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Plandex Review, Pricing & Alternatives (2026)

An open-source terminal agent for large, reviewable coding tasks

Last updated: October 26, 2026

What is Plandex?

Plandex is an MIT-licensed terminal coding agent for developers handling multi-file repository work. It plans changes, stores them in a cumulative diff, and can run commands after approval. The software costs $0 when self-hosted, while model providers, infrastructure, and local hardware create separate costs. Its hosted Cloud service is no longer available.

Plandex is an MIT-licensed, open-source terminal coding agent created by Plandex AI for developers handling large repository tasks. Its GitHub project began in October 2023 and has more than 15,000 stars. The software includes a command-line interface and an open-source server, allowing developers to build from source, download a release binary, or deploy with Docker and PostgreSQL. Plandex Cloud stopped accepting new users on October 3, 2025 and shut down on November 7, 2025, so the current product is self-hosted rather than a managed SaaS service. Developers control the server location, model-provider credentials, and infrastructure. The design focuses on long-running plans, provider choice, and reviewable changes stored in cumulative diffs. Self-hosting costs $0 under the MIT License, although model usage and infrastructure remain separate expenses.

A typical Plandex session starts in the project directory through its REPL or command-line interface. The developer describes a task, adds selected files or directories to context, and can ask the agent to produce a plan before implementation. Proposed edits collect in a cumulative diff rather than changing the working tree immediately, allowing review before application. Automation supports step-by-step approval, semi-automatic execution, and full-automatic operation, including command execution, debugging, and tests. Plans and branches preserve alternative approaches, while Tree-sitter project maps help organize repositories larger than the agent’s direct file context. Plandex documents effective context of up to two million tokens, with approximately 100,000 tokens per file. The open-source server can run with Docker and PostgreSQL, giving operators control over credentials, infrastructure, model configuration, and where prompts, files, and tool results are processed.

Plandex is a provider-facing client, not a proprietary model service, and its documented connections include OpenRouter, OpenAI, Anthropic, Google AI Studio, Google Vertex AI, Azure OpenAI, AWS Bedrock, DeepSeek, Perplexity, and Ollama. Version 2.2.0, released in July 2025, added provider flexibility, JSON model configuration, fallback behavior, Ollama support, Qwen models, and local DeepSeek variants. Version 2.2.1 added connections for Claude Pro and Max subscriptions when calling Anthropic models. The configured provider determines inference quality, latency, retention, and usage cost. Ollama provides a local inference route, while hosted providers receive prompts, files, and tool results sent through the selected connection. This architecture lets operators change models without replacing the terminal client, but it also makes privacy, performance, and billing dependent on external services or local hardware.

Self-hosted Plandex costs $0 under the MIT License, and no Plandex subscription is currently available. Users pay the selected model provider, or run local models, while covering their own server, database, storage, and network expenses. Hosted providers supported by Plandex include OpenRouter, OpenAI, Anthropic, Google AI Studio, Vertex AI, Azure OpenAI, AWS Bedrock, DeepSeek, Perplexity, and Ollama. Historical Cloud pricing is unavailable today: the former Bring Your Own Key plan cost $30 per month, while integrated models cost $45 per month and included $20 in credits. Cloud stopped accepting signups on October 3, 2025, then ended service on November 7, 2025. Those figures are not current plans. Ollama can avoid hosted per-request billing, though local hardware, electricity, storage, and administration remain operating costs.

Plandex’s main limitation is operational ownership: self-hosters manage installation, credentials, PostgreSQL, updates, infrastructure, and model configuration, while Windows users must run it through WSL rather than native PowerShell or Command Prompt. Plandex Cloud stopped new signups on October 3, 2025 and shut down on November 7, leaving the MIT-licensed CLI and server as self-hosted software. Its last release, version 2.2.1, arrived on July 16, 2025. Aider is easier to install and better suited to focused terminal edits, Claude Code provides a more integrated Anthropic workflow, and OpenHands aims at broader autonomous software tasks. Plandex instead offers provider flexibility, a stated context capacity of up to two million tokens, and cumulative diffs for review before applying changes. Choose it if self-hosting and control matter more than managed support, native Windows operation, or ongoing releases.

Who is Plandex best for?

  • Developers handling multi-file work in large repositories.
  • Teams wanting an MIT-licensed coding agent they can self-host.
  • Users comparing hosted and local model providers.
  • Engineers who review cumulative diffs before applying changes.

Plandex Pricing (2026)

Pricing model: Free. All prices in USD.

PlanPriceWhat you get
Self-hosted / Local Mode$0The CLI and server are MIT-licensed software. Users pay configured model providers or run local models, plus their own infrastructure costs.

Pros and Cons

Pros

  • MIT licensing permits commercial use and self-hosted deployment.
  • The cumulative diff keeps generated changes reviewable.
  • Provider support includes hosted APIs and Ollama models.
  • Two-million-token context targets large codebases.

Cons

  • Plandex Cloud shut down in November 2025.
  • Self-hosting requires server and database administration.
  • Model cost and privacy depend on external configuration.

Who should look elsewhere?

  • Teams requiring a managed hosted coding service.
  • Windows users unwilling to run WSL.
  • Users wanting one subscription with included model usage.

Technical Details

Open SourceYes
Self-HostedYes
API AccessYes

Frequently Asked Questions

Is Plandex free?

The CLI and server cost $0 when self-hosted and are released under the MIT License. Model calls remain separate expenses when you configure OpenAI, Anthropic, OpenRouter, Google, or another hosted provider. Ollama can run models locally without per-token provider billing, although local hardware, electricity, storage, and administration still have costs.

Can I still use Plandex Cloud?

No. Plandex disabled new trials and signups on October 3, 2025, paused subscriptions, and shut down Cloud on November 7, 2025. The open-source project remains available on GitHub. Current users must run the server locally or on infrastructure they control and connect their own model-provider credentials.

How does Plandex compare with Aider?

Aider is generally the simpler terminal choice for focused edits and commit-oriented work. Plandex emphasizes longer plans, larger context, cumulative diff review, branching, and configurable automation. Aider requires less operational setup, while Plandex offers more control over hosting, model providers, server configuration, and the point at which generated changes enter the project.

Does Plandex send code to its servers?

Self-hosted Plandex runs its server under your control, but configured hosted model providers can receive prompts, files, and tool results. Ollama supports local inference. The former Cloud service is shut down. Data handling therefore depends on the provider, model, credentials, and network configuration selected by the operator.

Can Plandex be used commercially?

Yes. The repository uses the MIT License, which permits commercial use, modification, and distribution subject to its notice requirements. Commercial users must separately review each model provider's terms, output policies, and data handling. Self-hosting also makes the organization responsible for secrets, authentication, updates, infrastructure security, and deployment dependencies.