AI crypto projects combine blockchain with machine learning and autonomous agents, enabling decentralized data analysis, automated trading strategies, and real‑time AI inference across DeFi, NFT, and supply‑chain applications. Discover the top AI crypto projects to watch in 2025 on BingX, including Bittensor, NEAR, Internet Computer, Render, ASI, The Graph, and Sei, and learn how to trade, stake, and secure these innovative tokens.
AI‑powered cryptocurrencies have exploded in value. Their combined market cap has ballooned to $26.4 billion, up from just $2.7 billion one year earlier . You’re now at the brink of a new era: 2025 will define the AI‑crypto convergence. Major protocols are embedding machine learning directly on‑chain, while venture firms pour capital into agent marketplaces and DeFAI platforms. Builders are racing to deploy automated trading bots, NFT‑sniping agents, and on‑chain AI compute networks. Don’t let this wave pass you by.
2025 Q1 Crypto Industry Report | Source: CoinGecko
According to CoinGecko, nearly 700 tokens now compete in the AI sector, with a combined market cap exceeding $22.5 billion. That depth reflects surging developer interest and growing demand for decentralized AI services, from predictive analytics to autonomous market‑making. As more projects launch and integrate LLMs, reinforcement‑learning agents, and real‑time data oracles, the AI‑crypto space promises to reshape DeFi, Web3, and beyond.
In Q1 2025, AI was one of the hottest crypto narratives of all, second only to memecoins. Out of the top 20 stories tracked by CoinGecko, five were AI‑related, capturing 35.7% of global investor interest—overtaking meme coins, which settled for 27.1%. Combined, AI tokens and memecoins accounted for 62.8% of all crypto narrative mindshare.
What Are AI Crypto Tokens?
AI cryptocurrencies fuse blockchain with machine learning or autonomous agents. They act as utility tokens that power AI‑driven networks—funding ecosystems where models train, deploy, and execute fully on‑chain
Core applications include:
• Data Analysis: AI scans massive on‑chain and off‑chain datasets to uncover hidden market signals.
• Automation: Smart contracts embed AI logic to handle tasks like portfolio rebalancing or yield harvesting without manual steps.
• Predictive Modeling: Agents forecast price moves, gas fees, or NFT floor trends to guide your next trade.
These projects combine the transparency and security of blockchain with the adaptive power of AI. As a result, they unlock new levels of efficiency, trust, and innovation in decentralized finance and beyond.
Why AI Crypto Projects Are Trending in 2025
AI dominance in the crypto market on the rise | Source: DappRadar
AI tokens aren’t a passing trend: as per CoinGecko's Q1 2025 Crypto Industry Report, they now capture 35.7% of global crypto narrative mindshare, up from near‑zero just two years ago, and outperform memecoins in investor interest. These projects power fully autonomous trading, real‑time data analysis, and cutting‑edge DeFAI/NFT tools, reshaping how value moves on chain. As per data on DappRadar, AI crypto projects' market share rose from 8.2% in Q4 2024 to 10.8% in Q1 2025.
Crypto markets never sleep—you have 8,760 trading hours each year. Human traders cover only a fraction of that. AI agents, by contrast, scan 50+ order books in under a second and execute trades in microseconds to capture fleeting arbitrage opportunities, which account for an estimated 5–10% of total daily trading volume.
In the past quarter, DeFAI (decentralized finance + artificial intelligence) bots have redeployed over $2 billion in TVL across lending and yield‑farming protocols to chase the best 12–20% APYs. On the NFT side, sniping algorithms have boosted mint success rates by 40% and average flip profits by 15%, outpacing manual buyers in busy drops.
Top Artificial Intelligence (AI) Coins to Know in 2025
Here are the top seven crypto projects in the AI sector you need to know in 2025 and consider adding to your portfolio, if you are interested in this emerging space:
1. Bittensor (TAO)
An overview of the Bittensor ecosystem | Source: Bittensor docsBittensor (TAO) is a decentralized neural‑network marketplace built to democratize AI development. Instead of relying on centralized providers, Bittensor lets anyone deploy and monetize machine‑learning models on its blockchain. Contributors—whether they train models (“miners”) or validate outputs (“validators”)—earn rewards in TAO tokens through its innovative Proof of Intelligence consensus. This mechanism measures the quality of work, ensuring that only high‑accuracy models and reliable validators receive the largest payouts. Underpinning this network are “subnets,” domain‑specific markets (e.g., natural language, vision, or forecasting) that let developers spin up customized AI ecosystems, all unified by the TAO economy.
