C

AI Tool

Continue

Continue: Open-source AI code completion for VS Code and JetBrains

Continue is an open-source AI code completion tool that brings intelligent code suggestions to VS Code and JetBrains IDEs. Built with customization in mind, it supports connecting to various LLM providers and models. Developers can self-host or use cloud services, maintaining full control over their code and data while benefiting from AI-powered productivity.

Category AI Coding
Pricing Free
Platforms VS Code / JetBrains
code-completionopen-sourcevs-code

Use cases

  • Developers wanting AI code completion that respects data privacy
  • Organizations using self-hosted or custom LLM endpoints
  • Users seeking an open-source alternative to GitHub Copilot
  • Developers who want full control over which models power their completion

Key features

  • Universal IDE Support: Works as an extension for both VS Code and JetBrains
  • Customizable Models: Connect to any OpenAI-compatible API or self-hosted models
  • Codebase Awareness: Uses file structure and imports for contextually relevant suggestions
  • Slash Commands: Quick actions for common tasks like explaining, refactoring, or testing
  • Privacy-First Option: Self-host models for complete data control
  • Open Source Core: Transparent, auditable codebase under MIT license

Who Is It For?

  • Open-source enthusiasts preferring transparent AI tooling
  • Enterprise developers requiring data privacy and compliance
  • Users wanting to leverage custom or fine-tuned models for code completion
  • Developers working with JetBrains IDEs who lack Copilot support

Frequently Asked Questions

Is Continue free?
Yes, Continue is completely free and open source under the MIT license.
What models does Continue support?
Continue supports any OpenAI-compatible API including GPT-4, Claude, local models via Ollama, and custom endpoints.
How does Continue differ from GitHub Copilot?
Continue is open source, allows self-hosting for data privacy, and supports any compatible LLM rather than being tied to specific models.

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