Independent guide · facts checked October 2026
What is Render?
Render is a marketplace where people who need graphics-card power, for 3D films, immersive art or AI, rent it from thousands of GPUs owned by other people. The RENDER token is how the work is paid for. This guide explains how it works, who is behind it, what is proven and what is not.
Live market data
The RENDER price, pulled live from CoinGecko when your browser can reach it. Prices move constantly and say little about how much the network is used. Nothing here is investment advice.
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CoinGecko showed RENDER at about $1.99, a market value of about $1.03 billion and rank #78, with roughly $50 million traded in 24 hours.
About $13.53 on 17 March 2024, at the height of that year's AI-token rally. The October 2026 price is about 85% below that.
Around $1.45 in February, about $1.32–1.50 over the summer, then a rally of roughly 35% in September alongside other AI-linked tokens.
Render in 60 seconds
If you read only one section, read this one.
Rendering is slow and expensive
Turning a 3D scene into a finished image means simulating light. One frame can take minutes or hours on one graphics card. A short film needs thousands of frames.
Borrow everyone's idle GPUs
Millions of powerful graphics cards sit unused most of the day. Render splits a job into pieces, sends them to many of those cards at once, and stitches the results together.
RENDER pays for it
Jobs are priced in dollars and paid in RENDER, which is then burned. New RENDER is minted on a schedule to reward the people who supply GPUs.
Six things to remember
- It came out of a real graphics company. OTOY, founded in 2008 by Jules Urbach, makes OctaneRender, a GPU render engine used across film, design and motion graphics.
- It has been running since April 2020 and had rendered more than 82 million frames by October 2026.
- The token changed name and chain. RNDR on Ethereum became RENDER on Solana in November 2023, at one-for-one.
- It is now two things: a rendering network for artists, and since December 2025 an AI compute network called Dispersed.
- Token holders vote on changes through Render Network Proposals. Twenty-four had been filed by mid-2026.
- The economics are not yet self-sustaining. Far more RENDER is minted each year than is burned by paying customers.
Your learning path
Six reels. Six badges.
Sections tick off as you read them. Progress is saved in this browser only, and the page works fine without it.
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Origins
Render did not start as a crypto project looking for a use. It started as a graphics company with a rendering problem.
OTOY and the GPU bet
In 2008 Jules Urbach and Malcolm Taylor founded OTOY in Los Angeles. Their bet was that graphics cards, built for games, would take over the heavy rendering work that film studios did on rooms full of processors. OTOY's engine, OctaneRender, became one of the first commercial renderers to run entirely on GPUs, and it found a loyal following among motion designers and visual effects artists.
GPU rendering made each frame faster. It did not make the problem go away. Artists kept building bigger scenes at higher resolutions, and a single workstation was never enough. The usual answer was a render farm: a rented data centre full of machines. Farms are expensive, and they sit idle between jobs.
The 2009 idea
By the project's own account, Urbach's idea for a peer-to-peer rendering network dates to 2009: instead of building more data centres, pay ordinary GPU owners to render in their spare time. Two things were missing. There was no simple way to pay thousands of strangers small amounts across borders, and no way to keep an honest record of who did what work. Blockchains later offered both.
2017: a token for rendering
The Render Token white paper appeared in August 2017. A public sale followed in October 2017 at the equivalent of $0.25 per RNDR, and a private sale ran from January to May 2018 at the same base price, with bonuses. Maximum supply was set in March 2018 at 536,870,912 tokens, which is 2 to the power of 29. Tokens that were never sold were burned.
The token then spent two years in beta. In March 2020 the team also ran a purchasing plan on the ProBit exchange, buying about 3.2 million RNDR at an average near $0.04 to seed the network.
2020: the network opens
The Render Network launched publicly on 27 April 2020. At first it did one thing: it took OctaneRender scenes, packaged in OTOY's ORBX format, and rendered them on GPUs owned by approved node operators. Artists paid in RNDR. Operators were paid in RNDR once the artist approved the frames.
2023: a foundation, a new chain, a new model
Three changes in 2023 made the network what it is now. OTOY handed stewardship to a new not-for-profit, the Render Network Foundation. Token holders voted to move from Ethereum, where fees were high, to Solana. And the payment model was rebuilt as a Burn-Mint Equilibrium. Each is explained below.
Deep diveWhy did a graphics network need a blockchain at all?
A fair question, and critics still ask it. The honest answer has three parts. First, payments: paying thousands of hobbyist GPU owners in many countries, in small amounts, is awkward with banks and simple with a token. Second, bootstrapping: emissions let the network pay operators to stay online before there are enough customers, which a normal start-up would fund with venture capital. Third, governance: holders vote on pricing, emissions and new integrations.
What the blockchain does not do is the rendering, the job scheduling or the quality checks. Those run on OTOY's and the Foundation's ordinary servers. Customers can also pay by card without ever touching a token.
Deep diveWhat happened to the original token supply?
The first RNDR contract held far more tokens than were ever sold. Render's documentation says about 1.61 billion tokens of oversupply were slated to be burned, and holders migrated to a new contract at one-for-one, leaving the 536.9 million cap. In 2023, RNP-001 added 107,374,182 tokens (20% of that cap) to fund emissions, which is how the maximum became about 644.2 million.
Timeline
From a teenager's first video game to an AI compute network. Filter by theme.
- OTOY
A teenager ships Hell Cab
Jules Urbach's first game, the CD-ROM adventure Hell Cab, is published by Time Warner Interactive. He was 18 and had deferred a place at Harvard to finish it.
- OTOY
Groove Alliance
Urbach co-founds Groove Alliance, which makes early 3D games for the web, including Real Pool for Shockwave.
- OTOY
OTOY is founded
Urbach and Malcolm Taylor found OTOY in Los Angeles to build GPU and cloud graphics technology. It later lists Autodesk and Yuri Milner as investors and Eric Schmidt, Brendan Eich, Sam Palmisano and Ari Emanuel as advisers.
- Network
The idea
By the project's own account, Urbach conceives of a peer-to-peer network that pools idle GPUs for rendering. It stays an idea for years.
- OTOY
OctaneRender
OTOY's GPU path tracer OctaneRender becomes a commercial product. It is the engine the Render Network was first built around.
- Token
White paper
The Render Token (RNDR) white paper is published, describing GPU rendering paid for with an Ethereum token.
