Agent Virtual Machine PriceAVM

What is Agent Virtual Machine (AVM)?

Agent Virtual Machine (AVM) is an ERC-20 token deployed on the Ethereum network that represents a runtime infrastructure project for the agent economy. According to the project's own descriptions, AVM is designed as a secure, scalable compute layer that turns agent reasoning into real-world execution. It bridges large language models with code execution, allowing autonomous agents to run scripts, process data, and interact with external systems without requiring dedicated infrastructure management. The project is powered by a Model Context Protocol server that accepts tool calls from agents, executes them in isolated containers, and returns verifiable outputs in real time. The token has a maximum supply of 100,000,000 AVM, with approximately 53,045,488 AVM in circulating supply. AVM launched for trading on 11 June 2025 and is categorized under AI Agents and the Ethereum Ecosystem.

Key Specifications & Tokenomics

• Name: Agent Virtual Machine
• Ticker / Symbol: AVM
• Blockchain / Network: Ethereum (ERC-20)
• Token Contract Address: 0xf5f52266a57E6D7312dA39BD7ab9527B9e975C40
• Token Standard: ERC-20
• Decimals: 18
• Total Supply: 100,000,000 AVM
• Max Supply: 100,000,000 AVM
• Circulating Supply: 53,045,488 AVM
• Category: AI Agents, Ethereum Ecosystem
• Official Website: https://www.avm.codes/
• GitHub Organization: https://github.com/avm-codes
• Explorer: etherscan.io
• Trade Launch Date: 11 June 2025
• Contract Compiler Version: v0.8.28+commit.7893614a
• Optimization: Enabled with 200 runs

Who created Agent Virtual Machine (AVM)?

Detailed public information about the founding team and organizational structure behind Agent Virtual Machine is currently limited. The GitHub organization page states that the organization has no public members. An introduction post about AVM was published on X by an account identified as Varun (@varun_mathur). The project maintains a presence across multiple platforms including GitHub, X, and Telegram, but specific individual identities, corporate entities, or development team compositions have not been extensively disclosed in available materials. The token contract constructor includes parameters for a treasury address, indicating some form of organizational fund management, though the specific address is not publicly available in the referenced materials.

How does Agent Virtual Machine (AVM) work?

AVM operates as a single runtime daemon called avmd that sits between every agent framework and the operating system. Users install it once and configure a single policy file, after which every agent on the machine runs inside the AVM environment regardless of which framework was used to build it. The system enforces security through a five-layer injection scanner featuring 91 compiled regex patterns that scan every input and output on a fail-closed basis. A privacy layer classifies all outbound data for personally identifiable information, credentials, and financial information using 27 detection patterns plus Luhn validation, with a tamper-evident hash-chained log of every egress event. The resource governor allows users to set system-wide caps on CPU, memory, disk, and network usage, fair-sharing resources across all agents with a gas budget mechanism that halts execution when an agent's budget runs out. Code execution occurs in isolated process sandboxes or Docker containers with restricted capabilities. Dangerous operations trigger interactive approval prompts with a five-minute timeout that auto-denies. Where needed, AVM can generate zero-knowledge proofs of agent execution through 25 purpose-built opcodes and 6 proof systems.

What makes Agent Virtual Machine (AVM) unique and valuable?

AVM positions itself as a trust layer for the agent economy, using the architectural analogy of being the V8 engine for agents. Just as Chrome, Node.js, and Deno share V8 as their execution engine while offering different user experiences, AVM aims to provide the execution and trust foundation that any agent framework can build upon. Its key differentiators include the Model Context Protocol server that enables trustless, high-throughput code execution without centralized API dependencies, a comprehensive security architecture with injection scanning and privacy classification, and the ability to generate zero-knowledge proofs of execution for agent-to-agent interactions. The project also emphasizes zero DevOps requirements, meaning developers can integrate agent code execution capabilities without managing underlying infrastructure. The single configuration file approach provides one audit point and one kill switch for all agents on a machine, simplifying governance and security oversight.

What is Agent Virtual Machine (AVM) used for?

The AVM token is associated with a runtime infrastructure platform designed for AI agent code execution. The primary utility of the platform is to provide agents with the ability to write, run, and verify code autonomously without human intervention. Developers and agent framework users can integrate AVM to give their agents access to isolated code execution environments. The platform supports real-time tool calls through its MCP server, allowing agents to run code, process data, and interact with systems in a secure and verifiable manner. The zero-knowledge proof capabilities are positioned as a foundational pillar for the agent-to-agent economy, enabling verifiable execution records. The token itself functions as an ERC-20 asset on Ethereum, with trading available on decentralized exchanges and certain centralized platforms. The project's GitHub repositories include SDKs for TypeScript and Python, an executor engine, a default sandbox environment, and an integration for the Vercel AI SDK.

How Is the Agent Virtual Machine (AVM) ecosystem developing?

The AVM ecosystem is in an early stage of development. The GitHub organization maintains five public repositories: avm-vercel-ai for running Python scripts through the AVM API integrated with the Vercel AI SDK, sandbox-sdk-ts and sandbox-sdk-python for platform SDKs, avm-default-sandbox for default code sandbox environments, and avm-executor as a serverless execution engine. These repositories show ongoing development activity with updates spanning from June 2025 through April 2026. The project has published a changelog for version 0.1.0 covering the security gate, privacy layer, resource governor, sandbox execution, approval flow, CLI dashboard, Node.js SDK, and the unified configuration system. The token has recorded approximately 3,522 holders on Etherscan and over 10,859 transactions on Ethplorer. Trading activity has been concentrated on decentralized venues, with Uniswap V2 hosting the primary AVM/WETH pair. The project also maintains documentation and a whitepaper accessible through its official channels.

How to mine Agent Virtual Machine (AVM)?

Agent Virtual Machine (AVM) is an ERC-20 token on the Ethereum network and does not operate its own independent blockchain with a mining mechanism. There is no traditional proof-of-work mining process for AVM tokens. The token was deployed with a fixed maximum supply of 100,000,000 AVM, and the contract constructor includes parameters for name, symbol, max supply, and a treasury address. No staking mechanism, yield farming program, or liquidity mining initiative is described in the available materials. Token acquisition occurs through trading on supported venues rather than through mining or staking rewards. Users interested in obtaining AVM should refer to the official project channels for any future announcements regarding token distribution or incentive programs.

How to keep your Agent Virtual Machine (AVM) Coin safe?

As an ERC-20 token on Ethereum, AVM can be stored in any compatible wallet that supports the ERC-20 standard. Users should ensure they use reputable, well-established wallets and verify the official token contract address before interacting with any AVM-related smart contracts. The contract address on Ethereum Mainnet is 0xf5f52266a57E6D7312dA39BD7ab9527B9e975C40. It is important to note that the Etherscan token page indicates no contract security audit has been submitted for this token, which means independent verification of the smart contract's security properties has not been completed. Potential users should exercise additional caution and conduct their own research. A Reddit post on r/CryptoScams from approximately one year ago raised concerns about the project, advising readers to be skeptical of sites they suspect may be fraudulent. Standard security practices apply, including never sharing private keys or seed phrases, using hardware wallets for significant holdings, and verifying all transaction details before signing. The project's own platform emphasizes security features such as injection scanning, privacy classification, and resource governance for agent execution environments.