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Arc (ARC) is a utility token linked to an artificial intelligence ecosystem focused on privacy, efficient computing, and user control over data. The project’s main products are Reactor, an AI assistant for research and creative tasks, and Matrix, a platform designed to process sensitive information in a protected environment. ARC connects these tools to planned features for access, community decisions, and network participation. (coingecko.com)
ARC exists on Ethereum and Base. Its role is different from that of a coin used to pay for transactions on its own blockchain: it is designed to help people use and participate in the project’s AI services. The Ethereum ARC v2 contract is 0x672fdBA7055bddFa8fD6bD45B1455cE5eB97f499. The contract address identifies the token more precisely than its name or ticker, which can also appear in other crypto projects. (arc.ai)
AI tools can help people search, write, analyze records, and answer questions. Those tasks may also involve private conversations or business data. Arc’s goal is to make useful AI services available while giving users more control over who can access the information involved. ARC is intended to connect that work to an on-chain system for participation and access. (arc.ai)
As of 11/12/2026 05:00 UTC, Arc (ARC) trades at $0.00083 with a +1.59% move over the last 24 hours.
The market capitalization stands at $1.2M, placing it at rank #2852 by market value.
Daily trading volume is $57K. Arc (ARC) has moved -36.56% over the past seven days and -52.30% across the last 30 days.
The ARC project traces its earlier token history to March 2022. Its product direction later grew around AI tools. The project’s roadmap records the creation of ARC Labs AG in Zug, Switzerland, and early Reactor releases in 2024. It then describes further Reactor work and the development of Matrix during 2025. The roadmap is useful for understanding the project’s direction; individual milestones should be read as the team’s stated development plans unless separately confirmed as released products. (arc.ai)
ARC’s team profile names TJ Dunham and Henry Syahputra as co-founders. Dunham is identified as CEO and leads the project’s vision and product roadmap. Syahputra is identified as CTO and leads technology work, with a focus on security, encryption, and AI infrastructure. The project operates through separate entities: Swiss-based ARC Labs AG handles AI infrastructure, while ARC Inc. in Samoa manages the token and ecosystem participation programs. (arc.ai)
Reactor is the more familiar side of the ecosystem. It offers AI chat, search, writing assistance, and creative tools. Its listed search options include web, academic, video, and other sources. A user can bring a question to Reactor and use its tools to gather or organize information. (reactor.arc.ai)
Matrix focuses on handling sensitive AI work. ARC describes private chat, secure computing, model evaluation, and integration tools as Matrix applications. Its design uses protected processing environments, wallet-based access controls, and cryptographic records of actions. In simple terms, the aim is to let a person or organization use AI on information they control while keeping a record of how that information was handled. (arc.ai)
The project’s technical description also discusses homomorphic encryption, including a method called CKKS. Homomorphic encryption allows certain calculations to be performed on encrypted information. That matters for AI tasks involving records that an organization does not want to expose during processing. Matrix’s broader design brings together encryption, controlled access, and verification rather than relying on the token alone to provide privacy. (arc.ai)
ARC gives the ecosystem a way to record token ownership and support on-chain features. Project materials describe its use for access, selected community votes, and participation by people who help operate network services. The planned Matrix network would use verifiable records for work carried out by contributors. The AI applications and the token therefore have related but distinct jobs: Reactor and Matrix provide services, while ARC is intended to help coordinate access and participation around them. (arc.ai)
ARC’s published economic model gives ARC v2 a maximum supply of 1.03 billion tokens. It describes an allocation of 85% for community activity, including adoption programs; 10% for operations, such as maintaining infrastructure; and 5% for the team. These categories explain the project’s intended distribution approach. They do not, by themselves, show how many people use its AI products. (arc.ai)
The token has gone through a v1-to-v2 upgrade. ARC’s published contract list identifies v2 addresses on Ethereum and Base and separates them from earlier contracts. The project also provides tools for bridging ARC between the two networks and for upgrading eligible older tokens. These steps matter because an Ethereum token and a Base token use different contract addresses even when they serve the same ecosystem. (arc.ai)
ARC’s stated uses include access to features built around Reactor and Matrix, participation by network contributors, and voting on selected ecosystem matters. Its token materials describe possible uses for Matrix service fees and contributor rewards tied to activity. Governance is focused on matters such as project integrations or community programs rather than ownership of an ARC company. Some parts of this utility model are still being developed, so the token’s intended roles are broader than the functions available at any single point in time. (arc.ai)