In practice, Bittensor powers shared AI model training and on‑chain machine‑learning marketplaces where data scientists and engineers collaborate seamlessly. TAO tokens fuel every aspect of the network: you stake TAO to back your favorite validators, vote on incentive parameters, or unlock premium agent services. As of April 2025, TAO has a market cap of over $2.7 billion, ranking it among the top 35 cryptocurrencies by market size and the largest AI crypto coin by market cap. By aligning economic incentives with open participation, Bittensor aims to build a truly decentralized intelligence network, where the benefits and ownership of cutting‑edge AI rest in the hands of the global community.
2. NEAR Protocol (NEAR)
Source: NearNEAR Protocol (NEAR) is a high‑performance, sharded Layer‑1 blockchain designed from the ground up for AI and Web3 applications. Its Nightshade sharding splits the network into parallel “shards,” enabling throughput of over 1 million transactions per day with sub‑second finality. Developers build with familiar tools—JavaScript, Rust, or AssemblyScript—using NEAR’s WebAssembly runtime and meta‑transactions to cover user gas fees seamlessly. Homomorphic encryption and multiparty computation (MPC) support private, on‑chain AI tasks, while cross‑chain bridges connect NEAR to Ethereum and other networks. This combination makes NEAR an ideal home for AI agents that demand low‑latency execution and for data marketplaces that scale effortlessly as usage grows.
NEAR’s native token, NEAR, underpins every network operation. You stake NEAR to secure the PoS consensus, earn up to 10 % APY in staking rewards, and participate in on‑chain governance via NEAR Improvement Proposals. It also pays transaction and storage fees, aligning value capture with real network activity. As of April 2025, NEAR has a market capitalization of over $2.6 billion, making it the second-largest AI token by market cap. These metrics reflect growing adoption by AI developers and enterprises building the next generation of decentralized, intelligent applications.
3. Internet Computer (ICP)
Source: InternetComputerThe Internet Computer extends the public internet into a decentralized “world computer” that hosts secure, network‑resident code and data. Its chain‑key cryptography stitches together multiple subnet blockchains into one seamless network, enabling sub‑second finality and horizontal scalability. You deploy WebAssembly‑powered canister smart contracts that run at web speed, process HTTP requests directly, and serve interactive web apps without centralized servers. Native on‑chain AI model execution makes AI inference tamper‑proof and transparent. This architecture lets you build unstoppable Web3 social media, games, DeFi protocols, and AI services that remain immune to traditional cyber attacks.
ICP tokens fuel every facet of this ecosystem. You stake ICP in the Network Nervous System (NNS) to vote on protocol upgrades and earn voting rewards. You convert ICP into “cycles” to power computation, storage, and HTTP outcalls under the reverse‑gas model—so end users can interact with dApps without holding tokens. Automated DeFi strategies, such as AI‑driven yield optimization bots, and AI‑powered financial services, like predictive lending models, run entirely on‑chain. As of April 2025, ICP has a market cap of $2.5 billion. By aligning token incentives with transparent governance and developer rewards, ICP powers the next wave of scalable, intelligent blockchain applications.
4. Render (RENDER)
Source: RenderRender (RNDR) powers a decentralized GPU rendering network that lets you tap into idle graphics cards around the world for massive compute tasks. At its core, Render matches artists and developers who need high‑performance rendering or AI inference with node operators who provide GPU power. Task requests, from photorealistic 3D renders to real‑time machine‑learning inference, are dispatched over a peer‑to‑peer network. Governance and protocol upgrades happen through community‑driven Render Network Proposals (RNPs), overseen by the not‑for‑profit Render Network Foundation. This open model drives efficiency, scale, and economic alignment, as artists only pay for the exact compute they consume, and node operators earn rewards for delivering reliable GPU services.
The RENDER token underpins the entire ecosystem. Artists “burn” RENDER to purchase rendering credits, which node operators then earn based on completed work and reputation. The network uses a Burn‑Mint Equilibrium (BME) model to dynamically adjust token issuance, balancing supply with demand. You can stake RENDER to participate in governance votes on new features or emissions parameters. As of April 2025, RENDER has a live market cap of over $2.2 billion. Whether you’re rendering blockbuster visual effects, training deep‑learning models, or running generative AI workflows, Render provides cost‑effective, on‑demand GPU compute—and aligns incentives so everyone on the network shares in its growth.
