PhiTech has released PhiVM – Agent Virtual Machine as a new execution layer in the PhiSuite. With PhiVM, AI agents receive secure, isolated, on-demand workspaces where they can generate code, connect to external APIs, run autonomous tasks, execute complex calculations, and complete real work in a controlled environment.

For many organizations, the next step in AI adoption is no longer only asking better questions. It is enabling AI agents to perform practical work: inspecting files, preparing code, connecting systems, calculating results, validating outputs, and passing the result into a business process. PhiVM was developed to support exactly this transition from AI assistance to AI execution.

From AI answers to AI execution

Traditional AI systems are very strong at generating text, summarizing documents, and supporting decisions. But real business workflows often need more than a written answer. An agent may need to open a file, create a script, call an external service, test a result, or repeat a calculation before it can deliver a reliable output.

PhiVM gives every agent its own controlled workspace for this type of work. Inside a PhiVM environment, an AI agent can operate in an isolated runtime with filesystem access, shell execution, package tooling, and task-specific context. This allows the agent to work independently while the customer keeps execution separated from the local environment.

The result is a more practical form of AI: agents that can not only reason about a task, but also run the steps required to complete it.

What PhiVM adds to the PhiSuite

The PhiSuite already supports organizations in making private knowledge available to AI, building AI workflows, and connecting AI to professional processes. PhiVM adds the execution layer.

PhiBox makes private company documents and knowledge available to AI. PhiFlow helps model and automate document-based workflows. PhiSkills supports reusable capabilities for agents. PhiVM now gives those agents a secure machine where they can act, calculate, code, test, and complete execution-based tasks.

This creates a clearer path from knowledge to action:

1. PhiBox provides the knowledge.
2. PhiSkills provides reusable agent capabilities.
3. PhiFlow structures the workflow.
4. PhiVM gives the agent a controlled place to execute the work.

Automatic code generation for external APIs

One of the core use cases for PhiVM is the automatic creation of code for external API access.

Many business workflows depend on information from external systems: customer databases, booking systems, publishing tools, product databases, document repositories, public data sources, or customer-specific APIs. With PhiVM, an agent can generate connector code, call an API, inspect the response, transform the data, and prepare the result for the next workflow step.

This is especially useful when API integrations are too specific or too varied to be fully standardized in advance. Instead of manually writing every connector, PhiVM gives the agent an execution space where it can create and test task-specific integration logic.

Autonomous task running with internal LLMs

PhiVM can also be used for autonomous task execution with internal or private LLMs. This is important for companies that want more control over their data, models, infrastructure, and execution environment.

An internal LLM can plan and guide a task, while PhiVM provides the isolated workspace where the actual operations are performed. This makes it possible to run longer or more complex agent tasks while maintaining clear separation from the user’s local system.

Typical examples include recurring data checks, document preparation, structured analysis, API-based enrichment, workflow support, or internal process automation.

Complex calculations and reproducible outputs

Many professional AI tasks require calculations that should not depend only on the language model’s text generation. They require code execution, intermediate validation, and reproducible results.

PhiVM allows agents to run scripts, use calculation libraries, process structured data, and verify outputs. This makes it suitable for analytical workflows, financial or operational calculations, data transformations, report preparation, and other tasks where precision and repeatability matter.

Instead of asking an AI model to estimate a result, PhiVM enables the agent to calculate it.

Built for secure and controlled agent work

PhiVM is designed as an isolated execution environment. Each agent receives its own workspace, so tasks can be separated by customer, workflow, project, or execution context.

This approach helps keep agent work controlled and reproducible. Files, generated code, intermediate outputs, logs, and execution steps can remain inside the dedicated workspace. This makes it easier to understand what an agent did and to repeat or review the result when needed.

For companies working with sensitive documents, private data, or customer-specific workflows, this separation is essential.

Why this matters

AI agents become truly valuable when they can combine knowledge, reasoning, tools, and execution.

With PhiVM, PhiTech is extending the PhiSuite from intelligent knowledge access and workflow automation into operational agent execution. Agents can now work in a dedicated machine where they can create code, access APIs, run calculations, and complete tasks in a controlled environment.

For customers, this means faster prototyping, more flexible automation, and a more practical way to integrate AI into real business processes.

A new step for the PhiSuite

The release of PhiVM is an important step in the development of the PhiSuite. It strengthens the bridge between AI reasoning and operational execution, enabling organizations to move from “AI can answer” to “AI can complete the task.”

PhiVM is available as part of the PhiTech product ecosystem and can be combined with PhiBox, PhiFlow, PhiSkills, and different LLMs depending on the customer’s technical and operational requirements.

Interested in learning more about PhiVM or testing it in your workflow?
Contact us at info@phitech.io.