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Documentation Index

Fetch the complete documentation index at: https://docs.infercom.ai/llms.txt

Use this file to discover all available pages before exploring further.

Agentic coding tools are AI assistants that can autonomously write, edit, and refactor code in your codebase. Unlike simple code completion, these agents understand context, make multi-file changes, and iterate on their work.

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Why Infercom for Agentic Coding

EU Sovereign

Full GDPR compliance. Data stays in EU. No US CLOUD Act exposure.

High Performance

MiniMax-M2.7: 400+ tokens/sec - 6x faster than Claude Sonnet.

Quality

MiniMax-M2.7: Top-tier coding performance with 192k context window.

No Rate Limits

No quota drama. Scale your development without interruption.

No Quantization

Always full precision. No quality loss from model compression.

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Supported Tools

We document the most popular tools below, but any tool that supports OpenAI-compatible or Anthropic-compatible APIs will work with Infercom. Just point it to https://api.infercom.ai/v1 with your API key.

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Terminal Tools

ToolTypeBest For
AiderTerminal CLISimple, git-integrated workflows
Codex CLITerminal CLIOpenAI’s agentic assistant (Responses API)
OpenCodeTerminal TUIInteractive coding sessions
GooseTerminal CLIBlock’s autonomous agent
WarpAI TerminalModern terminal with AI features

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IDE Extensions & Editors

ToolTypeBest For
Blackbox AIVS Code ExtensionAI coding assistant
CursorAI IDEFull AI-native code editor
ClineVS Code ExtensionAutonomous coding agent
Kilo CodeVS Code ExtensionOpen source coding agent
ContinueVS Code/JetBrainsOpen-source, customizable
WindsurfAI IDECascade agentic AI

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Advanced

ToolTypeBest For
Claude Code + ccproxyProxyStaying in Claude ecosystem
MiniMax-M2.7 is the recommended model for agentic coding:
  • Context window: 192K tokens (largest in EU infrastructure)
  • Speed: 400+ tokens/sec
  • Capabilities: Reasoning, function calling, tool use
MiniMax-M2.5 (160k context) remains available but will be deprecated in a future release. New projects should use MiniMax-M2.7.

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Configuration Patterns

Most tools support two configuration approaches:

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Single Model (Simple)

Use MiniMax-M2.7 for all tasks. This is the simplest setup and works well for most workflows. 
Model: MiniMax-M2.7

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Plan/Execute (Advanced)

For complex tasks, many tools support separate models for planning and execution:
PhaseModelPurpose
PlanClaude, GPT, GeminiTop-tier reasoning for architectural decisions
ExecuteMiniMax-M2.7Fast code generation on EU sovereign infrastructure
This keeps planning quality high while routing the bulk of code generation to Infercom’s fast, EU sovereign infrastructure. Tools that support this pattern:
  • Codex CLI: [profiles.plan] and [profiles.execute] in config.toml
  • Cline: “Use different models for Plan and Act modes” toggle
  • OpenCode: agent.plan and agent.build in opencode.json
Start with the single-model setup. Switch to plan/execute when working on complex architectural tasks or multi-file refactoring.

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Getting Started

  1. Get your API key (includes free credit)
  2. Choose a tool based on your workflow
  3. Follow the setup guide for your chosen tool
New to Infercom? Start with OpenCode - full TUI experience with reasoning visualization.

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API Details

Endpoint: https://api.infercom.ai/v1
Model: MiniMax-M2.7
See OpenAI compatibility and Anthropic compatibility for API details.