- Token
Public token sale
RNDR is sold to the public at the equivalent of $0.25 per token. A private sale at the same base price follows from January to May 2018, alongside a beta testnet.
- Token
Supply fixed at 2^29
Maximum supply is announced as 536,870,912 RNDR. Unsold and excess tokens are later burned.
- Network
Public network launch
After a long beta, the Render Network opens to the public. Jobs are OctaneRender scenes; payment is in RNDR on Ethereum.
- Governance
RNP-001 is drafted
A proposal to replace direct creator-to-node payments with a Burn-Mint Equilibrium is written and later approved by token holders.
- Governance
Render Network Foundation
OTOY hands stewardship of the protocol to a new not-for-profit foundation based in the Cayman Islands. The Render Network Proposal (RNP) system becomes the way changes are decided.
- Governance
RNP-002: choose a new chain
Holders approve expanding the network to a faster, cheaper layer 1. Solana is chosen.
- Token
RNDR becomes RENDER on Solana
The new RENDER token launches on Solana with a one-way, 1:1 upgrade portal for RNDR holders. Gas costs for upgrading were reimbursed until 31 January 2024.
- Token
Burn-Mint Equilibrium goes live
Year 1 emissions of 9,126,804 RENDER begin. Maximum supply rises by 107,374,182 to about 644.2 million to fund the emissions schedule.
- Films & art
Star Trek on Apple Vision Pro
The Roddenberry Archive spatial experience, produced by OTOY, launches with Apple's headset.
- Token
All-time high
RENDER (then mostly still quoted as RNDR) peaks at about $13.53 during the AI-token rally, according to CoinGecko.
- AI & compute
Compute clients approved
Governance approves outside compute networks as clients or partners, among them Beam (RNP-005), FedML (RNP-007), Nosana (RNP-008), Prime Intellect (RNP-009) and Exabits (RNP-010).
- Token
Grayscale Decentralized AI Fund
Grayscale launches a multi-asset fund for accredited investors that includes RENDER alongside Bittensor, NEAR, Filecoin and others.
- Films & art
765874 – Unification
OTOY and the Roddenberry Archive release a short film reuniting Kirk and Spock. Render's year-end review says it passed 7.5 million YouTube views.
- Network
A 3x year
The network's 2024 review reports usage up more than threefold, more than 40 million cumulative frames, and visuals for Anyma's residency at Sphere in Las Vegas rendered on thousands of decentralised GPUs.
- Films & art
First RenderCon
The first RenderCon is held at Nya Studios in Hollywood with Jules Urbach, Ari Emanuel, Beeple, Emad Mostaque and NVIDIA's Richard Kerris among the speakers.
- AI & compute
RNP-019: a compute network
Holders approve a separate sub-network for AI and general compute, first called the Render Compute Network.
- Token
Polygon RNDR deprecated
After an inactive wallet tied to a legacy Polygon contract was accessed without authorisation, the Foundation retires RNDR on Polygon. It says up to about 1.4 million RNDR was exposed and no funds were lost. A direct Polygon-to-Solana upgrade opens.
- Films & art
SUBMERGE at ARTECHOUSE
An immersive exhibition in New York shows 18K-resolution pieces by 16 artists, all rendered on the network.
- AI & compute
RNP-021: enterprise GPUs
Hardware eligibility for the compute network widens to data-centre cards such as NVIDIA H100, H200 and A100 and AMD's MI300 series. Redshift support leaves beta and Blender Cycles enters closed beta.
- AI & compute
Dispersed launches
At Solana Breakpoint the Foundation launches Dispersed, the customer-facing brand of the compute subnet. It reports 63 million cumulative frames and more than 1 million RENDER burned. OTOY Studio is the first big customer.
- Token
Year 3 emissions begin
RNP-022 keeps emissions at about 5.9 million RENDER for the year to 19 December 2026: 1.5M for node rewards, 1.5M for artist and AI grants, 2.9M for operations and growth.
- Network
68 million frames
Press coverage citing the public dashboard counts 68.28 million cumulative frames, about 35% of them rendered in 2025.
- Governance
RNP-023: Salad joins
Holders approve bringing the Salad Network, roughly 60,000 consumer GPUs, onto Render as a subnet paid in RENDER. One voting round passed with 98.86% support, according to reports.
- Films & art
RenderCon 2026
The second RenderCon runs for two days in Hollywood, with Refik Anadol, Alex Ross, Peter Diamandis and Rod Roddenberry among the speakers and demos of AI-agent (MCP) integrations for Blender and Octane.
- AI & compute
Demand outruns supply
Crypto Briefing reports that available GPU supply on Render went negative in Q2 2026, for the first time since 2018, with AI estimated at 35–40% of activity. The report does not name its primary data source.
- AI & compute
OTOY Studio takes RENDER
OTOY Studio is reported to accept RENDER as payment for more than 30 generative AI models.
- Token
Bigger slice of Grayscale's AI fund
A quarterly rebalance of the Grayscale Decentralized AI Fund is reported to lift RENDER's weight to about 21.6%, from 14.7% in January.
- Token
AI tokens rally
RENDER gains roughly 35% in the month as AI-linked tokens rise together. Commentators find no Render-specific trigger.
- Network
82 million frames
On 11 October 2026 the Foundation's dashboard shows 82,091,138 frames rendered. A market report on 6 October cites 1.56 million RENDER burned to date.
How it works
A render job goes through the same seven steps whether it is one poster image or a ten-minute film. Read the steps, then run one yourself.
The three roles
- Creators are the customers: 3D artists, studios, architects and, more recently, people running AI models. They upload work and pay for it.
- Node operators own the GPUs. They install Render's client software, pass a benchmark and wait for work.
- The network (run by OTOY and the Foundation) sits between them: it prices jobs, splits them up, assigns pieces, checks results and keeps score.
A job, step by step
- Export the scene.The artist packages the scene from their 3D software. For Octane that is a single ORBX file containing geometry, textures and lighting. Redshift and Blender Cycles jobs go through their own upload tools.
- Choose a tier and pay.The artist picks a price tier and funds the job with RENDER or with Render Credits bought by card. Prices are set in fiat terms, so the cost of a job does not swing with the token.
- Split.An animation is split into frames. A very large still is split into tiles. Each piece becomes a separate task.
