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- Cursor + Gonka AI - cheap LLM for coding
- Claude Code + Gonka AI - LLM for the terminal
- OpenClaw + Gonka AI - affordable AI agents
- OpenCode: your own model in the terminal
- Continue.dev + Gonka AI - AI for VS Code/JetBrains
- Cline + Gonka AI - AI agent in VS Code
- Aider + Gonka AI - pair programming with AI
- LangChain + Gonka AI - AI applications for pennies
- n8n + Gonka AI - automation with cheap AI
- Open WebUI + Gonka AI - your own ChatGPT
- LibreChat + Gonka AI — open-source ChatGPT
- Hermes Agent + DeepSeek on the Gonka network — an autonomous agent for pennies
- Kilo Code + Gonka AI — AI-Agent in VS Code
- Roo Code + Gonka AI — Autonomous AI Agent in VS Code
- LlamaIndex + Gonka AI — RAG applications for pennies
- PydanticAI + Gonka — typed AI agents for pennies
- Vercel AI SDK + Gonka AI — AI applications in TypeScript for pennies
- TanStack AI + Gonka — AI applications in TypeScript for pennies
- API quick start — curl, Python, TypeScript
- JoinGonka Gateway — a full overview
- Management Keys — SaaS on Gonka
- Cheapest AI API: Provider Comparison 2026
- How to buy AI tokens and an API key: 3 methods in 2026
- Cursor Pro request limit reached — breakdown and cheaper alternative
- Claude Code is cheaper — bill breakdown and switching
- Cline is burning money — why the agent spends so much
- OpenClaw is expensive — why the agent burns through tokens and how to save
- OpenRouter: Cheap Alternative — Comparison with JoinGonka Gateway
- Best AI model for coding in 2026: comparison and prices
- Cheap alternative to GitHub Copilot without limits
- A cheap Windsurf alternative without credits or limits
- The cheapest API for AI agents in 2026
- ZCode: Cheap GLM inference instead of GLM Coding Plan
- JetBrains IDE + JoinGonka Gateway — your own endpoint instead of credits
- GitHub Copilot BYOK — own models instead of quotas
- Zed + JoinGonka Gateway — cheap inference in your editor
- Pi + JoinGonka Gateway — terminal agent on cheap inference
- Codex CLI: your own key instead of a subscription
- DeepSeek Harness: Your Own Provider via JoinGonka Gateway
- MiniMax Code: MiniMax agent with your own key via Gonka
- Warp + JoinGonka Gateway — terminal agent on your own endpoint
- Trae + JoinGonka Gateway — Gonka network models in AI-IDE
- Cherry Studio + JoinGonka Gateway — desktop AI client
- omp (Oh My Pi) + JoinGonka Gateway: an agent with model roles
- OpenHands + JoinGonka Gateway: agent on your own endpoint
- Qwen Code after the closure of qwen-oauth: working via JoinGonka Gateway
- Goose + JoinGonka Gateway: your own provider and key in the keyring
- Crush + JoinGonka Gateway: Charm agent on Gonka network models
- Zoo Code + JoinGonka Gateway: Migrating from Roo Code to Gonka models
- Kimi Code CLI: Moonshot AI agent on your key via Gonka
- Factory Droid + JoinGonka Gateway: BYOK on Gonka network models
- MiMo Code + JoinGonka Gateway: Xiaomi agent on Gonka network models
Tools
OpenClaw is expensive — why the agent burns through tokens and how to save
"OpenClaw too expensive", "OpenClaw expensive tokens", "openclaw so expensive" — Google search suggestions reveal six variations of search queries, all pointing to the same thing: OpenClaw users regularly face disproportionately high bills for using an autonomous agent. And this is not about user error — it is a structural feature of multi-level autonomous agents in principle.
OpenClaw is a powerful next-generation agentic tool that, unlike linear assistants, works on a "planner + executor + critic" scheme: one model creates a plan, another executes the steps, and a third verifies the results. Each of these roles makes its own calls to the LLM. For a complex task, the number of round-trips to the model easily reaches 30—80, and in long autonomous runs — several hundred.
This article provides an exact breakdown of why OpenClaw burns tokens 5—10 times faster than a simple chat assistant, real consumption figures for different types of tasks, and switching to JoinGonka Gateway with savings of ~430—720 times compared to the Anthropic rate for Claude Sonnet 4.6. This transforms OpenClaw from an "expensive toy for enthusiasts" into a standard tool that a team can use every day.
Why OpenClaw Burns Tokens So Fast
OpenClaw is an autonomous agent with a multi-tiered architecture. Unlike simple assistants, where a single prompt goes into the model and an answer comes back, OpenClaw builds a chain of several roles and several iterations. Every link in the chain consumes tokens, and the total cost per user task is an order of magnitude or more than what a chat assistant burns.
