If you already use Continue, the practical task is to inventory your local configuration and model-provider credentials, pin the final working build, and choose a maintained replacement before an editor or provider change turns a planned migration into an urgent one.
For a new deployment, the decision is simpler: treat the surviving Continue code as a useful open-source reference or fork foundation, not as a fresh team standard. The rest of this review explains what survived, what the final release contained, and which current tools preserve the parts of Continue that mattered.
Continue was acquired by Cursor
Continue’s current homepage states that Continue was acquired by Cursor and that the team has joined Cursor. It also says the open-source codebase remains freely available as a foundation for others.
The acquisition matters because Continue had been positioned around a different product philosophy from Cursor. Continue was known for bringing AI assistance into editors such as VS Code and JetBrains while allowing developers to choose their own model providers, including local models and self-hosted infrastructure. Cursor is a more integrated AI-first editor with its own product, account and subscription experience.
The result is not “Continue continues under a new logo.” The original team moved to Cursor, while the standalone Continue project entered a final-release and community-code phase.
| Status item | Current state |
|---|---|
| Company/product team | Acquired by Cursor |
| Original repository maintenance | No longer actively maintained |
| Repository access | Open-source code remains available |
| License | Apache 2.0 |
| Final release | 2.0.0 |
| Final surfaces | VS Code extension, CLI and JetBrains plugin |
| Recommended for a new production standard | No; prefer an actively maintained tool or maintained fork |
Continue is no longer actively maintained
The most important technical detail appears in Continue’s current GitHub README: the repository is “no longer actively maintained” and is read-only for users.
There is a small GitHub metadata nuance. The repository itself is not marked with GitHub’s formal archived=true flag. Its README, however, is explicit about the maintenance state and read-only status. The most recent visible commit we found is dated July 21, 2026 and removes a retired sign-in link after the acquisition.
For buyers, the README is the more important signal. A coding assistant can remain downloadable after active development ends, but that does not make it a supported platform with an ongoing roadmap.
Developers should therefore be skeptical of late-2026 comparison pages that still present Continue as a normal active rival to Cursor, Cline or other maintained assistants. They may accurately describe the old workflow, but not the current support state.
What the final Continue 2.0.0 included
The Continue team produced a final 2.0.0 release covering the VS Code extension, CLI and JetBrains plugin. According to the current README, the final work included removing anonymous telemetry, removing authentication, fixing bugs and polishing the codebase before the handoff.
That release is useful because it gives former users a cleaner final state than an abrupt abandoned build. The major product surfaces remain identifiable:
- VS Code extension for editor-based AI workflows.
- Continue CLI for terminal-oriented work.
- JetBrains plugin, although the final README recommends the CLI instead.
The final code remains valuable as a reference implementation and potential foundation for forks. But a final release is not the same thing as an actively evolving product. New model APIs, editor changes and security issues will not necessarily receive fixes from the original Continue team.
Can you still use Continue?
Yes, in the narrow technical sense that the code remains available under Apache 2.0 and final packages can still exist. That can be useful for developers who already have a stable local setup, researchers studying AI coding assistants, or maintainers who want to fork the code.
For a new production deployment, the decision is different. An AI coding tool touches source code, provider credentials and sometimes terminal or external tools. Active maintenance matters because the environment around the agent changes quickly.
A model provider can change authentication, endpoints, context limits or model names. VS Code and JetBrains release updates. Security researchers discover vulnerabilities in extensions and dependencies. An unmaintained codebase can continue working for months, but the risk increases as the surrounding ecosystem moves on.
Existing Continue users do not need to panic-delete a working local installation. They should treat it as legacy software: pin versions, keep permissions narrow, avoid assuming future compatibility and create a migration plan.
What happened to Continue’s model-flexibility advantage?
Continue was important partly because it popularized a developer-controlled model approach inside mainstream editors. Users could connect hosted providers or local models rather than accept one mandatory model vendor.
That design principle survives even if the original product is no longer maintained. Cline, terminal-first open-source agents and several newer tools now support bring-your-own-key or local-model workflows.
The lesson is that model flexibility should be evaluated separately from the health of the product providing the interface. A tool can support many models and still become a poor long-term choice if its extension, dependencies and integrations stop receiving maintenance.
Developers who valued Continue mainly for local or provider-flexible inference should choose a maintained tool that preserves that capability rather than remain on an unmaintained extension only for philosophical continuity.
Why no active maintenance matters
Security: Coding assistants can see proprietary source code and may hold model-provider credentials. A newly discovered vulnerability in an unmaintained extension can remain unresolved.
Provider compatibility: Model vendors change APIs and authentication methods. A tool that is not updated can lose access to a previously working provider or silently fall behind new capabilities.