- Assign.Tasks go to nodes according to the tier, the node's benchmark score, its reputation and whether it has enough video memory for the scene.
- Render.Each node renders its piece and uploads the result. If a node fails or goes offline, the task is given to another one.
- Verify.Results are checked automatically and then shown to the artist, who has a window (documented as 24 to 48 hours) to approve them. This combination is what Render calls proof of render.
- Settle.The RENDER paid for the job is burned. At the end of the epoch, node operators receive newly minted RENDER in proportion to the work they did.
Run a render job
This is a real (tiny) ray tracer running in your browser. The picture is cut into tiles, the tiles are handed to simulated GPU nodes of different speeds, and the finished tiles are reassembled. Knock a node offline mid-job and watch its tile get reassigned.
- Upload
- Split
- Assign
- Render
- Verify
- Reassemble
- Burn & reward
Illustration only. Node names and speeds are examples, times are simulated seconds, and the real scheduler is more complex. In this model Economy jobs wait longer in the queue and may land on slower nodes.
Engines and software
The network began with one engine and has slowly added more, each through a governance vote:
- OctaneRender (OTOY): the original and still the main engine. Works through plugins for Cinema 4D, Blender, Maya, Houdini, Unreal and others.
- Redshift (Maxon): left beta in October 2025. A Cinema 4D "wizard" (RNP-012) lets artists submit jobs from inside the application.
- Blender Cycles: approved in RNP-014; closed beta from October 2025.
- Arnold (Autodesk): approved in RNP-016 and on the roadmap.
- AI tools: image and video models such as Stable Diffusion, Flux, Luma's Dream Machine and Runway are offered inside the Render and OTOY Studio apps, priced in Render Credits.
Tiers and pricing
Work is measured in OctaneBench-hours: one hour of a GPU with an OctaneBench score of 1. A faster card delivers more OctaneBench-hours per real hour. The tier decides how much work a credit buys:
| Tier | Name | Work per credit (relative) | What you get | Status |
|---|---|---|---|---|
| Tier 1 | Trusted | 1x (most expensive) | Vetted partner hardware for security-sensitive studio work | Not yet released as of 2026 |
| Tier 2 | Priority | 2–4x Tier 1 | Front of the queue, more powerful nodes, larger scenes | Live |
| Tier 3 | Economy | 8–16x Tier 1 | Cheapest. No guarantee on queue position or node power. For work that can wait | Live |
Why parallel matters: a time calculator
Simple arithmetic that assumes nodes as fast as your own card and ignores upload and queue time. The total GPU work, and so roughly the cost, stays the same. What changes is how long you wait.
Reputation and proof of render
There is no cryptographic proof that a frame was rendered correctly. Render relies on practical checks instead. Finished frames are compared and screened automatically, the artist reviews watermarked previews before approving, and every node carries a reputation score. Frames abandoned mid-render, failures caused by running other heavy programs, and long absences all lower the score. Low-reputation nodes get less work, and a node inactive for three months is expired and has to reapply.
Becoming a node operator
For Octane rendering the documented minimums are an NVIDIA GPU with at least 6GB of video memory (8GB or more preferred), 32GB or more of system memory recommended, about 100GB of free disk and a solid connection. The AI subnet, Dispersed, asks for more: an RTX 3050 up to RTX 5090 from an approved list (and, since RNP-021, data-centre cards), 64GB of memory, fast SSD storage, 100 Mbps downloads, and Docker on Windows or Linux.
Both use a waitlist. The Foundation says joining it does not guarantee a place, and advises against buying new hardware in the hope of earning.
Deep diveThe move from Ethereum to Solana, and how the upgrade works
By 2022 Ethereum fees made small payments impractical. RNP-002 (March 2023) asked holders whether to expand to another chain; Solana was selected for speed and cost. The new token, RENDER, went live on 2 November 2023.
The upgrade is a one-way swap at 1 RNDR = 1 RENDER through the official portal (upgrade.rendernetwork.com). You connect an Ethereum wallet holding RNDR and a Solana wallet to receive RENDER, enter an amount and confirm two transactions. It usually takes 15 to 20 minutes. You need a little ETH for gas. The Foundation reimbursed gas until 31 January 2024 and says the portal will stay open indefinitely.
RNDR on Polygon was retired on 17 July 2025 after an inactive wallet linked to a legacy Polygon contract was accessed without authorisation. The Foundation said up to about 1.4 million RNDR was exposed and none was lost. Polygon holders at a snapshot block can upgrade directly at polygon.rendernetwork.com.
Always reach these portals from links on rendernetwork.com or know.rendernetwork.com. Fake upgrade sites are a common scam.
Deep diveDispersed and the AI compute subnet
RNP-004 (2023–24) first allowed outside "compute clients" to use Render's GPUs for machine learning, and several were approved: Beam, FedML, Nosana, Prime Intellect and Exabits. In April 2025, RNP-019 went further and created a dedicated sub-network for AI and general compute, initially called the Render Compute Network. RNP-021 (October 2025) opened it to enterprise cards such as NVIDIA's H100 and H200 and AMD's MI300 series.
On 12 December 2025, at Solana's Breakpoint conference, it launched publicly as Dispersed (dispersed.com). Its first large customer is OTOY Studio, which runs hundreds of image and video models on it. Reports quote some jobs at about $0.69 per GPU-hour. In 2026 it added Windows nodes and wider onboarding, and RNP-023 approved Salad's network of about 60,000 consumer GPUs joining as a further subnet.
Consumer GPUs suit inference, image generation and batch jobs. They are a poor fit for training very large models, which needs many high-memory cards connected by very fast links in one building. Salad's own chief executive has made that point.
Tokenomics
RENDER has a capped supply, a burn tied to usage and a mint tied to a schedule. Whether the two ever balance depends on how much real work the network sells.
644,245,094
536,870,912 original plus 107,374,182 added by RNP-001.
~518.8M
About 80% of maximum (CoinGecko, Oct 2026). Total minted: ~533.5M.
~5.9M / year
Years 2 and 3. Year 1 was 9.13M. Roughly 1.1% of circulating supply a year.
~1.56M
Cumulative, reported 6 Oct 2026. Over 1M was reached by Dec 2025.
Where the 644 million are
Tap a block.
