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xopc Review

xopc is a self-hosted, local-first personal AI runtime designed for durable goals, agent workflows, and automations across various devices.

shipped Sep 2, 2026free
xopc — product screenshot

Why it matters

1xopc is an open-source, self-hosted personal AI runtime.
2It supports durable goal management and observable AI workflows.
3The platform is accessible across CLI, TUI, web, desktop (macOS, Windows, Linux), and chat interfaces.
4Users maintain ownership of their AI runtime, data, and model keys.

About xopc

Platforms
macOS, Windows, Linux, Android, iOS

Pricing Plans

Desktop App
  • Local-first by default
  • Captures input from text, voice, files, and links
  • Connects to projects and decisions
  • Verifies actions and maintains evidence
Mobile App
  • Android APK available
  • Limited TestFlight beta for iOS
  • Connects to an existing xopc Runtime
GitHubOpen Source

Specs

API Available

Yes, public API

Screenshots

overview

What is xopc?

xopc is a personal AI runtime tool developed by xopc.ai that enables developers and users to manage durable goals, agent workflows, and automations using local or cloud models. It emphasizes a local-first approach, allowing users to maintain ownership of their data, keys, and environment across multiple interfaces including desktop, web, CLI, and chat platforms.

features

Key Features of xopc

xopc provides a comprehensive set of features for managing a personal AI assistant with an emphasis on user control and durability. The system is designed to coordinate models, agents, data, and triggers within a single, user-controlled environment, distinguishing it from simpler chatbot interfaces.

  • Local-first personal AI assistant operation, allowing users to run models on their own hardware.
  • Reviewable user understanding, providing explicit control over AI actions and data access.
  • Durable tasks and goal management, enabling the AI to remember context and resume work on long-term objectives.
  • Observable workflows for creating and monitoring AI agent processes.
  • Automations triggered by schedules, webhooks, or manual initiation.
  • Support for both local and cloud-based large language models (LLMs) via user-provided API keys.
  • One local workspace for all tasks, maintaining persistent state across various interfaces.
  • Cross-surface accessibility via CLI, TUI, web, desktop applications (macOS, Windows, Linux), and chat platforms (iOS, Android, Telegram, WeChat, Feishu/Lark).

use cases

Who Should Use xopc?

xopc is primarily designed for individuals and developers who require a high degree of control over their AI assistant's operations, data, and model integrations. Its self-hosted and vendor-agnostic nature appeals to users prioritizing privacy and customization.

  • Developers and users who want a self-hosted, vendor-agnostic personal AI runtime, owning their AI runtime, data, and keys.
  • Individuals managing durable projects and goals, requiring an AI assistant that remembers context and progresses long-term tasks.
  • Users creating observable AI workflows and automations, moving beyond simple advice to task execution and follow-up.
  • Professionals needing to automate tasks with schedules or webhooks, integrating AI into their existing operational frameworks.
  • Developers auditing code repositories with AI assistance, leveraging the platform's capabilities for code analysis and review.

how to use

How to Use xopc

To begin using xopc, users can install the open-source software via a one-liner script or download the desktop applications for macOS, Windows, or Linux from the GitHub Releases page. The platform then allows for configuration of local or cloud model keys.

  • 1Download and install the xopc desktop application for macOS, Windows, or Linux, or use the one-liner script for CLI installation.
  • 2Configure API keys for desired local or cloud-based LLM providers (e.g., OpenAI, Anthropic, Google AI).
  • 3Define durable goals and tasks within the xopc environment, leveraging its persistent memory.
  • 4Create and manage AI agent workflows and automations, specifying triggers and actions.
  • 5Interact with the AI assistant across various interfaces, including the desktop app, web UI, CLI, or integrated chat platforms.
  • 6Review and adjust the AI's understanding and actions to maintain explicit control over its operations.

pricing

xopc Pricing & Plans

xopc operates on a freemium model. The core software is open-source and free to download and use, allowing users to self-host the personal AI runtime. Costs may be incurred for integrating with third-party cloud-based LLM providers, as users 'bring their own keys' (BYOK). Specific pricing for 'Desktop App' and 'Mobile App' tiers is available upon contact.

  • Open-source core: Free to download and use.
  • Desktop App: Contact sales for pricing.
  • Mobile App: Contact sales for pricing.
  • Third-party LLM costs: Users are responsible for costs associated with cloud model API usage (e.g., ChatGPT Plus at $20/month, Claude Pro at $20/month, Google AI Pro at $19.99/month).

Pros

  • +Self-hosted and local-first architecture ensures user ownership of data, keys, and runtime environment.
  • +Supports durable goals and tasks, allowing the AI to maintain context and resume long-running projects.
  • +Enables the creation of observable AI agent workflows and automations across various triggers.
  • +Accessible across a wide range of interfaces including desktop (macOS, Windows, Linux), web, CLI, and mobile chat platforms.
  • +Open-source core provides transparency and flexibility for customization and community contributions.
  • +Vendor-agnostic design allows integration with multiple local and cloud-based LLM providers.

Cons

  • Requires technical proficiency for self-hosting and configuration, potentially posing a barrier for non-technical users.
  • Specific user reviews and public reception data are not readily available, making it difficult to assess widespread user satisfaction.
  • Pricing for 'Desktop App' and 'Mobile App' tiers is not publicly disclosed, requiring direct contact for information.
  • Users are responsible for managing and incurring costs for third-party cloud LLM API keys.
  • As an open-source project, enterprise-level support and dedicated services may require separate arrangements or community reliance.

Similar Tools

xopc vs Competitors

xopc distinguishes itself in the personal AI runtime landscape through its strong emphasis on self-hosting, local-first operation, and durable goal management across a wide array of interfaces. This positions it against tools that may specialize in only local models, chat interfaces, or code execution.

1

Jan is an open-source, local-first AI assistant that allows users to run large language models (LLMs) on their own computer, offering a desktop application for various operating systems.

While Jan excels at running local LLMs and providing a chat interface, it focuses more on the conversational aspect and less on the advanced workflow and automation capabilities that xopc.ai emphasizes. You might need to integrate it with other tools for complex automations.

2

LM Studio allows you to discover, download, and run local LLMs on your desktop, providing a user-friendly interface for interacting with various models.

LM Studio is excellent for experimenting with and running local models, similar to xopc.ai's local model support. However, its primary focus is on the chat interface and model management, lacking the built-in durable tasks, workflows, and automation features that are central to xopc.ai's offering.

3

Open Interpreter allows LLMs to run code (Python, Javascript, Shell, etc.) on your computer to complete tasks, acting as a local, open-source alternative to OpenAI's Code Interpreter.

Open Interpreter provides powerful local execution capabilities for AI agents, enabling complex tasks and automations through code, which aligns with xopc.ai's workflow focus. The trade-off is that Open Interpreter is more command-line oriented and requires a more hands-on approach to define and manage tasks compared to xopc.ai's potentially more structured workflow interface.

4

LocalAI is a self-hostable, drop-in replacement for OpenAI's API that runs entirely on your local machine, supporting various open-source models and allowing for local inference.

LocalAI provides the backend infrastructure for running local models with an OpenAI-compatible API, which is a core component of xopc.ai's local model support. However, LocalAI is a backend service and doesn't offer the direct personal assistant interface, reviewable user understanding, or built-in workflow/automation management that xopc.ai provides out-of-the-box; you would need to build a frontend or integrate it with other tools.

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