5. Artificial Superintelligence Alliance (FET)
Source: SuperIntelligence docsThe Artificial Superintelligence Alliance (ASI) unites Fetch.ai, SingularityNET, Ocean Protocol (and more recently CUDOS) into the world’s largest open‑source consortium for decentralized AGI research and infrastructure. ASI’s mission is to prevent AI from being monopolized by a few tech giants by building a truly democratic ecosystem. At its core sits Agentverse—a decentralized marketplace where anyone can discover, deploy, and monetize autonomous bots—and the uAgents SDK, which lets you wrap custom logic, data feeds, or LLMs into on‑chain agents. From the Web3‑native ASI‑1 Mini LLM to future AGI frameworks, ASI empowers developers to build, test, and scale cutting‑edge AI applications with full transparency and shared governance.
In practice, ASI agents handle cross‑chain payments, optimize supply‑chain logistics, and run arbitrage bots with minimal friction. The ASI token (FET) fuels every interaction: you stake FET for governance, pay for Agentverse transactions, and earn rewards as agents execute tasks. As of April 2025, FET token has a market cap of over $1.5, reflecting growing adoption of its collaborative AI infrastructure . By aligning incentives across data providers, compute resources, and agent developers, ASI strives to build a bottom‑up intelligence network where the benefits of superintelligence are shared by all.
6. Sahara AI (SAHARA)
Source: Sahara AISahara AI is a full-stack, decentralized AI platform built on its own Layer-1 blockchain, designed to give users full control over their data, AI models, and contributions. By fusing blockchain with AI workflows, such as dataset licensing, model training, and agent deployment, Sahara transforms the traditional AI pipeline into a transparent, user-owned ecosystem. Instead of big tech companies monopolizing the data and algorithms, Sahara empowers individuals to upload datasets, mint ownership NFTs, deploy AI agents, and earn rewards when their assets are used, all with traceable on-chain attribution.
The platform is backed by top-tier investors including Binance Labs, Polychain Capital, and Sequoia, and has attracted over 200,000 global contributors and more than 3 million annotated datasets. Sahara’s native token, $SAHARA, is used for payments, staking, governance, and licensing. It was listed on BingX Spot Market in June 2025 under the SAHARA/USDT trading pair and is set to launch on Binance Alpha, expanding its accessibility and liquidity. As part of its rapid growth, Sahara AI is running an active airdrop campaign through the SIWA public testnet, allowing early users to earn rewards by uploading data, completing tasks, and collecting NFTs, giving participants a real stake in the future of decentralized AI.
Learn more about how Sahara AI works in our comprehensive guide. You can also explore SAHARA listing price prediction following the token generation event (TGE).
7. Sei (SEI)
Source: SeiSei (SEI) is a next‑generation, parallelized Layer‑1 blockchain built on the Cosmos SDK and Tendermint, engineered for unmatched speed and scalability. Its unique runtime parallelizes non‑conflicting transactions, achieving 380 ms block finality and up to 12,500 TPS—ideal for Web2‑style, high‑frequency trading and real‑time digital exchanges. With native EVM compatibility in its Sei V2 release, it supports familiar Ethereum tooling (Hardhat, Foundry) plus advanced features like chain abstraction and meta‑transactions. Use cases span on‑chain order‑book DEXs, unified stablecoin rails (e.g., USDT0 via LayerZero OFT), cross‑chain liquidity, and any application demanding minimal latency and robust security via proven Tendermint consensus and WebAssembly modules.
The SEI token underpins network security, governance, and transaction economics. You stake SEI to run validator nodes, earn staking rewards, and vote on protocol upgrades through the Sei DAO. Every transaction and smart contract execution consumes SEI for fees, aligning value capture with real usage. As of April 2025, SEI has a market cap of over $896 million. Backed by top institutions like Circle Ventures and Multicoin, Sei delivers enterprise‑grade infrastructure for the next wave of DeFi and real‑time blockchain applications.
8. The Graph (GRT)
Source: TheGraphThe Graph (GRT) powers a decentralized indexing protocol that brings the efficiency of GraphQL to blockchain data. Rather than querying raw blocks, developers define “subgraphs”—custom schemas that index specific on‑chain events and smart‑contract state—and then use GraphQL to fetch exactly the data they need. This architecture underpins on‑chain data feeds for AI agents, letting bots access reliable market prices, oracle updates, or user activity in real time. Quality control comes from curation and delegation: token holders stake GRT to signal which subgraphs deserve indexing, and indexers earn fees for serving high‑quality, up‑to‑date data.
