Skip to main content
9 – 17 UHR +49 8031 3508270 LUITPOLDSTR. 9, 83022 ROSENHEIM
DE / EN
Coding agent Bright Zenith Private Limited Singapore Terminal (CLI)

Qoder CLI

Qoder CLI is Qoder's terminal coding agent for autonomous code changes, tests and commands, with quest, plan and headless modes plus MCP support.

Licence Proprietary
First release October 2025
Interfaces Terminal (CLI), Editor via ACP (e.g. Zed)
Platforms macOS, Linux, Windows
Instruction file AGENTS.md

The seven building blocks in Qoder CLI

How Qoder CLI implements the building blocks of an AI harness

  1. 1

    Agent loop

    Qoder CLI offers several operating modes for its agentic loop – interactive, Plan, Goal (continuous goal pursuit), Scheduled Task, `/loop` for recurring tasks, and a headless mode for scripts and CI/CD.

  2. 2

    Tools and execution environment

    Built-in tools read and edit files and run shell commands; the Model Context Protocol lets you connect additional MCP servers with `qoder mcp add <name> -- <server command>`.

  3. 3

    Context management

    Project knowledge comes from repository files, git state and the loaded instruction files; according to the documentation, Qoder CLI manages the context window automatically during a session.

  4. 4

    State and memory

    Static memory lives in `AGENTS.md` (project-wide, shared with the team) and `AGENTS.local.md` (local); auto memory additionally stores automatically learned preferences and project context as Markdown under `~/.qoder/projects/<project>/memory/`.

  5. 5

    Permissions

    Six permission modes – including default, accept_edits, auto, bypass_permissions (YOLO), dont_ask and plan – combine with allow/ask/deny rules such as `Bash(npm run test:*)` in settings.json to decide what runs without asking.

  6. 6

    Verification and feedback

    In the default mode, according to the documentation, safe reads and internal actions run automatically while sensitive actions such as shell commands require confirmation; in headless mode, approvals must be pre-decided via permission parameters since no interactive prompt is possible.

  7. 7

    Orchestration

    Qoder CLI supports subagents for subtasks; in Quest mode, per the vendor, a Design Agent that produces a specification and a Task Executor that implements it work together in a spec-driven development approach.

Models and model access

Which models the harness uses and how they are obtained

Models and model access
Models No fixed default model documented – model access runs through a curated model catalogue plus BYOK for your own provider credentials
Access routes Curated Qoder model catalogue, BYOK custom wizard (providers vary by account, per the vendor)
Free choice of model Yes
Custom endpoint / LLM gateway No
According to the documentation, BYOK is set up exclusively through the `/model` custom wizard; the vendor explicitly advises against manual configuration in settings.json, and a freely configurable OpenAI-compatible endpoint is not publicly documented. According to the privacy policy, Alibaba's Qwen and MoonShot's Kimi models are among the language models used.
Features
MCP servers Sub-agents Hooks Skills Plugins / extensions Headless / CI IDE integration Resume sessions
Running it with herdr
Supported by herdr Yes
State detection Screen manifest
Integration Session
According to herdr's own documentation, it detects Qoder CLI sessions via a screen manifest and integrates them at the session level.
More about herdr →

Enterprise use

Data processing, controls and pricing model according to the vendor

Data processing and retention

According to the privacy policy, the vendor processes inputs and the outputs generated from them in locations including the United States, Singapore and Japan, and uses them for service improvement depending on the plan; an opt-out via a 'Share & Improve' setting is available depending on the plan, per the vendor. The public policy names no dedicated EU/GDPR addendum.

Identity and operator

According to the terms of service, the operator is Bright Zenith Private Limited, a Singapore-registered company. According to the privacy policy, Alibaba's Qwen model is among the language models used in the coding experience; the official website does not state any further corporate or ownership relationship with Alibaba.

Admin policies

According to the documentation, permission rules merge across several levels (user, project and local settings plus CLI arguments), with local settings overriding global ones; centralised device management comparable to other vendors is not publicly documented.

Pricing model

Access runs through different account tiers; per the documentation, BYOK for custom model access is available only on certain plans and editions – see the vendor for current terms.

Strengths
  • Several operating modes from interactive through Plan and Goal to Scheduled Task and headless for different levels of automation
  • Six-tier, granular permission system with tool- and path-specific allow/ask/deny rules
  • Spec-driven Quest mode with separate roles for design and execution
  • Auto memory supplements static AGENTS.md instructions with automatically learned project context
  • ACP support allows integration into editors such as Zed
  • Very fast startup without an IDE, according to the vendor
Limitations
  • Proprietary software with no open licence and no publicly inspectable source code
  • Model access runs through a curated catalogue that, per the vendor, changes over time rather than a fixed, publicly documented model and provider list
  • A freely configurable custom API endpoint for model access is not publicly documented
  • The public privacy policy names no dedicated EU/GDPR addendum for data processing

Use cases

Typical tasks for this harness

Autonomous multi-file changes directly in the terminal without switching to an IDE
Spec-driven development in Quest mode with separate design and execution phases
Non-interactive automation in CI/CD pipelines via headless mode
Recurring maintenance tasks via the `/loop` mechanism
Integration into editors such as Zed via the Agent Client Protocol (ACP)

Qoder CLI is the terminal coding agent of the Qoder platform: it analyses codebases, edits files, runs commands and connects MCP servers to turn a language model into a working AI harness for developers in the terminal. According to its terms of service, the platform is operated by Bright Zenith Private Limited. As of 20 September 2026.

What is Qoder CLI?

