# Beeuni vs. Manus and Muse: agent infrastructure and agent applications

Beeuni provides computer infrastructure for agents. Manus and Muse focus on applications people use to complete tasks. Compare their audiences, execution environments, and integration into your own product.

Canonical page: https://beeuni.ai/blog/beeuni-vs-manus-and-muse

Beeuni provides computer infrastructure for agents. Manus and Muse focus on applications that people use to research, create documents, and complete other tasks. All three can put agents to work with software, but Beeuni makes that execution available to developers building their own products.

That difference affects more than the interface. It determines who configures the agent, how a task starts, and where its progress and output appear. Beeuni also has a web interface for working directly with agents, but its computer can be accessed through the TypeScript SDK or HTTP API without making that interface part of your product.

## Who each product serves

Manus and Muse are oriented toward people who want an agent to complete work for them: research a purchase, prepare a report, or create a presentation. The application brings together the task interface, progress display, and result. A person can use that experience without developing an agent product.

Beeuni serves developers who need agents to perform work as part of their own software. A research service can start an investigation from its website; a developer tool can ask an agent to inspect a failed build. The developer configures the agent and connects its execution to the product’s existing interface and workflow.

APIs and integrations can extend an agent application into other workflows. Beeuni’s API exposes the computer’s projects, agent configuration, and sessions, letting developers manage agent execution as part of their own service.

## What Beeuni provides below the application

An agent needs software to act on its decisions. It needs a browser to inspect a website, an execution environment to run a program, files to read and write, and authorized connections to reach other applications. Beeuni brings those capabilities into a computer organized around agent work, with projects, configured agents, and sessions.

Through the TypeScript SDK or HTTP API, your server can create a session, send a task, and follow events while the agent works. Your application decides how to present that work. It might show a conversation, a job status beside a report, or a review screen inside an existing workflow. Your customers do not need to adopt a separate agent app as the main interface to your product.

| Comparison | Manus and Muse: agent applications | Beeuni: agent infrastructure |
| --- | --- | --- |
| Primary audience | People and teams using an agent to complete tasks | Developers building products and workflows that run agents |
| Main product | An application for assigning tasks and reviewing results | A computer with an agent runtime, tools, files, and application connections |
| Integration into your product | Depends on the application’s developer interfaces and available integrations | TypeScript SDK and HTTP API for configuring agents, starting sessions, and receiving events and results |

## Adding an agent to a support ticket

Suppose you are building software for support teams. An agent should investigate a reported issue by reading the relevant documentation, checking a website, and inspecting an authorized issue tracker. It should return a draft answer with evidence. A support specialist then reviews it inside the ticket.

A specialist could take the task to a separate agent app and bring the answer back. That may be enough for occasional work. Integrating the capability into your support product means the ticket can initiate the task and display its progress and result in the place where the team already works.

With Beeuni, your server associates the request with an authorized project and session, supplies the investigation instructions, and receives events as the work proceeds. Your product handles ticket access, decides which evidence to display, and controls when a reviewed answer is sent.

## Infrastructure for different kinds of agent products

The same execution capabilities can support a developer tool that investigates build failures, a research application that runs experiments, or a data service that prepares and validates datasets. Each product has different instructions, tools, and acceptance criteria. They share a need for agents that can operate software and return observable results.

## Who controls the product experience

A finished agent application determines how people receive and review the agent’s work. With Beeuni, one support product can show a draft beside a ticket while another presents a queue of investigations for batch review. Beeuni runs the agent session; the developer designs the customer experience around it.

Manus and Muse package agent capabilities as applications people can use. Beeuni makes a computer and agent execution available as infrastructure developers can build on. The [Beeuni SDK example](/docs/sdk/example) shows that integration in code. The comparison with [E2B and Daytona](/blog/beeuni-vs-e2b-and-daytona) covers a different distinction: agent computer infrastructure and sandbox execution services.