The Carv project has announced the launch of CARV SVM Chain, aiming to develop a new ecosystem for AI Agents and safeguard user data
On January 7th, 2025, Carv – a layer-1 blockchain specializing in AI and Gaming development, launched the CARV SVM Chain testnet – an infrastructure utilizing the SVM virtual machine on Ethereum. The goal of CARV SVM Chain is to promote data control and management capabilities at scale, thereby creating a secure and promising ecosystem for AI Agents.
Furthermore, CARV SVM Chain is built on two leading security technologies: Zero-Knowledge (ZK) and Trusted Execution Environments (TEE). With this combination, the network promises to bring new values to users and developers, from data privacy and high scalability to liquidity connectivity between Ethereum and Solana – two leading ecosystems today.
Carv and the Future Vision of AI Agents
With the mission of promoting data control and management for users and developers, Carv is committed to continuously expanding its data solutions. Building on existing platforms – CARV Protocol, CARV ID, and CARV Play, the project has attracted over 15 million registered users on the network and 9 million CARV ID holders.
Currently, CARV SVM Chain promises to continue affirming its role in data protection and creating an ideal infrastructure layer for new applications – AI Agents.
“The launch of the CARV SVM Chain Testnet marks a significant milestone not only for CARV but for the entire decentralized technology industry. We are building the foundation for AI Agents to operate with true data sovereignty, opening up opportunities for users, developers, and industries across multiple sectors,” emphasized Mr. Victor Yu, COO of CARV.
Technological Differences of CARV SVM Chain
CARV SVM Chain opens up an ideal platform for developers, especially in building and deploying AI-based dApps. With superior scalability, high security, and interoperability between blockchains, the infrastructure of CARV SVM Chain helps eliminate technological barriers, encouraging innovation and creativity.
For users, CARV SVM Chain provides comprehensive data control, allowing them to protect their privacy and even monetize their personal data. In a context where many projects exploit data without providing commensurate benefits to users, this network puts users at the center, ensuring fairness and transparency.
With AI Agents, CARV SVM Chain provides a secure environment for them to automatically process, authenticate, and analyze data. The project aims to help AIs become more intelligent, supporting users in many areas such as gaming, finance, healthcare, and scientific research.
To meet the needs of developers, users, and AI Agents, the CARV SVM network has integrated many advanced technologies, with outstanding features such as:
- Scalability: Leverages fast transaction speeds and high processing performance from Solana’s SVM virtual machine.
- Security: Combines Zero-Knowledge (ZK) technology with Ethereum’s security, providing a high level of safety.
- Liquidity Connectivity: Seamless integration between Solana and Ethereum, making it easy for users to access and utilize the liquidity of both networks.
- Privacy: Applies Trusted Execution Environments (TEE) and zk-proofs to protect user data and AI Agents from potential threats.
- AI Agent Support: Builds an ideal environment where AI Agents can learn, interact, and efficiently handle complex problems.
Join the Carv SVM Chain Testnet Trial
This is an opportunity for developers, AI researchers, and builders to participate in exploring this new ecosystem. CARV calls on the community to:
- Build dApps that can take full advantage of the scalability, security, and privacy of CARV SVM Chain.
- Explore opportunities to monetize AI-powered applications, thereby opening up new opportunities for economic activity in AI applications.
- Contribute to shaping the future of the AI ecosystem in particular and data sovereignty in general.
In addition, the Carv team will continuously innovate and develop decentralized technologies, bringing true data control to users in the AI era.