A typical OpenClaw workflow on the task "write module X":
- Planner reads the task description and the entire project context (~30K input + 2K output)
- Decomposer splits the plan into sub-tasks (~20K input + 1K output)
- Executor for each sub-task: reads files, generates code, applies patches (5—15 iterations × ~50K input + 3K output)
- Critic reviews the results and suggests corrections (~40K input + 2K output)
- Corrector applies the fixes (5—10 iterations × ~30K input + 2K output)
- Final review and report formatting (~30K input + 1.5K output)
Add it all up — one average OpenClaw task eats 800K—1.5M input tokens and 50—120K output tokens. On complex tasks with long autonomous iterations, consumption climbs to 5—15M input + 200—500K output.
Real numbers for specific task types:
- Simple feature (one function with a test): ~600K total tokens ≈ $3 on Anthropic
- Medium feature (a new 200-line module): ~3M total tokens ≈ $12
- Complex feature (refactoring + new functionality): ~10M total tokens ≈ $35
- Long autonomous task (an hour-long run with a critic and iterations): 30—50M total tokens ≈ $100—170
- A full day of the agent with several tasks in OpenClaw: 100—200M total tokens ≈ $350—700
The key difference from Cline or Cursor is that OpenClaw makes 3—5 role calls at every step, while Cline makes one. This isn't a bug — it's a feature that improves decision quality and reduces the number of errors. But financially, that same feature makes OpenClaw the most expensive agentic tool on the market when using Anthropic or OpenAI directly.
Comparing burn rate with other tools on the same task:
- Cursor Agent: ~5K—50K tokens per task
- Cline: ~500K—5M tokens per task
- Claude Code: ~200K—3M tokens per task
- OpenClaw: ~3M—50M tokens per task (×5—10 vs Cline)
Price Comparison: OpenClaw on Anthropic vs JoinGonka
OpenClaw supports any OpenAI-compatible providers via environment variables and a config file. This means that switching from the Anthropic API to JoinGonka Gateway does not require a single line of code changes in OpenClaw itself — just changing the endpoint and API key.
Comparison by task type:
| Task type | Total tokens | OpenClaw + Anthropic | OpenClaw + JoinGonka | Savings |
|---|---|---|---|---|
| Simple feature | ~600K | $3 | $0.0087 | ×340 |
| Medium feature | ~3M | $12 | $0.042 | ×290 |
| Complex feature | ~10M | $35 | $0.144 | ×240 |
| Long autonomous task | ~40M | $140 | $0.57 | ×240 |
| Full agent day | ~150M | $525 | $2.16 | ×240 |
| Active user month | ~3B | $10500 | $42 | ×250 |
OpenClaw's multi-level architecture, which makes it expensive at Anthropic, turns into an advantage at JoinGonka: more role-based calls = higher decision-making accuracy, and now it costs almost nothing. You can include all critics and reviewers, leave autonomous runs overnight, and experiment with long chains — without the fear of seeing a four-digit bill in the morning.
JoinGonka Gateway charges for input and output — fractions of a cent per million tokens (output is more expensive than input). At Anthropic, input costs $3, output — $15: even JoinGonka's output is hundreds of times cheaper, which is especially beneficial for OpenClaw, which generates many output tokens during role-based exchanges.
What's under the hood — the network's open MoE models: MiniMax M2.7 (the default model in the config below), DeepSeek V4 Flash, and GLM-5.3 Flash. For role-based tasks (planning, execution, criticism), structured output and tool calling are essential — all three models support native tool calling. On the SWE-bench Verified benchmark, which measures autonomous development quality, DeepSeek V4 Flash is neck-and-neck with closed-source flagships. Read more in the article about the best models for code. General market context — in the review of the cheapest AI API in 2026.
How to Switch OpenClaw to JoinGonka
The easiest way is a one-command installer: it will configure the JoinGonka provider in ~/.openclaw/openclaw.json with the correct baseUrl and models, making a backup of your current config:
npx @joingonka/setup --tool openclawThis is the universal JoinGonka installer — without the npx @joingonka/setup flag it will prompt you to pick a tool from a list (there are already 25: Claude Code, Codex CLI, OpenClaw, Cline and others — full list), ask for your API key (jg-…) and add only the JoinGonka provider without touching your other settings. The primary model will be DeepSeek V4 Flash, with GLM-5.3 Flash and MiniMax M2.7 as fallbacks: if a model is busy, the agent switches to the next one instead of stopping. Below is the manual path if you prefer to set it up yourself.
Set up manually (Plan B)
OpenClaw stores its configuration in ~/.openclaw/openclaw.json. To switch to JoinGonka, add the gonka provider and select it as your default model.
Step 1. Get your JoinGonka API key. Sign up at gate.joingonka.ai/register, get 3M free tokens, and copy the key from your Dashboard (format jg-xxx).
