OpenDevin vs Cursor

Detailed side-by-side comparison to help you choose the right tool

OpenDevin

🔴Developer

AI Development Assistants

Autonomous AI software engineer that generates code, debugs applications, and automates complex development workflows in sandboxed environments.

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Starting Price

Free

Cursor

🔴Developer

AI coding assistants

Cursor is an AI-focused code editor that helps teams edit, explain, and navigate software projects with an AI assistant.

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Starting Price

Custom

Feature Comparison

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FeatureOpenDevinCursor
CategoryAI Development AssistantsAI coding assistants
Pricing Plans4 tiers192 tiers
Starting PriceFree
Key Features
    • AI code editor with agent requests and Tab completions
    • Cloud agents plus terminal, Slack, and GitHub workflows
    • MCPs, skills, hooks, and frontier model access on paid plans

    OpenDevin - Pros & Cons

    Pros

    • Open-source core under the MIT license, including the main openhands and agent-server Docker images, which makes the agent stack inspectable and self-hostable for technical teams.
    • Multiple product surfaces are available from the same project: Python SDK, CLI, local GUI with REST API, hosted cloud deployment, and enterprise self-hosted deployment.
    • The CLI can be powered by Claude, GPT, or other LLMs, giving teams flexibility instead of locking them into one model provider.
    • The SDK is designed for developers who want to define agents in code and run them locally or scale them to large numbers of agents in the cloud.
    • OpenHands Cloud includes team-oriented features such as Slack, Jira, Linear integrations, multi-user support, RBAC, permissions, and conversation sharing.
    • Public repository activity, release history, stars, forks, and contributor counts can be inspected directly on GitHub and should be checked there because those metrics change frequently.

    Cons

    • The original OpenDevin branding has moved to OpenHands, which can create confusion when searching for documentation, releases, or current product information.
    • Enterprise functionality is source-available but not fully MIT-licensed; running the enterprise directory beyond one month requires purchasing a license.
    • The tool depends on external or configured LLMs such as Claude, GPT, or other models, so real operating cost and output quality vary by provider and model choice.
    • Autonomous coding agents still require careful human review before code is merged, especially when they modify application logic, dependencies, tests, or infrastructure.
    • Self-hosting the enterprise cloud deployment requires Kubernetes and private infrastructure experience, which may be excessive for smaller teams.

    Cursor - Pros & Cons

    Pros

    • Keeps AI assistance close to code, diagnostics, and diffs
    • Repository context is more useful than pasting isolated snippets into chat
    • MCP support extends the agent with external tools
    • Strong fit for feature work, refactors, and codebase onboarding

    Cons

    • Generated multi-file changes still require careful review and tests
    • Large repositories can exceed practical context limits
    • Teams must assess source-code privacy and tool permissions
    • Pricing and current plan limits were not verifiable in this run

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