spot liquidity on international centralized digital asset exchanges, including Bybit, OKX, and KuCoin. The asset is supported by fractional retail trading infrastructure and spot markets alongside perpetual futures contracts on prominent global derivatives venues, enabling structural hedging capabilities for institutional users. (Source: Bybit | Gate.com)

Incidents of Manipulation or Security Failures

The operational layer of Grass functions as a sovereign data rollup utilizing three distinct physical network participants: Nodes, Routers, and Validators. (Source: CoinMarketCap) Nodes utilize a lightweight terminal interface or browser extension to relay public web requests using residential bandwidth. （Source: OneKey) Routers aggregate this traffic and connect nodes with Validators, who verify the data transactions using zk-SNARK proofs to ensure that data has not been modified or falsified during transit. (Source: OKX) This security architecture processes transactions securely through a custom ZK processor before finalizing states on the Solana blockchain. The core SPL token contracts governing GRASS on Solana have not suffered any terminal smart contract exploits or unauthorized minting incidents since their inception. However, the system faces operational frictions specific to its DePIN architecture. During the initial "Airdrop One" claim distribution in October 2024, the network experienced extensive interface outages and front-end transaction congestion, though the underlying smart contracts remained structurally secure. Additionally, as a decentralized scraping network, it remains susceptible to sybil attacks or coordinated script manipulations where malicious actors spin up simulated virtual routers to harvest point emissions, necessitating ongoing programmatic fraud-detection and network surveillance controls by Wynd Labs.

Token Ownership Concentration

The tokenomics of GRASS operate under a strict, immutable maximum supply of 1,000,000,000 (1 billion) tokens. (Source: Bybit)  The token distribution layout is structurally defined by the protocol's GitBook documentation as follows:

• Community & Incentives (30%): 300 million tokens dedicated to rewarding users, including 10% for the initial Airdrop One distribution, 17% for subsequent retroactive program incentives, and 3% for router node operator rewards. （Source: TrustWallet)

• Early Investors (25.2%): 252 million tokens subject to a structural 1-year cliff from the token generation event (TGE), followed by a linear 1-year vesting schedule. （Source: DataWallet | GrassFoundation)

• Ecosystem Development (22.8%): 228 million tokens held by the Grass Foundation to fund protocol upgrades, structural research, and ecosystem growth. (Source: Gate.com | Stakin)

• Team & Contributors (22%): 220 million tokens subject to a 1-year cliff, followed by a linear 3-year vesting schedule to align corporate development with long-term network maturity. The structural utilities of the asset encompass staking tokens to network routers to secure data traffic paths, executing network web scraping payments, and participating in decentralized governance parameters. (Source: Gate.com | Stakin)

Security Audit

Grass functions as an application-layer Solana Program Library (SPL) token and an off-chain data infrastructure network, rather than an independent consensus-driven Layer-1 blockchain. Consequently, its security architecture depends on the validation rules of the underlying Solana settlement layer combined with rigorous open-source peer reviews and third-party smart contract audits of its specialized Rust-based programs and ZK verification circuits.

The token architecture and operational data structures undergo ongoing technical security audits. On-chain security tools provided by data verification firms like GoPlus Labs confirm that the GRASS token contract code is open-source, contains no hidden proxy mechanics that allow contract code modifications by a single entity, lacks unauthorized mint functions, and features zero self-destruct functions. The protocol relies heavily on automated and manual Rust audits to eliminate memory vulnerabilities or transaction loop bugs within its custom Solana programs.

Hata enforces enterprise-grade security structures to isolate consumer assets from systemic counterparty vulnerabilities. GRASS managed within the exchange is protected by the following institutional controls:

• SOC 2 Type II Certified Custody: Physical and digital storage environments conform to rigorous independent service organization trust audits.

• Multi-Signature (Multi-Sig) Authorization: All cryptographic movements require isolated, multi-party withdrawal authorizations to eliminate single-point-of-failure vulnerabilities.

• Asset Segregation: Client token reserves are held in segregated structures distinct from corporate operational capital.

• Blockchain Analytics Monitoring: Real-time on-chain surveillance tracks incoming and outgoing transactions to identify and isolate illicit addresses. 

• FATF Travel Rule Compliance: Full adherence to global Anti-Money Laundering (AML) transfer standards across recognized international jurisdictions including EU/MiCA, Singapore, Japan, and the UAE.

Grass integrates decentralized bandwidth monetization with cryptographic data validation on Solana, operating under a hard-capped maximum supply of 1 billion tokens. While its foundational SPL token architecture benefits from transparent contract structures and third-party security parameters, market participants must maintain continuous awareness of network application dependencies and the upcoming cliff timelines governing early investor and team allocations.

Sources

• OKX Grass Protocol Framework

• Datawallet Grass Tokenomics Review

• Gate Learn DePIN Network Deep-Dive

• Bybit Grass Token Asset Profile

• CoinGecko Grass Market Matrix

• GoPlus Labs Token Security Intelligence

• Wealthsimple Help Centre Asset Profile

• DePINone Labs Grass Technical Research