Step 2. Add the provider to ~/.openclaw/openclaw.json (nested models.providers structure, OpenAI mode):
{
"models": {
"providers": {
"gonka": {
"baseUrl": "https://gate.joingonka.ai/v1",
"api": "openai-completions",
"apiKey": "jg-your-key",
"models": [
{ "id": "deepseek-ai/DeepSeek-V4-Flash-0731", "name": "DeepSeek V4 Flash", "contextWindow": 380000, "maxTokens": 32768 },
{ "id": "zai-org/GLM-5.3-Flash", "name": "GLM-5.3 Flash", "contextWindow": 390000, "maxTokens": 8192 },
{ "id": "MiniMaxAI/MiniMax-M2.7", "name": "MiniMax M2.7", "contextWindow": 200000, "maxTokens": 8192 }
]
}
}
},
"agents": {
"defaults": {
"model": {
"primary": "gonka/deepseek-ai/DeepSeek-V4-Flash-0731",
"fallbacks": ["gonka/zai-org/GLM-5.3-Flash", "gonka/MiniMaxAI/MiniMax-M2.7"]
}
}
}
}Step 3. Lock down the file with the key. The key is stored in the config as a literal, so keep file access to yourself only: chmod 600 ~/.openclaw/openclaw.json. OpenClaw also understands an environment variable reference ("apiKey": "${GONKA_API_KEY}"), but it only works while the variable is exported in the environment the agent runs from; a literal doesn't depend on the environment. The fallbacks block defines backup models: if the primary is busy, the agent switches to the next one instead of stopping.
Step 4. Role-based agents. OpenClaw lets you assign different models to different roles via agents.defaults — for example, a lightweight model for the planner and a more powerful one for the executor. With JoinGonka you can use a single model for the whole pipeline or combine roles: MiniMax M2.7 is a fast all-rounder, DeepSeek V4 Flash (380K — one of the longest contexts on the network, for a critic with large input) and GLM-5.3 Flash (a reasoning model — for the planner).
Step 5. Limits. Set reasonable iteration and token-spend limits per task in the agents.defaults section (see the OpenClaw docs) — this protects you from accidental loops. Even on cheap JoinGonka it's worth capping, say, 1M tokens per task.
Verification. Run a simple task — openclaw run "create a hello world function in python". If the agent goes through the planning, execution and verification cycle and produces a file, you're all set. Spend will appear in the JoinGonka Dashboard in real time.
The same JoinGonka key works with other agentic tools: Cline, Claude Code, Aider. All are billed from your account's shared balance.
What It Costs: Real Scenarios
Let's compare three typical OpenClaw production usage profiles.
Profile 1: "Agent experiment". A developer runs OpenClaw 5—10 times a week, mostly on medium-sized tasks to assess quality. Monthly consumption — ~50M total tokens.
- Anthropic: 50M × $0.005 ≈ $250/month
- JoinGonka: 50M × $0.0099 = $0.50/month. Savings — ~500x.
Profile 2: "Regular use as part of a workflow". OpenClaw is run on complex tasks daily, sometimes left for long autonomous sessions. Monthly consumption — ~500M total tokens.
- Anthropic: 500M × $0.005 ≈ $2500/month
- JoinGonka: 500M × $0.0099 = $4.95/month. Savings — ~500x.
Profile 3: "Production-pipeline on OpenClaw". A team has automated part of their workflows via OpenClaw — report generation, refactoring legacy code, code review. Consumption — ~3B total tokens per month.
- Anthropic: 3B × $0.005 = $15000/month
- JoinGonka: 3B × $0.0099 = $29.7/month. Savings — ~500x.
At the Profile 3 level, the effect is particularly interesting — OpenClaw shifts from "too expensive for regular automation" to "so cheap that you can automate everything possible." This changes the very economics of decision-making: a task that previously seemed too expensive for an agent can now be handed off without a second thought.
On an annual horizon, an active user saves about $30,000, and a team saves $180,000. This is no longer just budget optimization; it is a qualitative change in how a team uses agentic AI: unlimited usage instead of "budget-constrained".
At the same time, OpenClaw itself as a tool remains unchanged: the same role-based pipelines, the same high-quality decomposition, the same control via critics. Only the source of inference changes — and with it, the economics of the entire workflow.
Strategy for mixing models in OpenClaw. OpenClaw supports different models for different roles in a pipeline. Through JoinGonka Gateway, you can assign MiniMax M2.7 for all stages (general-purpose model), or combine it with GLM-5.3 Flash for the critic and final check — the reasoning-model "thinks" before answering, which is especially useful when evaluating multi-step results — and for large prompts without reasoning, set DeepSeek V4 Flash (380K context). Since all three models are priced at $0.0069/1M, there is no financial bonus from using a "lighter" model in cheap roles — but you can fine-tune the quality of answers for each stage of the pipeline.
Production-case: code review automation. One of the real-world scenarios made possible by JoinGonka economics — automatic code review for every pull request via OpenClaw. Pipeline: "read diff → analyze every file → check test coverage → compile final report". On Anthropic, this pipeline would consume ~$5—15 per PR; on JoinGonka — $0.007—0.017. A team of 10 developers making 50 PRs a day goes from $750/day on Anthropic to $0.83/day on JoinGonka — and the code review agent turns from a luxury into a daily workflow.
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