OpenGradient (OPG): Building Verifiable On-Chain AI Inference Infrastructure

HTX NewsОпубліковано о 2026-04-29Востаннє оновлено о 2026-04-29

Анотація

OpenGradient (OPG) is a decentralized AI inference infrastructure network focused on turning AI outputs into verifiable, auditable on-chain data.

OpenGradient (OPG) is a decentralized AI inference infrastructure network focused on turning AI outputs into verifiable, auditable on-chain data. This allows smart contracts to use AI results more reliably and addresses the core issue of making AI outputs trustworthy on-chain. As AI and Web3 continue to converge, this approach opens up new possibilities for on-chain applications and expands what they can realistically support.

On the team side, OpenGradient’s core members come from institutions such as Two Sigma, Palantir, and Google, with experience in AI infrastructure and quantitative systems. Notably, the CTO was Tech Lead of Palantir’s AI Platform (AIP), where he led LLM reasoning infrastructure and AI agent execution. Since its founding in 2024, the project has completed multiple funding rounds totaling approximately $9.5 million, with investors including a16z and Coinbase Ventures.

What sets OpenGradient apart is its approach to verifiable inference. Through its inference engine, developers can call machine learning models directly from smart contracts. The system uses a mix of zkML proofs and Trusted Execution Environments (TEE) to verify results, which are then confirmed at the network level. This setup balances performance and trust, reduces the typical “black-box” concerns around AI, and makes it more practical to use AI in scalable on-chain environments.

The project is already moving beyond the concept stage. Its testnet is live, with working support for smart contract-based AI calls, and both the model repository and SDK are available for developers. According to project disclosures, OpenGradient has processed over 2 million verifiable AI inferences and has 263,500+ unique wallets, with more than 4,400 models deployed and over 500K zkML proofs and TEE attestations generated. It is also fully EVM-compatible. In addition, applications like BitQuant, MemSync, and Twin.Fun helps demonstrate real use cases, while integrations with other AI and on-chain protocols are gradually building out the ecosystem.

From a market perspective, OPG is deployed on Base with a total supply of 1 billion tokens, used for gas, staking, governance, and model usage. Around 19% of tokens were in circulation at TGE, implying an initial market cap of about $34 million. The token is currently trading in the $0.28–$0.31 range, with a circulating market cap near $54 million and an FDV of roughly $280–$300 million. Team and investor tokens are locked for one year, and most other allocations follow a long-term release schedule, meaning there is no major short-term unlock pressure. At this stage, price movement is mainly driven by liquidity and market sentiment. After the initial post-TGE pullback, token distribution appears to be stabilizing, which can support further trading activity.

Overall, OpenGradient offers clear direction in the emerging field of on-chain verifiable AI. It combines early product validation, growing ecosystem activity, and a relatively balanced token structure. With AI still a major theme in the market, this mix of moderate float, early-stage valuation, and real usage gives OPG room to attract attention.

OPG is now listed on HTX, and until April 30, users can join a campaign to share $3,000 in OPG rewards by completing simple tasks such as following and retweeting.

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Behind the 67,000 Semiconductor Talent Shortage: U.S. Industrial Policy Game and Implications for China

The U.S. push to reshore semiconductor manufacturing faces a core challenge: a significant talent shortage. While over $770 billion in investments are planned across 160 projects, a key hurdle is finding enough people to run the new fabs. According to industry projections, the U.S. could face a shortage of approximately 67,000 technicians, engineers, and computer scientists by 2030. This shortage is multi-faceted. It includes not only high-level chip design engineers requiring advanced degrees but also a substantial need for technicians to operate and maintain fab equipment. Technician roles, while often requiring less formal education, are hard to fill due to factors like shift work, factory locations, and local community infrastructure. Conversely, for high-end engineers, the issue is less about salary—which is already competitive—and more about intense competition for specialized skills from other tech sectors and the long lead time to develop such expertise. The geographic dispersion of new investments complicates recruitment, as fabs need large numbers of local, stable employees. In response, U.S. policy emphasizes building workforce development as critical infrastructure. Strategies include expanding community college programs for technician training, fostering industry-education partnerships, and pursuing immigration reforms for high-skilled talent, aiming to balance immediate needs with long-term domestic pipeline development. For China, the key takeaway is the need to integrate talent supply planning with factory construction from the outset. This involves requiring companies to submit workforce plans, strengthening vocational education aligned with industry needs, and building supportive local ecosystems to retain talent. Ultimately, a sustainable semiconductor industry depends not just on building fabs, but on cultivating a continuous, local talent pipeline capable of keeping them running and advancing.

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Behind the 67,000 Semiconductor Talent Shortage: U.S. Industrial Policy Game and Implications for China

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Ласкаво просимо до HTX.com! Ми зробили покупку OpenGradient (OPG) простою та зручною. Дотримуйтесь нашої покрокової інструкції, щоб розпочати свою криптовалютну подорож.Крок 1: Створіть обліковий запис на HTXВикористовуйте свою електронну пошту або номер телефону, щоб зареєструвати обліковий запис на HTX безплатно. Пройдіть безпроблемну реєстрацію й отримайте доступ до всіх функцій.ЗареєструватисьКрок 2: Перейдіть до розділу Купити крипту і виберіть спосіб оплатиКредитна/дебетова картка: використовуйте вашу картку Visa або Mastercard, щоб миттєво купити OpenGradient (OPG).Баланс: використовуйте кошти з балансу вашого рахунку HTX для безперешкодної торгівлі.Треті особи: ми додали популярні способи оплати, такі як Google Pay та Apple Pay, щоб підвищити зручність.P2P: Торгуйте безпосередньо з іншими користувачами на HTX.Позабіржова торгівля (OTC): ми пропонуємо індивідуальні послуги та конкурентні обмінні курси для трейдерів.Крок 3: Зберігайте свої OpenGradient (OPG)Після придбання OpenGradient (OPG) збережіть його у своєму обліковому записі на HTX. Крім того, ви можете відправити його в інше місце за допомогою блокчейн-переказу або використовувати його для торгівлі іншими криптовалютами.Крок 4: Торгівля OpenGradient (OPG)Легко торгуйте OpenGradient (OPG) на спотовому ринку HTX. Просто увійдіть до свого облікового запису, виберіть торгову пару, укладайте угоди та спостерігайте за ними в режимі реального часу. Ми пропонуємо зручний досвід як для початківців, так і для досвідчених трейдерів.

443 переглядів усьогоОпубліковано 2026.04.20Оновлено 2026.06.02

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Ласкаво просимо до спільноти HTX. Тут ви можете бути в курсі останніх подій розвитку платформи та отримати доступ до професійної ринкової інформації. Нижче представлені думки користувачів щодо ціни OPG (OPG).

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