The Burn-Mint Equilibrium, in plain words
Before 2023, an artist's tokens went straight to the node that did the work. RNP-001 replaced that with two separate flows:
- Burn. The artist pays a dollar-denominated price. The matching amount of RENDER is destroyed. If they pay by card, the Foundation says net receipts are used to buy RENDER, which is then burned. The network keeps a 5% fee on completed jobs.
- Mint. Each epoch (about a week) a fixed amount of new RENDER is created and shared out: to node operators for completed work and for being available, and to the Foundation for grants, operations and growth.
"Equilibrium" is the point where the tokens burned by customers equal the tokens minted. Below it, supply grows. Above it, supply shrinks. The design means operators can be paid a predictable income while the network is young, and that token supply responds to genuine demand rather than to speculation alone.
Burn-mint equilibrium simulator
Set how much customers spend on the network and see whether burns keep up with emissions. The starting values roughly match 2025–26: burns of around 0.6 million RENDER a year against emissions of 5.9 million.
A simplified model for learning, not a forecast. It assumes 95% of spend is burned (after the 5% fee) and a constant price. Notice the effect of price: the same dollars burn fewer tokens when the token is expensive.
Emissions so far
| Period | Set by | RENDER emitted | How it was shared |
|---|---|---|---|
| Year 1 (from Dec 2023) | RNP-006, rebalanced by RNP-013 | 9,126,804 | Heavier on artist incentives while the new model ramped up; availability rewards added by RNP-015 |
| Year 2 (to Dec 2025) | RNP-018 | 5,905,580 | About a 35% cut from year 1 |
| Year 3 (20 Dec 2025 – 19 Dec 2026) | RNP-022 | ~5.9M | 1.5M node rewards (rendering and compute subnets) · 1.5M artist and AI grants · 2.9M operations, R&D and growth |
| Later years | Future RNPs | Declining | RNP-001 describes a schedule that declines over time; each year's budget needs a vote |
Deep diveWho got the original tokens?
Render has not published a simple, current allocation chart, and third-party trackers disagree. Broadly: roughly a fifth to a quarter of the original supply was sold in the 2017–18 sales, and the rest was held in OTOY-controlled treasury, reserve and escrow allocations for the network, partners and the team. Explainers published in 2026 note that the vesting details of those legacy allocations are not fully transparent. One 2026 analysis found the top 100 wallets holding about 45% of circulating supply, a figure that includes exchange wallets.
Deep diveWhat RENDER is used for
- Paying for work. Rendering and AI jobs, directly or via Render Credits.
- Rewards. Node operators and grant recipients are paid in it.
- Governance. One token, one vote on RNPs. Voting requires RENDER on Solana; legacy RNDR cannot vote.
RENDER is not staked to secure a blockchain and pays no yield. Solana secures the ledger.
People and organisations
Render is unusual among crypto projects in having one clearly identifiable founder who still runs the company at its centre.
- Roles
- Founder and CEO of OTOY; founder of the Render Network
- Based
- Los Angeles
- Background
- Game developer, graphics programmer
- First shipped
- Hell Cab (1993), aged 18
Founder profile
Jules Urbach
Jules Urbach has spent more than thirty years on one problem: making computers draw convincing images, faster, for more people. He spent his early childhood in France, near Versailles, and moved to Los Angeles at nine. He attended Harvard-Westlake School and was admitted to Harvard, but deferred to finish a video game. He never took up the place.
That game was Hell Cab, a CD-ROM adventure published by Time Warner Interactive in 1993, when he was 18. In 1998 he co-founded Groove Alliance, which built 3D games that ran in a web browser years before that was normal; its Real Pool is often described as the first 3D game on Shockwave.
In 2008 he founded OTOY with Malcolm Taylor, who became chief technology officer. OTOY's pitch was that rendering would move to GPUs and then to the cloud. Urbach is the company's chief executive, chairman and, by its own description, chief architect of its technology. Under him it built OctaneRender, the ORBX scene format, streaming technology and the LightStage capture business, and collected a set of unusually well-known advisers.
He is the person most associated with the Render Network's long-term vision, which he tends to describe in very large terms: holographic displays, a shared "metaverse" format for 3D content, and a permanent digital archive of creative works. He is close to the Roddenberry family, and OTOY's Roddenberry Archive project has produced the Star Trek shorts and Apple Vision Pro experiences that serve as Render's best-known showcases. He keynotes RenderCon each April and has spoken about decentralised rendering at NVIDIA's GTC.
What to keep in mind. Urbach leads OTOY, a private company that publishes no accounts. He does not formally run the Foundation, but OTOY builds the software the network depends on and is its most visible customer. Some of his predictions, such as consumer holographic displays, have taken far longer than suggested. OTOY's description of its technology as "Academy Award-winning" refers to the LightStage system, whose Scientific and Technical Awards went to the researchers who invented it, not to Urbach or OTOY as named recipients.
OTOY's leadership, advisers and backers
Malcolm TaylorCo-founder and CTO, OTOY
Co-founded OTOY with Urbach in 2008 and leads its engineering.
Ari EmanuelAdviser · Endeavor / WME / TKO
The Hollywood talent agency chief has been an OTOY adviser for years and appeared in a keynote conversation with Urbach at RenderCon 2025.
J.J. AbramsAdviser · Bad Robot
The film director and producer is listed among Render's advisers.
Brendan EichAdviser · Brave, Mozilla co-founder
Creator of JavaScript and founder of Brave and the Basic Attention Token. An OTOY adviser since its streaming work in the browser.
Mike Winkelmann (Beeple)Adviser · artist
The digital artist, a long-time Octane user, is listed as an adviser and has hosted Render-sponsored art events.
Emad MostaqueAdviser · Stability AI founder
Listed among Render's advisers and spoke at RenderCon 2025. He left Stability AI in 2024 and now runs Intelligent Internet.
Eric Schmidt and Sam PalmisanoOTOY advisory board
The former Google chief executive and former IBM chief executive are named on OTOY's advisory board on its company page.
Autodesk and Yuri MilnerOTOY investors
OTOY names design-software company Autodesk and investor Yuri Milner as backers. Other reports add early support from HBO for its VR work.
The Roddenberry familyCreative partner
Rod Roddenberry, son of Star Trek's creator, works with OTOY on the Roddenberry Archive and has spoken at both RenderCons.