Editor compatibility: VS Code and JetBrains continue to evolve. Extension APIs, packaging requirements and security controls can change over time.
Support: When an organization standardizes a coding assistant across a team, it needs somewhere to report regressions, request security fixes and understand upgrade behavior. A read-only final codebase cannot provide the same operational assurance as an actively maintained project.
These risks do not make the Continue source code worthless. They change its role from supported product to historical/forkable foundation.
Best alternatives to Continue
Cline is the most obvious maintained alternative for developers who valued Continue’s open-source and model-flexible philosophy. Cline supports multiple model providers, local routes, IDE and terminal workflows, MCP and a more agentic Plan/Act model.
Cursor is the corporate destination of the Continue team and the stronger fit for developers who want a polished, integrated AI-first editor rather than an open extension layered onto an existing IDE.
Aider remains relevant for terminal-first developers who want Git-native editing and flexible model choice. Its own maintenance cadence should be checked before team standardization, but its workflow is philosophically closer to developer-controlled tooling than a proprietary AI IDE.
Other active open-source or terminal-oriented agents can also make sense depending on whether the priority is VS Code integration, local models, enterprise governance or command-line automation.
| Former Continue priority | Good direction to evaluate |
|---|---|
| Open source + multiple models in editor/agent workflow | Cline |
| Polished integrated AI IDE | Cursor |
| Terminal + Git workflow | Aider or another maintained terminal agent |
| Keep Continue concepts/code alive | Community fork or internal fork with an explicit maintenance owner |
Continue vs Cursor after the acquisition
The acquisition does not make the old Continue extension equivalent to Cursor. They represented different product approaches.
Continue treated the existing editor as the host and emphasized configurable model access. Cursor controls the editor experience more deeply and can integrate AI features across autocomplete, chat, indexing and multi-file workflows in a more cohesive product.
For many users, that integration is a benefit. For others, losing the independent open-source product means losing a layer of model and tooling control they specifically valued.
The choice today is therefore not “Continue or Cursor?” in the same sense as before the acquisition. Continue is no longer an actively maintained product choice. The practical question is whether a former Continue user should move to Cursor or migrate to a different maintained open-source assistant.
Who might still use the Continue codebase?
The Apache-2.0 codebase remains useful to open-source maintainers, researchers and organizations prepared to take ownership of maintenance themselves.
An internal engineering organization could theoretically pin the final release, audit the code and maintain its own fork. That can be reasonable if the organization has enough expertise and a strong reason to preserve the workflow.
For most individual developers and small teams, maintaining a coding-agent fork is not the best use of engineering time. The ecosystem changes too quickly, and maintained alternatives already cover most of the same core needs.
Privacy, safety and responsible migration
Migration is a good time to review credentials and permissions instead of copying every old setting into a new coding agent.
Revoke or rotate unused model-provider keys. Review which repositories contain local Continue configuration. Check whether an old setup granted broad file, shell or tool access. When moving to a new agent, enable only the providers and external tools the team actually needs.
Local models can reduce exposure to third-party model providers, but local inference is not automatically secure. The surrounding agent, plugins, logs, shell environment and MCP integrations still need normal access control and review.
AiTechJournal covers coding tools for legitimate software development. We do not promote credential theft, destructive exploitation, malware deployment or bypassing security controls. Our AI tool review methodology explains how current product facts are separated from editorial recommendations.
Continue review: final verdict
Continue helped establish the open, provider-flexible AI coding assistant as a serious alternative to closed AI editors. But in October 2026, it should not be recommended as a new actively maintained production standard.
Cursor acquired the company, Continue’s homepage says the team joined Cursor, and the current GitHub README says the original repository is no longer actively maintained and is read-only for users. The final 2.0.0 code remains useful for study, forks and legacy setups.
New users should choose an actively maintained assistant. Existing Continue users should migrate deliberately, carrying forward the parts that mattered—model flexibility, local options and editor choice—without carrying forward an unmaintained dependency indefinitely.
Frequently asked questions
Did Cursor acquire Continue?
Yes. Continue’s current homepage explicitly says Continue was acquired by Cursor and that the team joined Cursor.
Is Continue still maintained?
The current GitHub README says the repository is no longer actively maintained and is read-only for users. GitHub’s repository metadata is not formally marked archived, but the project itself describes active maintenance as ended.
Is Continue still open source?
Yes. The codebase remains available under the Apache 2.0 license.
What was the final Continue release?
The README documents a final 2.0.0 release covering the VS Code extension, CLI and JetBrains plugin.
What should I use instead of Continue?
Cline is a strong option for open-source, model-flexible agent workflows. Cursor is the integrated proprietary IDE path. Terminal-first developers can also evaluate Aider or other maintained terminal agents depending on their requirements.