ARC Inc. also describes a participation program in which eligible users lock tokens for a period to support network operations. Its terms link possible rewards to program rules and network activity. This gives ARC a coordination role alongside its access role: the token can connect people who use services with those who help provide them. (arc.ai)
Reactor’s clearest use cases are research and content work. A student might use search tools to find material on a topic, while a writer might use chat or image tools to develop an idea. Developers can also use the project’s APIs to bring AI functions into their own software. These are examples of the kinds of tasks the product is built to support, rather than measures of how widely it has been adopted. (reactor.arc.ai)
Matrix is aimed at work where control over data is especially important. ARC describes possible applications in healthcare, finance, and business operations. Examples include analyzing health records, examining transaction patterns, and sharing findings between teams without broadly exposing the information behind them. Matrix Playground provides a way to explore the project’s private-AI approach, while its business-facing tools are designed for more complex workflows. (arc.ai)
The ecosystem model links these uses to ARC in several ways. A user may need token-based access to certain features or usage levels. A developer may build a service using Matrix tools. A network contributor may help carry out encrypted computing tasks. A holder may take part in selected votes. Together, these roles show why the project describes ARC as a connector across its AI products, rather than simply as a payment token. (arc.ai)
ARC’s main advantage is its clear focus: useful AI tools paired with technology for handling private information. Reactor gives the ecosystem a product people can use directly, while Matrix addresses the different needs of teams working with sensitive records. The token model also offers a way to coordinate access and contributor activity across both products. Having Ethereum and Base versions can make ARC available within two established blockchain environments. (arc.ai)
The same design brings practical challenges. Encrypted computing, wallet-based permissions, and verifiable records involve more moving parts than an ordinary AI chat. Organizations must fit those tools into their existing systems and decide which data and staff each workflow can access. The token model also depends on the continued development of Matrix features and contributor programs. ARC’s long-term usefulness will be shaped by how well these separate parts work together for real users. (arc.ai)
ARC is available on MEXC and through Uniswap on Ethereum. ARC’s official contract page also lists LCX among its platforms. Exchange availability and supported pairs can vary by platform and location. (arc.ai)
ARC v2 can be stored in wallets that support Ethereum or Base tokens, such as MetaMask. On Ethereum, its v2 contract is 0x672fdBA7055bddFa8fD6bD45B1455cE5eB97f499. On Base, the listed v2 contract is 0x431151F26c48B4D4BEFc34048a0966Bf960A0c50. ARC’s bridge is designed to move supported tokens between those networks. Ethereum and Base transactions use the network’s own gas token, ETH, for transaction fees. (arc.ai)
ARC Inc. operates the token program from Samoa, while the Swiss entities operate the project’s AI products. The company describes ARC as a utility token for access and participation. Its token terms place restrictions on access to some features in jurisdictions including the United States, Canada, the United Kingdom, and EU states. Legal treatment also depends on how a token or related service is offered: U.S. securities guidance examines the circumstances of an offer, while EU rules set requirements for crypto-asset service providers. (arc.ai)
ARC’s Shariah status depends on the activity being assessed. Its stated uses include access to AI services as well as a separate participation-rewards arrangement. Islamic-finance review considers the rights a digital token gives its holder, how it is used, and the terms of any related transaction. Malaysia’s Securities Commission Shariah Advisory Council, for example, assesses digital assets against conditions concerning their use and trading. That framework does not give every token or every use of a token the same ruling. (arc.ai)
ARC’s future direction centers on connecting its AI products more closely to its token features. Its roadmap describes Matrix development, decentralized computing, contributor participation, and expanded community voting. The key question for the ecosystem is whether these pieces become a smooth experience: private AI services that people want to use, tools that developers can integrate, and a clear role for those who help run the network. (arc.ai)
This gives ARC a place at the meeting point of two fields: AI services and blockchain-based coordination. Its progress can be understood through product releases, working integrations, and practical uses of Matrix and Reactor, rather than through changes in token trading activity. (arc.ai)
Arc is an AI-focused ecosystem built around Reactor’s everyday tools and Matrix’s privacy-oriented computing platform. ARC v2 is its utility token, designed to support access, selected governance, and network participation across Ethereum and Base. The project’s distinguishing aim is to join useful AI products with greater control over data and a token-based way to coordinate the people who use and support those products. (arc.ai)