The Render Network Foundation
Formed in 2023 and based in the Cayman Islands, the Foundation is a not-for-profit that took over stewardship of the protocol from OTOY. It runs the RNP process, manages the emissions budget and treasury, onboards node operators, funds artist grants (it reported a record 276 in the year to December 2025) and handles partnerships and marketing. It says it publishes aggregate spending and treasury figures but not individual pay.
The Foundation does not prominently publish a full leadership list. People who speak for it in public include board member Trevor Harries-Jones, who announced the token upgrade and Dispersed, and Sunny Osahn, who gave its product keynote at Breakpoint 2025.
RenderLabs, created in 2025, is a separate for-profit partner that pursues AI-related commercial work on the network and showed "Render Agents" experiments at RenderCon 2025.
Governance: how an RNP becomes policy
- Anyone drafts a Render Network Proposal using the template from RNP-000 and posts it for discussion.
- The Render team reviews it for feasibility and fit. Proposals that are not actionable are filtered out here.
- An initial vote: simple majority, 72 hours, no minimum turnout.
- A final vote: six days, a majority of votes cast, and at least 15% of RENDER supply taking part. Emergencies can skip the first vote with a 20% turnout requirement.
- Approved proposals join the roadmap. Voting is one token, one vote, on a Solana-based platform; hardware-wallet holders can delegate.
| RNP | What it did | Status (GitHub, 2026) |
|---|---|---|
| 001 | Burn-and-Mint Equilibrium | Implemented |
| 002 | Expand to a new layer 1 (Solana) | Implemented |
| 003 | Resources for core team and grants | Implemented |
| 004 | Allow compute clients | Implemented |
| 005, 007–010 | Beam, FedML, Nosana, Prime Intellect and Exabits as compute clients | Approved |
| 006 | Solana upgrade and emission schedule | Implemented |
| 012 | Cinema 4D wizard | Implemented |
| 013, 015 | Year 1 rebalancing; availability rewards | Implemented |
| 014, 016, 017 | Blender Cycles, Arnold, Octane for Blender | Approved, on roadmap |
| 018, 022 | Year 2 and year 3 emissions | Implemented |
| 019, 021 | Render Compute Network; enterprise GPUs | Implemented |
| 020 | Node operator forward guidance policy | Defeated |
| 023 | Salad Network migrates to RENDER | Approved, on roadmap |
Ecosystem: who uses it
Render's customers are mostly independent artists and small studios, plus OTOY itself. Here is the work that can be verified.
The Roddenberry Archive
OTOY's Star Trek projects: the Archive experience for Apple Vision Pro (2024) and the short film 765874 – Unification, which reunites Kirk and Spock and passed 7.5 million YouTube views.
Anyma at Sphere
Sequences for the electronic artist's residency at the Las Vegas Sphere, by artists including Annibale Siconolfi, were rendered on what Render called thousands of decentralised GPUs.
SUBMERGE: Beyond the Render
A 2025 show at ARTECHOUSE in New York: twelve pieces by sixteen artists at 18K resolution for a 270-degree room.
Latin Grammys visuals
A Render case study describes the studio STURDY. completing about ten days of rendering in under 24 hours for a performance.
Sunspark
A 4K animated short by solo filmmaker Danny Bourque, rendered on the network and screened at more than thirty festivals, according to a 2026 case study.
ODYSSEYS
A three-minute short directed by Carlos Baena, part of a set of 2001: A Space Odyssey tributes produced with OTOY.
Software and AI partners
- Creative tools: OTOY (Octane), Maxon (Redshift, Cinema 4D), the Blender Foundation (Cycles), Autodesk (Arnold, planned), Insydium (Fused, beta in 2026), plus Dropbox, Google Drive and Amazon S3 for file transfer.
- AI models offered: Stability AI's Stable Diffusion, Black Forest Labs' Flux, Luma's Dream Machine and Runway, with OTOY Studio reported to offer more than thirty models payable in RENDER from July 2026.
- Compute networks: Salad (approved 2026), and earlier compute clients Nosana, Prime Intellect, Exabits, Beam and FedML. io.net has also worked with Render so that Render node operators can serve AI jobs through io.net.
- Agents: RenderCon 2026 showed Model Context Protocol connections that let AI assistants drive Blender, Octane and Dispersed.
Usage numbers, with dates
| Date | Cumulative frames | Other figures | Source |
|---|---|---|---|
| Dec 2024 | 40 million+ | Usage up more than 3x in 2024 | Render 2024 review |
| Dec 2025 | 63 million | 1 million+ RENDER burned; 40% more compute onboarded; 87% marketplace growth year on year | Foundation keynote, Breakpoint |
| Feb 2026 | 68.3 million | About 1.5 million frames a month | Disruption Banking, citing dashboard |
| Aug 2026 | ~77 million | 1.16 million+ burned | Community posts via CoinMarketCap |
| Oct 2026 | 82.1 million | ~1.56 million burned; 5,600 nodes since inception | Foundation dashboard; market report |
Roadmap and what comes next
Render has no single published roadmap. Its Foundation says the roadmap is whatever the approved RNPs add up to. This is our reading of them, as of October 2026.
Shipping now
- Salad integration (RNP-023): a multi-part rollout began in June 2026.
- Dispersed: Windows nodes, wider onboarding and enterprise GPUs.
- Blender Cycles moving from beta toward general release.
- RENDER accepted across OTOY Studio's AI models.
Approved, not finished
- Arnold support (RNP-016).
- OctaneRender for Blender on the network (RNP-017).
- Tier 1 "Trusted" nodes for confidential studio work. Promised for years, still unreleased.
- Year 4 emissions: a new RNP is due before 19 December 2026.
Stated direction
- Blending 3D rendering with generative AI and "world models".
- AI agents that submit and manage jobs.
- More subnets with their own hardware and rules.
- Spatial and holographic content, a long-standing OTOY ambition.
Open questions
- Can paid demand catch emissions? Burns grew about 279% in 2025. They would need to grow roughly tenfold again to match 5.9 million a year at current prices.
- Will the year 4 budget fall? Year 3 kept emissions flat instead of cutting them. The next vote will show whether holders want less dilution or more growth spending.
- Is AI demand durable? Reports of GPU shortages in mid-2026 are encouraging but thinly sourced.
- Regulation. A March 2026 SEC interpretation sorted crypto assets into categories and treated network tokens more favourably than before, but detailed US rules were still being written.
