io.net Price — Real-Time IO Chart & Market Data

What is io.net?

io.net is a decentralized physical infrastructure network (DePIN) built on Solana that aggregates underutilized GPU computing power from independent data centers, crypto mining operations, and individual hardware owners into a unified, on-demand cloud for artificial intelligence and machine learning workloads. The project was founded in 2022 by Ahmad Shadid, a quantitative systems engineer, alongside co-founders Gaurav Sharma (former VP of Engineering at Binance), Tory Green (former COO of Hum Capital), and Garrison Yang. Originally conceived as a tool to power algorithmic trading for institutional hedge funds, the team pivoted the technology toward a broader decentralized GPU marketplace after recognizing the severe global shortage of AI compute resources caused by the explosive demand for generative AI. The IO token launched on June 11, 2024, through a highly anticipated token generation event that included a major airdrop to community members, Ignition Rewards participants, and early GPU suppliers. At launch, io.net was listed simultaneously on Binance, OKX, Bybit, KuCoin, and other top-tier exchanges, giving it immediate global liquidity. The ecosystem is anchored by three core products: IO Cloud, which lets developers spin up GPU clusters in minutes; IO Worker, a lightweight application that allows GPU owners to contribute hardware and earn IO rewards; and IO Explorer, a transparency dashboard that displays network activity, worker performance, and cluster statistics in real time. The network supports a wide range of NVIDIA hardware including H100, A100, RTX 4090, and RTX 3090 units, and has reported aggregating hundreds of thousands of GPUs at peak availability. Notable partnerships include integrations with Render Network, Filecoin, and Aethir for cross-DePIN collaboration, as well as strategic investment from Hack VC, Multicoin Capital, 6th Man Ventures, Solana Ventures, and Aptos Labs in a funding round that valued the project at over $1 billion before the token launch. The project has not been without controversy: shortly before mainnet launch in April 2024, io.net experienced a metadata exploit where attackers spoofed GPU identities to inflate apparent network size, prompting the team to implement stricter proof-of-work verification, device fingerprinting, and a hardened authentication layer. Founder Ahmad Shadid stepped down as CEO in late 2024, with Tory Green taking over leadership to focus on enterprise adoption and institutional go-to-market strategy. Since then, io.net has expanded its agent frameworks with the launch of IO Intelligence, offering AI model APIs and agent orchestration tools designed to compete directly with centralized inference providers. The project competes in the rapidly growing decentralized compute sector alongside Akash Network, Render, Aethir, and Nosana, but differentiates itself through Ray-based cluster orchestration originally developed at UC Berkeley and used internally by OpenAI, making io.net one of the few decentralized networks capable of supporting distributed training rather than only inference. With AI compute demand projected to continue outpacing supply, io.net has positioned itself as a key infrastructure layer where token economics, hardware aggregation, and enterprise-grade tooling converge to challenge hyperscaler dominance.

Key Features of io.net

• Ray-Based Cluster Orchestration: io.net leverages the Ray distributed computing framework — the same technology used by OpenAI to train GPT models — to coordinate geographically dispersed GPUs into coherent clusters. This allows the network to support not just inference but also distributed model training, a capability most competing DePIN projects cannot offer.
• Rapid Cluster Deployment: Developers can provision a multi-GPU cluster through IO Cloud in approximately 90 seconds, compared to the weeks-long waitlists typical of AWS, Azure, or Google Cloud for high-end H100 and A100 chips. The self-service dashboard lets users configure cluster size, region, security level, and GPU tier without sales calls or long-term contracts.
• Aggressive Cost Reduction: By tapping idle hardware from crypto miners, Tier 3/4 data centers, and consumer rigs, io.net delivers GPU compute at up to 90% less than centralized hyperscalers. Pricing is set transparently per GPU-hour and settled directly in IO or USDC, with no egress fees or hidden infrastructure markups.
• Permissionless Worker Onboarding: Anyone with a compatible NVIDIA GPU can install the IO Worker client, pass the device verification process, and begin earning IO rewards for contributing compute. This open supply model enables rapid network scaling without the capital expenditure required by traditional cloud providers.
• Solana Settlement Layer: All payments, rewards, and on-chain coordination run on Solana, enabling sub-second settlement and transaction fees measured in fractions of a cent. This is critical for the high-frequency micropayments needed between thousands of GPU providers and their customers across global clusters.

