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klaatcode

Open-source AI coding agent for the terminal. Claude Code-grade accuracy with smart model routing — uses the right AI model for each task, cutting costs 10x. Supports Claude, GPT, Gemini, DeepSeek & more.

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What is it?

What it is

Klaat Code is a terminal‑native AI coding agent that runs as a standalone CLI. It reads your project, edits files, runs shell commands, and verifies its own work, all while interacting with the Klaatu routing service to choose the most appropriate LLM tier for each request.

Why it exists

It was built to give developers a cheap, fast, and reproducible coding assistant that automatically routes work to the right model tier, uses a semantic code‑graph for efficient context, and protects users from runaway costs and permission‑related risks. The goal is to combine Claude‑grade reasoning with frontier‑level pricing and a truly terminal‑first workflow.

Who should use it

Developers who want a lightweight, terminal‑native AI coding assistant that integrates seamlessly into existing workflows, CI pipelines, and Git repositories, and who value cost‑efficiency, smart model routing, and a rich code‑graph based context. Ideal for teams and solo engineers who prefer command‑line tools over web UIs and want fine‑grained control over permissions and cost.

Who should avoid it

Users who require an offline or purely local solution, prefer a graphical interface, or need a zero‑configuration, out‑of‑the‑box experience without any authentication or external service dependency. Also not suited for those who are uncomfortable with CLI or who need strict on‑premises compliance.

How it works

A quick walkthrough in plain English

How klaatcode works in 4 steps

Step 1 of 4

Something triggers the flow

A schedule, webhook, or manual click tells klaatcode to start.

Features

Smart per-request model routing (nano to heavy tiers)
Code knowledge graph with semantic search and symbol querying
Terminal-native UI with syntax highlighting and mouse support
Multi-agent workflows with background sub-agents
Automatic context compaction and noise-filtering
Real-time cost monitoring and per-phase token budgets
Post-edit diagnostics (automatic linting/typechecking)
Full MCP (Model Context Protocol) client support
Git integration (diff, review, commit, undo, checkpoint)
Customizable skills (reusable prompt templates) and hooks
Plan mode for read-only research and proposal
Sandboxed write permissions and command allow/deny lists

Advantages

  • Significant cost reduction via intelligent model routing
  • Reduced token usage through semantic code graph indexing
  • Runaway cost protection with hard session caps and burn-rate alerts
  • High accuracy through automated error verification loops
  • Seamless context management to prevent 'lost in the middle' issues
  • High developer velocity with terminal-first, low-friction workflow
  • Reproducible performance benchmarks

Disadvantages

  • Requires a hosted service (Klaatu) for routing intelligence
  • Client-side functionality is limited to a thin terminal interface
  • Requires internet connectivity for core routing and intelligence

Installation

native

npm install -g klaatcode
curl -fsSL https://klaatai.com/api/install | bash
irm https://klaatai.com/api/install-windows | iex
brew install KlaatAI/klaatcode/klaatcode

FAQ

What makes Klaat Code different from other coding agents like Claude Code?

Klaat Code differs in six key ways: smart per-request model routing, a real code knowledge graph, no Continue button, visible cost tracking, context recovery, and reproducible benchmarks.

How does Klaat Code handle model routing?

Each request is classified and routed to one of five tiers (nano to heavy) by Klaatu, escalating automatically based on task complexity, with tool rounds and retries being free.

How does Klaat Code manage costs and prevent overspending?

It includes burn-rate monitoring, per-task cost attribution, phase budgets, hard session caps, and doom-loop detection to prevent unexpected charges.

What installation methods are available for Klaat Code?

It can be installed via npm, a one-line installer, PowerShell, or Homebrew, all installing a standalone binary.

How does Klaat Code manage context and prevent information loss?

It uses automatic compaction with attention-ordered history, snapshots before summarization, and recovery notes if context is lost.

What security features does Klaat Code have?

It includes permission controls for tools and commands, sandboxed writes, and OAuth-based authentication without API keys.

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