Render compared
Render competes with other crypto GPU networks and, more importantly, with ordinary cloud companies. Figures are as reported in 2026 and move quickly.
| Render | Akash | io.net | Aethir | Bittensor | AWS / CoreWeave | |
|---|---|---|---|---|---|---|
| What it sells | Finished render jobs; AI inference via Dispersed | Rentable cloud servers and GPUs | GPU clusters for machine learning | Enterprise GPU capacity for AI and cloud gaming | Rewards for AI outputs, organised in subnets | Every kind of cloud computing |
| Token | RENDER (Solana) | AKT | IO (Solana) | ATH | TAO | None. Pay in dollars |
| Live since | 2020 | 2020 (GPUs 2023) | 2024 | 2024 | 2021 | 2006 / 2017 |
| Hardware | Mostly consumer and prosumer GPUs; some enterprise cards | Data-centre providers bidding for work | Aggregated from data centres, miners and other networks | Enterprise GPUs in professional facilities | Whatever each subnet's miners choose | Own data centres with the newest chips |
| Pricing | Fixed tiers in fiat terms | Reverse auction: lowest bid wins | Marketplace rates | Contracts | Not a rental market | List prices and long contracts |
| Token model | Payments burned; scheduled mint to operators | Payments to providers; staking | Payments plus emissions | Payments plus emissions | Fixed 21M cap; emissions to miners and validators | n/a |
| Strongest at | Creative rendering, integrated with artists' tools | General-purpose, open cloud | Quickly assembling large clusters | Reported revenue (about $128M in 2025) | Funding many AI experiments | Reliability, scale, contracts, support |
| Weakest at | Dependence on OTOY; small paid volume versus emissions | Smaller revenue; needs technical users | Disputed GPU counts; young | More centralised; young token | Complex; value of outputs hard to measure | Price, and shortages of top chips |
How to read this. The crypto networks are not all doing the same job. Render sells a managed service (a finished frame) to people who are not cloud engineers. Akash and io.net sell raw machines. Aethir is closer to a conventional GPU cloud with a token attached. Bittensor does not rent hardware at all; it pays for results.
Against the centralised clouds, decentralised networks compete mainly on price, with claims of 60–80% savings on comparable GPU hours. They lose on guarantees. A studio under a confidentiality agreement or an AI company needing a thousand linked top-end chips will usually still sign with a data-centre provider.
Wallets
RENDER is a Solana token, so it lives in a Solana wallet. Legacy RNDR lives in an Ethereum wallet until you upgrade it. Filter to find what fits.
Phantom
The most widely used Solana wallet, as a browser extension and mobile app. Named in Render's own upgrade guide and commonly used for governance voting.
Solflare
Long-running Solana wallet for browser and mobile. Also named in the official upgrade guide. Works with Ledger devices.
Backpack
Solana-first wallet with a linked exchange. Holds SPL tokens such as RENDER.
Ledger
Hardware wallet that keeps keys offline. Holds RENDER through its Solana app, usually paired with Phantom or Solflare, and legacy RNDR through its Ethereum app.
Trezor
Open-source hardware wallet. Newer models support Solana and SPL tokens; check the model's coin list before buying.
Trust Wallet
Multi-chain mobile wallet that supports Solana tokens and Ethereum tokens. Make sure you add RENDER on Solana by its official mint address.
MetaMask
Where many people still hold old ERC-20 RNDR. It is the Ethereum side of the upgrade portal. MetaMask has added Solana support, but verify the token address carefully.
Exchange account
Coinbase, Binance, Kraken and others hold RENDER for you. Simple, but the exchange controls the keys and you cannot vote on RNPs from there.
No wallets match that filter.
Where and how to buy
This section explains the mechanics. It is not a suggestion to buy. If you only want to use the network, you can pay for Render Credits by card and never hold the token.
Where it trades
CoinGecko listed about 135 trading pairs for RENDER in October 2026. The largest markets were on Binance, Coinbase, Kraken, OKX, Bybit, Gate, MEXC and Bitget. Robinhood has offered RENDER to European customers since October 2024. On Solana it also trades on decentralised exchanges through aggregators such as Jupiter.
Funds and products. RENDER is one of the holdings of the Grayscale Decentralized AI Fund (launched July 2024, for accredited investors; 14.7% of the fund in January 2026 and reported at about 21.6% after an August 2026 rebalance). 21Shares lists a Render exchange-traded product dated November 2024. We could not confirm any approved single-asset US spot Render ETF.
Buying on an exchange, step by step
- Pick a regulated exchange available in your country.Check that it lists RENDER (not just legacy RNDR) and what it charges.
- Open and verify an account.Expect to provide identification. Turn on two-factor authentication with an authenticator app.
- Deposit money.Bank transfer is usually cheapest. Cards are faster and cost more.
- Place the order.Search for RENDER. A limit order lets you set the price; a market order fills immediately at the going rate.
- Decide where to keep it.Leaving it on the exchange is simple. Withdrawing to your own Solana wallet gives you control and the ability to vote.
- If you withdraw, choose the Solana networkand send a small test amount first. Sending to the wrong network can lose the funds.
- Keep records.In most countries selling or swapping crypto is a taxable event.
Risks and criticisms
Render has a working product and a real customer base, which is more than many tokens can say. It also has structural weaknesses that supporters tend to skip.
1. Dependence on OTOY
OTOY wrote the core software, owns the main render engine, runs much of the infrastructure and produces most of the showcase projects. It is a private company with no published accounts. If OTOY faltered or changed direction, the network would struggle to carry on unchanged.
2. Emissions outrun demand
About 5.9 million RENDER is minted a year. Roughly 1.56 million has been burned in total. Until paid usage grows several-fold, holders are subsidising operators and the Foundation through dilution.
3. Small revenue for a billion-dollar token
Burns approximate customer spending. A few hundred thousand tokens a year implies revenue in the low millions of dollars, against a market value near $1 billion. The price reflects expectations, not current business.
4. Half the mint goes to the Foundation
In year 3, 2.9 million of 5.9 million new RENDER funds operations, research and growth. Spending is disclosed only in aggregate. The year 3 vote kept emissions flat instead of continuing to cut.
5. Less decentralised than it sounds
GPUs are widely distributed, but job routing, pricing, node admission and verification are run centrally. The Solana token keeps a freeze authority. Rendering itself is not verifiable on-chain.
