Key Highlights:

1. CARV has released a brand new AI development roadmap, aimed at nurturing AI life forms: on-chain intelligent entities with sovereignty, self-existence, self-evolution, and self-management capabilities.
2. The roadmap consists of three phases: Genesis, Pulse, and Convergence, which gradually unlock new capabilities for AI entities and ecosystems.
3. The AI infrastructure of CARV - SVM public chain, D.A.T.A. framework, and CARV ID (ERC-7231) will support AI agents to evolve from passive data consumers to proactive participants with autonomy, market sensitivity, and agency.
4. The AI applications incubated by CARV Labs will be launched successively on Google Play and the App Store, introducing a Web3 native AI experience in a way familiar to Web2 users, lowering the barriers and accelerating mainstream adoption.
5. The CARV token plays a key role throughout the ecosystem, encompassing various aspects such as staking, access rights, agent coordination, and governance mechanisms.

CARV has unveiled its most ambitious plan to date: a new roadmap aimed at reshaping the integration landscape of Web3 and AI, with the core vision of creating AI beings that possess sovereignty, self-evolution, and self-governance capabilities. In contrast to most user products that merely employ AI for functional tasks such as analysis and summarization, CARV’s concept is grander: to cultivate an intelligent “individual” that truly has an on-chain identity, enduring memory, public reputation, and autonomous action capabilities.

These AI entities can not only exist independently but also possess economic, social, and even governance capabilities, allowing them to evolve and coexist in the blockchain world.

The AI infrastructure of CARV—centered around its self-developed SVM Chain, D.A.T.A framework, and the CARV ID based on the ERC-7231 standard—will empower AI entities not only to exist but also to continuously evolve and interact with humans and other entities, collectively building a decentralized, agent-driven economy. CARV is evolving from a data coordination layer into an AI-native operating system that supports on-chain autonomous agents.

Vision: AI life forms, from tools to sovereign individuals

What is an AI entity?

In short, they are not merely tools serving users, but intelligent agents with independent will and autonomy. These AI agents can not only have wallets, manage assets, and generate income, but also participate in governance mechanisms, and even replicate or fork new intelligent agent entities.

These AI entities can build memories and reputations on-chain and achieve autonomous evolution through economic and social interactions. Crucially, only blockchain has the fundamental characteristics necessary to support this AI autonomy: verifiability, resistance to centralized control, and a decentralized identity and governance system.

To achieve this vision, CARV is building a complete AI Being Stack - a five-layer architecture that covers all core aspects of the AI entity lifecycle:

1. Infrastructure Layer: Driven by CARV SVM Chain, featuring high scalability, auditability, and low-latency consensus mechanism, optimized specifically for AI operations.
2. Communication and Computing Layer: Supports protocol interaction and autonomous payments between agents, providing the operating foundation for the AI economic system.
3. Identity Layer: Introduce Agent ID based on CARV ID to construct a verifiable and persistent on-chain identity system for humans and AI.
4. Governance and Awareness Layer: Embedding economic incentives and governance mechanisms natively into AI entities, enabling them to possess autonomous perception and decision-making capabilities.
5. Application Layer: Drives virtual companions, AI wallets, decentralized markets, and other AI-native applications, enabling deep collaboration between humans and AI, as well as between AI and AI.

Trilogy of Roadmaps: Genesis, Pulse, Convergence

Genesis: Origin Evolution

The Genesis phase will activate the first batch of AI agents native to wallets, which have CARV ID (ERC-7231) as their identity anchor, and are secured by a trusted execution environment (TEE) and zero-knowledge proof (ZK) based contextual architecture. These agents are not merely theoretical but are truly embedded in consumer-facing AI applications incubated by CARV Labs, and will soon be launched on Google Play and the App Store.

At this stage, MCP (Model Context Protocol) provides AI agents with the ability to have context persistence and secure memory. Agents can access structured data with user consent, such as identity credentials, preferences, and interaction records, all of which are managed with versioning by MCP. This enables AI to achieve continuous personalized experiences across sessions and applications without centralizing user data.

