Quick answer
Choose Cursor or Windsurf for supervised editor work, GitHub Copilot or Gemini Code Assist for managed assistance in an existing IDE, Claude Code or Codex for terminal-led tasks, Cline or Roo Code for configurable provider control, and OpenHands for an open sandbox platform. Devin remains a candidate for well-scoped delegated tickets, but compare the total governance and review workflow, not just whether an agent can produce a pull request. Verify current plans, quotas, workspace limits, and privacy commitments before adoption.
Why switch from Devin?
Keep work in an editor with immediate inline diffs rather than assigning a persistent cloud session: Cursor, Windsurf, or GitHub Copilot.
Give a terminal-native engineer explicit permission prompts, scripts, hooks, or CI control: Claude Code or OpenAI Codex.
Reduce dependency on a managed workspace and bring an approved provider or local endpoint: Cline or Roo Code.
Run a sandboxed agent on infrastructure the team operates, with model and deployment choices: OpenHands.
Avoid granting a hosted agent broad repository or browser access when a developer can supervise a small change locally.
Fit a mature GitHub or Google Cloud administration model instead of adding a separate autonomous workspace: GitHub Copilot or Gemini Code Assist.
Recommendations by use case
OpenHands
Teams that need open, sandboxed, or self-managed delegated execution.
OpenHands documents UI and CLI use, sandboxed runtimes, multiple model paths, integrations, and cloud or enterprise options. It can provide an agent platform where the team controls more of the runtime boundary than a fixed hosted workspace.
Tradeoffs: Self-management requires compute, isolation, credentials, upgrades, observability, and incident ownership. Hosted options still have service and plan boundaries.
Migration: Recreate one Devin issue in a disposable runtime, compare event and command visibility, and establish network and filesystem restrictions before integrations.
Claude Code
Developers who want local terminal supervision and automation.
Claude Code can inspect repositories, edit files, run permitted commands, use project guidance, and support documented GitHub Actions scenarios. It turns an assigned task into a shell-visible loop with explicit permissions.
Tradeoffs: The team supplies the terminal environment, runtimes, credentials, and CI hardening. It is less persistent and less browser-workspace-oriented than Devin.
Migration: Convert the Devin assignment into a reproducible shell brief; run on a branch, keep approvals enabled, and save setup and test commands in the repository.
Cursor
Interactive multi-file work in a dedicated AI editor.
Cursor offers codebase context, inline editing, repository search, rules, agent tasks, and visible diffs. It is a better fit when a developer needs to steer each step instead of waiting on a cloud assignment.
Tradeoffs: It is a separate desktop editor and hosted service. Extension compatibility, model availability, usage allowances, and privacy settings need current review.
Migration: Start with the same issue but split it into inspect, implement, and test checkpoints; preserve the Devin acceptance criteria and review gate.
Windsurf
Cascade-led editor workflows with integrated terminal access.
Windsurf combines editor context, inline assistance, Cascade's multi-file workflow, and local project tools. It provides more immediate interactive supervision than a persistent delegated workspace.
Tradeoffs: The editor ecosystem and current limits may not suit every team, and hosted processing and command permissions remain important considerations.
Migration: Pilot on a non-sensitive repository, configure project guidance, and compare total human steering and rework with a Devin session.
GitHub Copilot
Organizations standardizing on GitHub and supported IDEs.
Copilot brings completion, chat, edits, tests, GitHub, and agentic features into established surfaces, with documented administrator and content-exclusion controls. It can handle smaller tasks without granting a separate workspace broad access.
Tradeoffs: Feature behavior varies by plan, editor, policy, and rollout. It is not a local-only system and still generates code requiring review.
Migration: Convert recurring Devin tasks into issue templates, repository instructions, and pull-request checks; measure whether smaller tasks are faster without delegation.
OpenAI Codex
Agentic repository tasks through OpenAI coding surfaces.
Codex is designed for software tasks that may involve repository inspection, edits, commands, and tests across its documented interfaces. It is a candidate where OpenAI access and coding policy are already established.
Tradeoffs: Current sandbox, network, model, interface, account, and usage details must be checked per surface. Do not assume a cloud task workspace or feature parity.
Migration: Use a clean checkout and give it Devin-like acceptance criteria, but require explicit evidence, a bounded credential scope, and human review.
Cline
Developer-controlled IDE and CLI agent workflows.
Cline documents Plan and Act modes, terminal and file tools, diffs and undo, CLI and SDK paths, MCP, and provider flexibility. It lets a developer keep the agent close to the workspace and approve operations incrementally.
Tradeoffs: Provider keys, token costs, MCP permissions, endpoint security, and maintenance are operator responsibilities. It does not provide Devin's managed persistent team workspace by default.
Migration: Begin with Plan mode and a local or approved provider, then add automation only after reproducing one bounded task.
Gemini Code Assist
Managed IDE assistance and Google Cloud-centered teams.
Gemini Code Assist supports VS Code, JetBrains, Cloud Shell Editor, completion, chat, transformations, explanations, and Google Cloud context depending on edition. It suits smaller supervised tasks and existing Google administration.
Tradeoffs: Edition, quota, eligibility, context behavior, and enterprise controls vary. It is not a substitute for a persistent autonomous workspace for every ticket.
Migration: Break a Devin ticket into an IDE-sized change, validate the exact edition and project controls, and keep CI and human review unchanged.
