Render Network (RENDER) is a decentralized GPU compute / rendering network coordinated via blockchain, matching node operators with idle GPUs to 3D creators, visual-effects artists, and AI workloads that need compute power. Participants with idle GPU capacity can "rent out" their compute to creators and developers who need large amounts of rendering or computing resources; creators pay with the token, and node operators are rewarded upon completing tasks. This model is commonly classified as part of DePIN (Decentralized Physical Infrastructure Networks).
The project was initiated by Jules Urbach, founder and CEO of OTOY, Inc. The concept was first proposed in 2009, and the network conducted its first public token sale and officially launched in October 2017 (as stated by the project team).
The RENDER token has undergone one blockchain migration. The native token was originally RNDR (ERC-20) on Ethereum (with a version also deployed on Polygon). As Ethereum's higher fees and slower speeds became a bottleneck, the community voted to migrate to the high-throughput, low-fee Solana blockchain. On November 2, 2023, the migration was completed, changing the token to RENDER (SPL) on Solana via a 1:1 upgrade (burning RNDR on Ethereum and re-minting RENDER on Solana). The Upgrade Portal remains open indefinitely. Legacy RNDR on Ethereum / Polygon can no longer be used for network work (rendering / compute) or governance.
Main Uses
- Paying rendering / compute fees: Creators and developers use RENDER to pay for 3D rendering, machine learning, and AI compute tasks.
- Burn and mint under BME: Paying for services burns RENDER in exchange for Render Credits; the network mints tokens per epoch as node rewards, forming an equilibrium that ties supply to demand.
- Node rewards: Node operators who complete assigned tasks are compensated in RENDER.
- Governance: RENDER holders can participate in Render Network governance proposals (RNPs) and voting; after the migration, governance takes place on Solana.
- Upgrade: Holders of legacy RNDR (Ethereum) can upgrade 1:1 to Solana RENDER via the Upgrade Portal.
Tokenomics: Burn-and-Mint Equilibrium (BME)
Render Network uses the Burn-and-Mint Equilibrium (BME) model, passed in governance proposal RNP-001 (June 2022) and subsequently updated by RNP-006, RNP-013, RNP-015, and others. The logic: creators purchase USD-priced rendering services, burning RENDER in the process in exchange for Render Credits of equivalent USD value (non-fungible work credits usable only on the network); the network then mints new tokens per epoch and distributes them by rule to node operators who complete tasks. Because services are priced in fiat, this in theory lets creators better estimate costs and ties token supply to actual network usage (as stated by the project team). The model is designed with capped net emissions.
According to the project team's March 2018 announcement, the total minted supply of the RNDR ecosystem was set at 536,870,912 RNDR (i.e. 2^29) (as stated by the project team).
Market Data (as of September 22, 2026; source: CoinGecko)
- Market cap approximately US$947–953 million (CoinGecko rank around #83)
- Circulating supply approximately 519 million (estimated); total supply approximately 534 million; max supply approximately 644 million
- All-time high US$13.53 (March 17, 2024); all-time low US$0.03666 (June 16, 2020)
Important Risk Disclosures
Some data below is as of February 25, 2026. The following are objective risk disclosures, not investment advice; please verify the latest information yourself.
- High demand-side dependence on the rendering / AI compute market cycle: Token demand is highly correlated with actual usage in 3D rendering, visual effects, and AI / machine learning compute. If demand in these industries slows, or AI compute demand grows less than expected, it will directly affect network usage and the burn demand for the token.
- Competition with centralized cloud GPU services: Decentralized GPU networks face competition from large centralized cloud GPU providers on compute scale, stability, service-level guarantees (SLAs), and enterprise procurement habits; whether it can continue to secure sufficient and price-competitive supply and demand is uncertain.
- User confusion and scam risk from legacy RNDR: After the migration, un-upgraded legacy RNDR (Ethereum / Polygon) may still exist in the market, and the Polygon version was deprecated in July 2025 after its contract suffered unauthorized access. Users may misidentify, mistakenly buy, or mis-operate, or encounter phishing scams via fake upgrade portals. Always operate through the official portal and repeatedly verify the domain.
- Connected risk from Solana's underlying stability: RENDER is now deployed on Solana, which has experienced multiple network-wide outages in the past (per public records, the last full outage occurred on February 6, 2024). If the underlying chain becomes congested, halts, or suffers a security incident, it could affect RENDER's trading, payments, and network operations.
- Uncertainty of supply fluctuating with usage under the BME model: Token burning and minting are tied to network usage, so supply is not fixed; changes in usage, emission parameters (adjusted multiple times via RNPs), and equilibrium state may all affect circulating supply and the supply-demand structure.
- Node supply concentration: If GPU compute concentrates among a few large node operators, it could affect the network's degree of decentralization, the competitiveness of task allocation, and censorship resistance, as well as service availability and pricing.
- General crypto-asset risks: High price volatility, liquidity, regulatory/policy changes, and smart-contract and cross-chain bridge risks all warrant attention.