Agent Virtual Machine

Built on cutting-edge technology, Agent Virtual Machine (AVM) is revolutionizing the way AI-generated code is executed and scaled. As the execution layer for AI agents, AVM provides high-performance, secure, and scalable infrastructure to run, verify, and scale AI-generated code without requiring DevOps expertise.

AVM's core innovation lies in its isolated execution environments, persistent storage, and instant snapshots and rollbacks. This allows developers to spin up sandboxes in seconds, execute code at scale, and manage stateful workloads with ease. The platform also supports verifiable outputs with transparent logs, ensuring that AI-generated code is secure, compliant, and production-ready.

AVM's use cases span various industries, including data pipelines, AI-driven SaaS, internal automation, and more. With AVM, developers can build autonomous tools that operate on customer input, integrate APIs, and deliver results in seconds. The platform also enables the creation of complex e-commerce workflows, automating backend tasks and shipping faster. As a result, AVM is poised to become the trusted infrastructure for deploying AI-generated code to production without compromise.

AVM's team has built an orchestration layer for reliability and scalability, ensuring that non-deterministic code runs securely, costs 75% less, and scales effortlessly. The platform's vision is to become the trusted execution layer for AI-generated code, where every engineering team can safely isolate, run, and deploy untrusted or unpredictable AI code. With AVM, developers can focus on building smarter software, automating tasks, and shipping faster, without compromising security or compliance.

AVM has already demonstrated significant traction during its closed beta, with 2,300 sandboxes processed, 1 TB of data handled, and over 1 million executions completed. As the platform continues to iterate based on feedback from early builders, it is clear that AVM is poised to become a leading player in the AI-generated code execution space.