GRT tokens fuel every aspect of The Graph ecosystem. You pay query fees in GRT, which are distributed to indexers and curators. You can stake GRT to delegate to indexers and earn a share of query revenues. And you participate in governance proposals that shape network parameters. As of April 2025, GRT trades with a market capitalization of over $788 million. Whether powering real‑time DeFi trading bots or fetching NFT metadata for marketplaces, The Graph delivers the data layer that modern Web3 applications and AI agents rely on.
How to Evaluate AI Crypto Projects
Not all AI tokens are equal. Use these four pillars to separate the innovators from the hype.
Team Expertise & Roadmap: Look for founders with proven AI and blockchain track records. A clear roadmap should show completed milestones, such as audited smart contracts or mainnet launches, and detailed plans for agent upgrades, model retraining, or new integrations.
Tokenomics & Supply Schedule: Study the emission curve and vesting schedules. The healthiest projects balance early rewards with long‑term scarcity. Check for mechanisms like token burns, staking rewards, or revenue‑sharing that tie value capture to real network usage.
Adoption & Partnerships: Live pilots on testnets or mainnets demonstrate real demand. Enterprise integrations with cloud providers or oracle networks signal that major players trust the tech. Partnerships with DeFi protocols, NFT platforms, or data marketplaces further validate utility.
Community & Governance: A vibrant Discord or Telegram community shows active user engagement. On‑chain governance—where token holders vote on upgrades and budgets—aligns incentives and prevents centralization. Projects with regular governance proposals and transparent voting metrics tend to outlast those without.
How to Trade AI Crypto Projects on BingX
Getting started with BingX is simple, even if you’re new to crypto. As the AI-powered social trading platform, BingX has been paying close attention to the AI niche and has listed several leading AI cryptocurrencies on our platform. Here's how you can buy, stake, and secure your AI tokens confidently with BingX.
1. Sign Up & Complete KYC: First, head to bingx.com or install the BingX app and register using your email or phone number. Then upload a clear photo of your government‑issued ID and a selfie under Profile → Verification. Basic verification often clears in under five minutes; upgrading to advanced KYC lifts your withdrawal limits and unlocks premium features.
2. Deposit Funds: Once verified, go to Assets → Deposit and choose USDT or your local fiat currency. For crypto deposits, copy the USDT address or scan the QR code—the network usually confirms within minutes. If you prefer fiat, select bank transfer or card payment; expect funds to arrive in 1–2 business days, and check Deposit History to confirm.
3. Select Your AI Token: Navigate to Trade → Spot Trading as shown below, enter the symbol (for example, “TAO/USDT” or “NEAR/USDT”) in the search bar, and click the pair. You’ll instantly see real‑time price charts, order books, and recent trades to help you plan your entry.
4. Place Your Order: Decide whether you want immediate execution with a market order or to target a specific price with a limit order. For more control, use OCO (one cancels the other order) to set both a take‑profit and a stop‑loss in one ticket, or employ a stop‑limit order to trigger at your chosen threshold if the market moves against you. Always verify the price and amount before confirming.
5. Stake & Earn: After buying AI tokens, visit Earn → Staking to lock them for passive yields. Flexible staking lets you withdraw at any time with a modest APY, while fixed‑term options (e.g., 30 days) offer higher returns in exchange for a lock‑up period. Review the projected annual yield and minimum amounts to find the right fit.
6. Secure Your Account: Protect your assets by enabling two‑factor authentication in Security Settings—link Google Authenticator or SMS 2FA to every login and withdrawal. Turn on withdrawal address whitelisting so that funds can only move to pre‑approved wallets. Finally, set an anti‑phishing code in your account to spot official communications, and use a strong, unique password stored in a password manager.
By following these steps, you’ll trade AI tokens like a pro—combining ease of use with robust security and risk management.
Closing Thoughts
AI and blockchain now work hand‑in‑hand to deliver 24/7 autonomous trading, data‑driven decision‑making, and new DeFAI and NFT automation use cases. Projects like Bittensor, NEAR, Internet Computer, Render, ASI (FET), The Graph, and Beldex showcase how AI tokens can reshape decentralized finance, supply‑chain tools, and on‑chain intelligence markets.
Always do your own research before you invest. Review a project’s team, roadmap, tokenomics, and community activity. Diversify your holdings and never risk more than you can afford to lose. Crypto markets remain volatile, and past performance does not guarantee future results.
Ready to dive deeper? Explore more beginner guides, tutorials, and in‑depth courses on BingX Academy. Stay informed. Stay secure. Stay ahead in the AI‑crypto revolution.