According to its release notes, Qoder CLI has been publicly available since version 0.1.0 on 15 October 2025 and runs on macOS, Linux and Windows (including WSL). According to the terms of service and privacy policy, the platform’s operator is Bright Zenith Private Limited, a Singapore-registered company. The software is proprietary, and no public source-code repository is documented. Qoder CLI is part of a wider product line that also includes an IDE, a JetBrains plugin and cloud agents; the CLI itself is aimed, per the vendor, at developers who want to work directly in the terminal without switching to a graphical interface.

Qoder CLI as an AI harness

Qoder CLI offers several operating modes: an interactive default mode, a Plan mode for analysis before changes, a Goal mode for continuous goal pursuit, a Scheduled Task mode, /loop for recurring tasks, and a headless mode for scripts and CI/CD pipelines. Project instructions live in AGENTS.md at the project root or under ~/.qoder/AGENTS.md for account-wide rules, supplemented by project-specific rules under .qoder/rules/**/*.md. Permissions are governed by a six-tier system (default, accept_edits, auto, bypass_permissions, dont_ask, plan) with fine-grained allow/ask/deny rules such as Bash(npm run test:*) in settings.json, merged across several levels – user, project and local settings, plus CLI arguments. Via MCP, external tools can be connected with qoder mcp add <name> -- <server command>, and MCP calls remain subject to the same permission rules. For spec-driven development, Quest mode, per the vendor, splits the work into a Design Agent that produces a specification and a Task Executor that implements it.

Models and model access

Qoder CLI provides a curated model catalogue that, according to the documentation, changes over time and by account; the vendor does not specify a fixed, publicly named list of supported model families. According to the privacy policy, Alibaba’s Qwen and MoonShot’s Kimi models are among the language models used in the coding experience. In addition, a BYOK wizard (/model → Custom) lets you add your own model credentials – the documentation explicitly advises against manually configuring this in settings.json, since the available providers and fields are determined by the account’s current BYOK catalogue. Whether model access can also be routed through a freely configurable custom endpoint or a central proxy is not publicly documented. Organisations that still want to centrally govern and budget model access can place innFactory’s AI Gateway in front of the model APIs they already use, as an OpenAI-compatible control layer.

Enterprise use: data protection and governance

According to the privacy policy, the vendor processes inputs and the outputs generated from them in locations including the United States, Singapore and Japan, and uses them for service improvement depending on the plan; a “Share & Improve” setting allows an opt-out depending on the plan, per the vendor. The public policy names no dedicated EU or GDPR addendum, nor does it mention Zero Data Retention or a separate data processing agreement for enterprise customers. Important in practice: source code and prompts are sent to the chosen model or service provider – this data flow belongs in an organisation’s records of processing activities in advance, together with a check of current terms directly with the vendor.

Orchestrating Qoder CLI with herdr

According to the documentation of the terminal orchestrator herdr, it detects Qoder CLI sessions via a screen manifest and integrates them at the session level. This makes it possible to monitor and control Qoder CLI alongside other coding agents from one shared terminal interface.

Where it fits: developer harness and enterprise harness

Qoder CLI is a harness built for one developer working in one terminal. For business users outside development, CompanyGPT is the matching harness: tools via MCP servers and n8n workflows, context via companyRAG, roles from Entra ID or Keycloak, and audit logs for business departments. The AI Gateway forms the shared cost and governance layer for both worlds. For an overview of other coding agents and orchestrators, see our overview of all AI harnesses. We help organisations adopt coding harnesses such as Qoder CLI securely, with proper governance and centralised cost control.

From developer harness to enterprise harness

Coding harnesses are tools for developers. Business users, cost control and governance need two more layers.

CompanyGPT – the harness for business users

CompanyGPT gives any language model tools via MCP servers, integrations and n8n, company knowledge via companyRAG, roles from Entra ID or Keycloak, and audit logs – operated in your Azure environment or sovereignly on STACKIT.

Discover CompanyGPT
AI Gateway – cost and governance for every agent

The AI Gateway bundles the model access of your tools and coding agents behind an OpenAI-compatible API: authentication via Entra ID, budgets and cost centres per team, user and agent, guardrails and complete logging.

View the AI Gateway

Frequently Asked Questions

What is Qoder CLI?

Qoder CLI is the terminal coding agent of the Qoder platform, operated by Bright Zenith Private Limited. It reads codebases, edits files, runs commands and connects MCP servers to carry out autonomous development tasks in the terminal, from analysis to commit.

Is Qoder CLI open source?

No. According to Bright Zenith Private Limited's terms of service, Qoder CLI is proprietary software; no publicly inspectable source-code repository is documented.

Which models does Qoder CLI support?

Qoder CLI offers a curated model catalogue that, according to the documentation, changes depending on the account, plus a BYOK wizard (`/model` → Custom) for adding your own model credentials. According to the privacy policy, Alibaba's Qwen and MoonShot's Kimi models are among the language models used; the documentation does not specify a fixed, publicly named list of supported model providers.

Can Qoder CLI be used in a GDPR-compliant way?

According to the privacy policy, the vendor processes inputs in locations including the United States, Singapore and Japan; the public policy names no dedicated EU/GDPR addendum. Prompts and source code are sent to the chosen model or service provider, which organisations should map in advance in their records of processing activities.

Does Qoder CLI work with herdr?

Yes. According to herdr's documentation, herdr detects Qoder CLI sessions via a screen manifest and integrates them at the session level when orchestrating multiple coding agents.

What is the difference between Quest mode and Plan mode in Qoder CLI?

Plan mode analyses a task before making changes, without executing it. According to the vendor, Quest mode goes a step further and splits the work into a Design Agent that produces a specification and a Task Executor that then implements it.

Introduce coding agents safely in your company

We support selection, model access in the EU, permission design and cost control.