6. Competition on every side
Akash, io.net, Aethir and others chase the same GPU demand, some with larger reported revenues. Cloud giants and specialists such as CoreWeave have the newest chips and enterprise contracts.
7. AI-narrative volatility
RENDER rose to $13.53 in March 2024 on AI enthusiasm and fell below $1.50 in 2026. It often moves with NVIDIA news and other AI tokens, whatever the network itself is doing.
8. Consumer GPUs have limits
Home graphics cards are fine for rendering and inference but unsuited to training large models. Confidential studio work needs the trusted tier, which has not shipped.
9. Self-reported metrics
Frame counts and node numbers come from the Foundation. Widely repeated claims in 2026, such as "negative GPU supply" and "5,600 active nodes", trace back to unsourced or misread figures.
10. Legacy tokens and bridges
The July 2025 Polygon incident ended without losses but showed that old contracts are a liability. Unconverted RNDR remains on Ethereum, and upgrade scams target its holders.
11. Token concentration
Original allocations to OTOY-controlled reserves were large and their vesting is not clearly documented. A 2026 analysis put the top 100 wallets at about 45% of circulating supply, exchanges included.
12. Regulation
US rules for tokens were still being finalised in 2026. A change in how network tokens or their emissions are treated could affect exchanges, funds and the Foundation.
What supporters say in reply
That the network has run for six years and delivered tens of millions of frames to paying users; that burns are growing quickly from a low base; that emissions are low relative to supply, about 1% a year; that the Foundation has widened the software and hardware base beyond OTOY with Redshift, Blender, Salad and the compute clients; and that demand for GPU time, from both 3D and AI, is rising faster than data centres can be built. Both sides are describing the same facts. Which matters more is a judgement you have to make yourself.
Myths vs facts
Eight things you will read about Render that are wrong or half right.
Burns are real, but small next to emissions. About 1.56 million RENDER had been burned in total by October 2026. About 5.9 million is minted each year.
RNDR on Ethereum still upgrades 1:1 to RENDER through the official portal, and the Foundation says the portal stays open indefinitely. Upgrades are one-way.
It is a GPU marketplace that began with 3D rendering in 2020. AI compute was added in 2025 and is a growing share, but rendering frames is still the core, measurable product.
Hardware is spread across independent operators, and holders vote on proposals. But job routing, the core software and the node waitlist are run by OTOY and the Foundation, and the token has a freeze authority.
No. render.com is an unrelated cloud hosting company for web apps. The Render Network lives at rendernetwork.com and renderfoundation.com.
That was the original model. Since BME, the artist's payment is burned and operators are paid from scheduled emissions, in proportion to work done and availability.
Verified work is mostly OTOY's own productions, independent artists, music visuals and immersive art. Large studios use OTOY tools, but big-studio feature films rendered on the decentralised network are not well documented.
New nodes join through a waitlist and are onboarded when demand requires it. The Foundation explicitly advises against buying hardware to join.
Glossary
35 terms in plain English. Type to search.
- Availability rewards
- Emissions paid to node operators for being online and ready, not only for completed jobs. Introduced by RNP-015.
- Blender Cycles
- The open-source path tracer built into Blender. Approved for Render in RNP-014 and in beta from late 2025.
- Bucket / tile
- A rectangular chunk of an image that can be rendered on its own and stitched back into the full frame.
- Burn
- Permanently destroying tokens. On Render, tokens used to pay for work are burned.
- Burn-Mint Equilibrium (BME)
- The token model from RNP-001: job payments burn RENDER, and a fixed schedule mints new RENDER for node operators and the Foundation.
- Compute client
- An outside network or company approved by governance to use Render's GPUs for non-rendering work, usually AI.
- Creator
- Someone who submits rendering or AI jobs and pays for them.
- DePIN
- Decentralised physical infrastructure network. A crypto network that coordinates real-world hardware, such as GPUs, storage or wireless.
- Dispersed
- The customer-facing brand of Render's compute subnet for AI workloads, launched 12 December 2025 at dispersed.com.
- Emissions
- Newly minted RENDER released on a schedule set by governance. About 5.9 million per year in years 2 and 3.
- Epoch
- The accounting period after which burns are tallied and rewards paid. Typically about a week.
- Frame
- One still image. A second of film is usually 24 frames, so a 90-minute film is about 130,000.
- Freeze authority
- A power on the Solana RENDER token that lets the Foundation freeze token accounts. Kept, it says, as a safeguard for the upgrade portal.
- GPU
- Graphics processing unit. The chip that does the heavy maths in rendering and in AI.
- Inference
- Running a trained AI model to get an output, as opposed to training it.
- LightStage
- OTOY's facial and body capture system used to scan actors for visual effects.
- Node operator
- Someone who connects GPUs to the network and is paid in RENDER for work and availability.
- OctaneBench (OB)
- OTOY's benchmark score for GPU rendering power. Render prices work in OctaneBench-hours.
- OctaneRender
- OTOY's GPU path-tracing engine, the first and main engine on the network.
- ORBX
- OTOY's scene package format. Octane jobs are uploaded to Render as ORBX files.
- OTOY
- The Los Angeles graphics company founded in 2008 that created OctaneRender and the Render Network.
- Path tracing
- A rendering method that simulates how light bounces around a scene. Accurate and very GPU-hungry.
- Proof of render
- The network's checks that work was really done correctly before a node is paid: automated comparison plus the creator's approval of the output.
- Redshift
- Maxon's GPU render engine, widely used with Cinema 4D. Supported on Render.
- RENDER
- The current token, an SPL token on Solana, live since 2 November 2023.
- Render Credits
- Non-transferable, dollar-priced credits that creators receive when RENDER is burned for them, or buy with fiat money.
- Render Network Foundation
- The Cayman-based not-for-profit that has stewarded the protocol, governance, grants and treasury since 2023.
- RenderLabs
- A for-profit partner company created in 2025 to pursue AI-related commercial work on the network.
- Reputation
- A node's (and creator's) track record. Failed or abandoned frames lower it; higher scores get work sooner.
- RNDR
- The original ERC-20 token on Ethereum (2017–2023). It upgrades 1:1 to RENDER.
- RNP
- Render Network Proposal. The formal governance document that token holders vote on.