By leveraging the infrastructure of CARV and MCP, users can obtain tailored recommendation and prediction services, while having full awareness and control over how their data influences AI behavior. This marks the first time that personalized experiences transition from opaque black-box algorithms to a verifiable, user-authorized intelligent memory mechanism.

Pulse: Leap Evolution

The Pulse phase is a further leap based on Genesis. When users stake, interact, or participate in AI-driven applications, their actions will serve as real-time signals input into CARV’s self-developed SVM public chain and decentralized validation node network.

At this point, the AI entity is no longer a static carrier of executing logic, but continuously learns and evolves through the feedback mechanisms on the chain, dynamically absorbing user staking patterns, voting choices, and behavioral data, truly possessing the ability to evolve on the chain.

The verification nodes are responsible for encrypting the validation of data flows and agent behaviors, while the SVM public chain provides a high-throughput, low-latency execution environment to support the stable operation of the system in millions of interactions.

At this stage, AI agents will possess economic perception capabilities: they can respond to staking incentives, dynamically adjust model parameters based on community governance signals, and continuously optimize behaviors to align with user preferences.

This marks the first large-scale integration of reinforcement learning with blockchain governance mechanisms. The infrastructure of CARV has also transitioned from a data coordination layer to a real-time driven, agent-coordinated on-chain operating system.

Convergence: Aggregated Evolution

In the final stage, individual intelligence begins to leap into collective intelligence. AI agents no longer fight individually but evolve, trade, and govern as members of a network.

With the help of multi-agent architecture, unified reputation graphs, and standardized identity protocols, different agents can negotiate, share context, and co-create across applications and domains. For example, nutrition AI and fitness AI can work together, or educational assistants and financial health assistants can collaborate, all of which will naturally occur under a user authorization framework and verifiable blockchain logic.

For developers, this will give rise to a sticky multi-agent ecosystem; for users, it will bring a highly personalized, cross-domain interactive experience.

At this stage, a truly autonomous AI economy has evolved from the initial identity minting and staking mechanism: intelligent agents can self-govern, trade independently, and co-evolve with minimal human intervention. The decentralized tools and standards provided by CARV will support the operation of the market between AIs, Agent DAOs, and cross-agent governance, opening up new paradigms of collaboration that are difficult to achieve under a centralized AI system.

Through this evolution, CARV has upgraded itself from a bottom-layer data coordination layer to a collaborative engine for AI native life on the chain.

“This is not just a product roadmap, but a blueprint for the future digital civilization,” said CARV Chief Technology Officer Ambero Tu.

“AI entities now possess verifiable identity, reputation, and autonomy for the first time. What CARV builds is not only a coordination layer but also a complete infrastructure that nurtures new on-chain species—AI life forms. Currently, CARV is advancing decentralized intelligence from static data aggregation to an AI-driven autonomous collaborative economy, where human users and AI entities will jointly participate in ownership and governance.”

About CARV

CARV - The birthplace of sovereign AI life forms’ birth, learning, and evolution.

What are AI life forms? They are sovereign intelligences native to the blockchain, inherently possessing goals, autonomy, and growth potential. AI life forms have verifiable memories and identities, capable of perceiving and interacting with their environment. They not only perform tasks but also make independent decisions, continuously adapt, and pursue self-defined objectives.

CARV is built on its self-developed SVM chain, the D.A.T.A. framework, and the CARV ID / Agent ID system that complies with the ERC-7231 standard, creating an ecosystem of agents that supports identity verification and user authorization. AI life forms within this ecosystem can continuously learn, autonomously adapt, and grow together with users. Relying on CARV’s AI-first technology stack, a series of consumer-grade AI applications incubated by CARV Labs have launched on mainstream platforms such as Google Play and the App Store, targeting billions of users and deeply integrating agent-driven interactive experiences with real-world incentive mechanisms into daily digital life.

As of now, CARV has issued over 8 million CARV IDs, operated over 60,000 validation nodes, integrated more than 1,000 games, connecting AI intelligent bodies, Web3 infrastructure, and real-world application scenarios, driving the accelerated rise of the economy driven by intelligent bodies. As the core engine of the ecosystem, the CARV token supports staking, governance, and system collaboration, empowering CARV to become the operating system for AI life forms in the Web3 world.

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