Decision criteria
Delegation depth
Decide whether the job is a short supervised edit, a multi-file session, or a long-running assignment. Use the smallest autonomy that reliably completes the ticket.
Workspace ownership
Compare managed cloud workspaces with local shells, editors, or self-managed sandboxes. Document filesystem, network, browser, credential, and persistence boundaries.
Issue quality
Measure how clearly each tool handles setup, non-goals, acceptance tests, blocked work, and changing scope. Ambiguity is an operational cost, not just a prompting problem.
Integration and delivery
Check repository hosting, branches, pull requests, CI, issue trackers, browser tasks, and notifications for the exact plan. Prefer reviewable artifacts over opaque session claims.
Governance
Verify identity, access scopes, logs, retention, residency, support, stop controls, and administrator policy. Establish who owns an agent's credentials and every merge.
Cost and capacity
Confirm current plan, usage, concurrency, quotas, model charges, compute, retry behavior, and peak-period limits. Avoid relying on historical prices or anecdotal throughput.
Comparison at a glance
| Dimension | Devin | Alternatives guidance |
|---|---|---|
| Operating model | Persistent hosted cloud workspace | OpenHands offers sandbox and deployment choices; local agents keep more execution near the developer. |
| Best task shape | Well-scoped delegated ticket with observable progress | Editors and terminals suit smaller interactive changes; use clear acceptance tests in every case. |
| Human control | Monitor a session and review its result | Claude Code, Cline, and IDE agents expose tighter step-by-step approval workflows. |
| Delivery artifact | Repository changes and pull-request-oriented output | Require the same branch, CI, security, and human review gates from every candidate. |
| Provider choice | Confirm current Devin model and plan behavior | Cline, Roo Code, and OpenHands document more configurable provider paths. |
| Privacy boundary | Hosted workspace and connected integrations | Compare current retention, residency, training, secret, network, and self-hosting documentation. |
Evaluation plan
- Select three representative tickets: a test or documentation maintenance task, a bounded bug, and a small multi-file feature. Exclude production credentials and use protected branches.
- Write each assignment with repository state, setup commands, non-goals, expected tests, definition of done, and escalation owner. Give identical briefs to Devin and finalists.
- Observe setup, planning, commands, browser or integration access, pauses, questions, retries, and scope changes. Record what a reviewer can audit after the session ends.
- Run all tests, linters, type checks, dependency and security checks independently. Inspect generated configuration, migrations, permissions, and dependency changes especially closely.
- Have a second engineer review the resulting branch or diff without relying on the agent's summary. Measure rework, review time, rollback effort, and blocked-task handling.
- Ask security and procurement to confirm current workspace isolation, retention, residency, plan limits, support, and integration terms. Verify costs and quotas directly.
- Pilot the selected workflow with a narrow repository allowlist, dedicated credentials, stop procedure, and explicit owner; expand only when evidence supports it.
Privacy and control
Devin's persistent hosted workspace can process source, prompts, tool results, browser state, and connected credentials. Local editors and terminals reduce or change that workspace boundary but can still send context to hosted model providers. OpenHands self-hosting changes deployment location without automatically securing models, logs, integrations, or network egress.
Use least-privilege repository tokens, dedicated accounts, protected branches, disposable environments, and CI gates. Do not put secrets in issue text. Disable browser, MCP, network, or deployment access unless the ticket requires it, and record who can stop a session and revoke credentials.
Review current official security and commercial terms for retention, training, isolation, residency, support, and audit. Confirm current plan and usage limits before rollout. No tool's autonomous label, sandbox, or approval prompt is a substitute for threat modeling and human review.
Migration advice
Classify existing Devin assignments by whether they truly need persistence, browser interaction, or broad repository context. Move short, repetitive changes to an IDE or terminal first; reserve delegation for tasks with objective acceptance evidence.
Preserve the issue-template discipline that makes Devin usable: setup, relevant files, non-goals, test commands, expected artifacts, and an escalation owner. These details improve every alternative and reduce wasted agent cycles.
Replace workspace permissions deliberately. Create separate tokens for repository read, branch write, CI, browser, and deployment activities; do not carry Devin's broad integration scope into a local or self-managed pilot.
Keep the normal pull-request and CI boundary. Compare current plans, quotas, model access, retention, and support before finalizing a switch, and document how sessions are stopped and changes reverted.
Frequently asked questions
What is the strongest Devin alternative?
The answer depends on the boundary: OpenHands is the open platform comparison, Claude Code is the terminal comparison, and Cursor or Windsurf are interactive editor comparisons. Run the task that matters to your team.
Can an IDE agent replace a persistent workspace?
For small or medium supervised tasks, often it may. Long-running work, browser interaction, and asynchronous delegation require a separate evaluation of persistence, integrations, and review evidence.
Is OpenHands automatically more private than Devin?
No. Self-management can change where components run, but model providers, logs, integrations, credentials, and network access still need configuration and verification.
What should a first delegated task include?
Use a low-risk repository, reproducible setup, narrow scope, non-goals, deterministic tests, definition of done, protected branch, and a named human reviewer.
Can an agent merge its own pull request?
Do not make automatic merging the default. Preserve independent tests, security checks, protected branches, and human approval, especially for dependencies, migrations, and access-control code.
Official sources
Check these official sources for current product behavior, plans, limits, and policies.