- SPL token
- The token standard on Solana, the equivalent of ERC-20 on Ethereum.
- Subnet
- A separate pool of hardware with its own rules that plugs into Render, such as Dispersed or the Salad integration.
- Tier
- A price-and-priority level for jobs. Tier 2 (Priority) costs more per unit of work than Tier 3 (Economy). Tier 1 (Trusted) has not launched.
- Upgrade portal
- The official one-way bridge that converts RNDR on Ethereum (or Polygon) into RENDER on Solana.
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Test yourself
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Frequently asked questions
What is Render in simple terms?
Render is a marketplace for graphics-card power. People who need a lot of GPU time, such as 3D artists, studios and AI developers, pay to use GPUs that belong to other people. The RENDER token is the unit used to pay for work and to reward the people who supply the hardware.
Is RNDR the same as RENDER?
RNDR was the original token on Ethereum. In November 2023 the network moved to Solana and issued a new token called RENDER. Old RNDR converts to RENDER one-for-one through the official upgrade portal. Only RENDER on Solana works on the network and in governance today.
Who created Render?
Jules Urbach, the founder and chief executive of the Los Angeles graphics company OTOY. OTOY built the network and its main render engine, OctaneRender. Since 2023 the protocol has been stewarded by the Render Network Foundation, a not-for-profit based in the Cayman Islands.
How many RENDER tokens are there?
The maximum supply is about 644.2 million. In October 2026 CoinGecko showed roughly 518.8 million in circulation and 533.5 million in total. New tokens are minted on a schedule set by governance, currently about 5.9 million a year, and tokens spent on jobs are burned.
What is the Burn-Mint Equilibrium?
It is Render's token model. Jobs are priced in dollars. The RENDER used to pay for them is burned. Separately, a fixed number of new RENDER is minted each epoch to reward node operators and fund the Foundation. If usage is high enough, burns can match or exceed minting. So far minting has been much larger than burning.
Is RENDER deflationary?
No, not at present. About 1.56 million RENDER had been burned in total by early October 2026, while yearly emissions are about 5.9 million. Supply is still growing. It would only shrink if spending on the network rose several-fold.
Does Render only do 3D rendering?
Rendering is where it started and still the largest use. Since 2025 a separate subnet, branded Dispersed, sells GPU time for AI inference and other compute. Press estimates in 2026 put AI at roughly 35–40% of activity, though that figure is not independently audited.
Can I earn RENDER with my gaming PC?
Possibly, but there is a waitlist and no guarantee of work. Octane rendering nodes need an NVIDIA GPU with at least 6GB of video memory (8GB or more preferred). The Dispersed subnet asks for more: an RTX 3050 or better, 64GB of RAM and fast internet. The Foundation advises against buying hardware just for this.
What chain is RENDER on?
Solana. The token address (mint) published by the Foundation is rndrizKT3MK1iimdxRdWabcF7Zg7AR5T4nud4EkHBof. The old Ethereum contract still exists and old tokens still trade in places, but they are legacy tokens.
Is there a Render ETF?
There is no single-asset US spot Render ETF that we could confirm as of October 2026. RENDER is held inside the Grayscale Decentralized AI Fund, a private fund for accredited investors, and 21Shares has listed a Render exchange-traded product. Check the issuer's site for current status.
How is Render different from Akash or io.net?
All three match GPU owners with GPU users. Render grew out of 3D rendering and is tightly integrated with creative software. Akash is a general cloud marketplace that uses reverse auctions. io.net assembles GPU clusters aimed at machine learning. Their token models also differ: Render burns payment tokens and mints rewards on a schedule.
What are the biggest risks?
Dependence on one private company (OTOY) for software and much of the demand, emissions that exceed burns, strong competition from both crypto networks and cloud giants, limited independent verification of usage figures, and a token price that has moved with AI hype. RENDER fell more than 85% from its 2024 peak.
Is this site official or financial advice?
Neither. This is an independent educational guide. It is not affiliated with OTOY or the Render Network Foundation, and nothing here is a recommendation to buy or sell anything.
Sources and further reading
Everything on this page was checked against these sources in October 2026. Official documents come first. Where press reports were the only source, the text says so.
- Render Network Knowledge Base (official docs: history, pricing tiers, BME, upgrade portal, node requirements)
- Render Network Foundation FAQ (5% fee, emissions allocation, Foundation, RenderLabs, freeze authority)
- Render Network Dashboard (frames rendered and node totals, read 11 October 2026)
- RNP repository on GitHub (every proposal RNP-000 to RNP-023 with status)
- RNP-001: Burn-and-Mint Equilibrium (the original BME design)
- RNP-022: Year 3 emissions (5.9M RENDER split)
- Render Network: 2024 in Review (40M frames, Sphere, Unification, compute clients)
- Polygon deprecation announcement (July 2025 incident)
- Render Network on Medium (monthly Foundation reports and case studies through September 2026)
- About the Render Network (founder and advisers)
- OTOY: The Company (founding, leadership, advisers, investors)
- RenderCon 2025 programme (date, venue and speakers)
- Solana Compass: Render keynote, Breakpoint 2025 (Dispersed launch and metrics)
- CoinGecko: Render (price, supply, contracts, markets, 11 October 2026)
- Grayscale Decentralized AI Fund (fund holdings and weights)
- The Block: Grayscale asset list (January 2026)
- 21Shares Render product page (exchange-traded product)
- Crypto Briefing: negative GPU supply (June 2026 report)
- Disruption Banking: Can RENDER ride the AI wave? (February 2026 metrics)
- BlockEden: RenderCon 2026 (RNP-023, Salad, competitor figures)
- BlockEden: 65 million frames (January 2026 overview)
- HOGE Wire: Render's AI compute pivot (2026 summary of RNPs and Dispersed)
- HOGE Wire: GPU crunch (July 2026)
- BingX Learn: What is Render? (June 2026 explainer and risks)
- CoinMarketCap: Render latest updates (September–October 2026 items)
- CoinMarketCap: AI token rally (18 September 2026)
- Blockchain.News: Render's 2025 (2025 review)
- Phemex Academy: Who is Jules Urbach? (biography and criticisms)
- IQ.wiki: Jules Urbach (early life)
- Wikipedia: Hell Cab (1993 game)
- CoinGape: Robinhood lists RENDER (October 2024 EU listing)
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