io.net Use Cases

• LLM Training and Fine-Tuning: AI startups can train and fine-tune large language models on distributed H100 and A100 clusters without waiting for hyperscaler capacity. Ray-based orchestration allows parallelized training jobs to span multiple physical locations while appearing as a single logical cluster to the developer.
• Generative AI Inference: Companies running image, video, or text generation services can deploy inference endpoints across io.net's distributed GPUs to serve global users with low latency. Costs scale down dramatically compared to dedicated AWS instances, making consumer-facing AI products economically viable at scale.
• 3D Rendering and VFX: Animation studios, architectural visualization firms, and indie game developers can offload render queues to thousands of RTX-class consumer GPUs on the network. This democratizes access to render farm capacity that was previously only affordable for major Hollywood productions.
• Scientific and Genomic Research: Universities and biotech firms use io.net for molecular dynamics, protein folding simulations, and genomic sequencing workloads that demand bursty parallel GPU compute. Pay-as-you-go access avoids the capital expense of building dedicated HPC clusters for intermittent research projects.
• Autonomous AI Agents: Through the IO Intelligence product line, developers can deploy agent frameworks and model APIs that power autonomous workflows, chatbots, and decision systems. Builders access pretrained models and orchestration primitives without managing underlying GPU infrastructure directly.

io.net Tokenomics

Total Supply

IO has a maximum supply capped at 800,000,000 tokens. Of the initial 500 million circulating at genesis, allocations were split among the community and ecosystem (50%), seed and Series A investors (12.5%), core contributors (11.3%), and the R&D and ecosystem treasury.

Circulating

Circulating supply increases over time as vesting schedules unlock and hourly emissions are distributed to GPU suppliers. Dynamic — see CoinGecko for live figures.

Utility

IO is used to pay for GPU compute on IO Cloud, reward GPU suppliers and IO Workers for contributed resources, and settle fees between network participants. A portion of network fees is used to burn IO tokens, creating deflationary pressure tied to real compute demand.

Emission

IO follows a disinflationary emission model starting at 8% annual inflation in year one, decreasing by 1.02% each month (roughly 12% per year) until it reaches a terminal issuance rate. Emissions are distributed hourly to eligible GPU suppliers and workers who meet uptime and performance requirements.

How to Buy io.net

1. 1

   1. Create a Binance account

   Visit binance.com or open the Binance mobile app and register using your email address or phone number. Set a strong password and enable two-factor authentication via Google Authenticator from the Security settings menu to protect your funds.

2. 2

   2. Complete identity verification

   Navigate to the Identification page under your profile and submit government-issued ID along with a selfie for facial verification. Most users are approved within minutes, unlocking higher deposit and withdrawal limits required for active trading.

3. 3

   3. Deposit funds

   Click Wallet → Fiat and Spot → Deposit to add funds. You can use a credit or debit card, SEPA or wire transfer, or deposit stablecoins like USDC directly to your Spot wallet from an external address using the correct network to avoid lost transfers.

4. 4

   4. Buy IO on the spot market

   Go to Trade → Spot and search for "IO" in the pairs panel, then select IO/USDT or IO/USDC. Enter your order amount, choose between a Market order for instant execution or a Limit order at your target price, and click Buy IO to confirm.

5. 5

   5. Secure or stake your IO

   After purchase, your IO will appear in your Spot wallet under Assets. You can leave it on Binance for easy trading, move it to a self-custody Solana wallet like Phantom or Solflare for long-term storage, or explore Binance Earn products for any available IO yield opportunities.

Frequently Asked Questions