Train-in-Silence
by hlpun·★ 68·Score 46
Task-aware MCP server that calculates optimal GPU configurations across 10+ cloud providers for LLM fine-tuning.
Overview
Train in Silence is a specialized MCP server designed to streamline the process of selecting optimal GPU configurations for LLM fine-tuning. It analyzes training requirements and automatically identifies the cheapest, fastest GPU options across multiple cloud providers. The server implements a sophisticated architecture that transforms YAML requests into hardware recommendations through an estimator, market aggregator, optimizer, and ranking system. It supports multiple access methods including CLI, REST API, and integration with Claude Code/Desktop.
Try asking AI
After installing, here are 6 things you can ask your AI assistant:
When to choose this
Choose this server when you need to optimize GPU resource selection for LLM fine-tuning across multiple cloud providers, balancing cost and performance.
When NOT to choose this
Don't choose this if you need direct GPU access control or have specific requirements not covered by the estimation model.
Tools this server exposes
1 tool extracted from the READMErecommendFind the best GPU options for fine-tuning an LLM based on requirements
Note: Tool name inferred from CLI command 'tis recommend' and usage examples
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Installation
Installation
Option A: Claude Code (recommended)
pip install train-in-silence
claude mcp add tis --scope user -- tis-mcpOption B: CLI
pip install train-in-silenceOption C: API Server
uvicorn tis.api.server:appClaude Desktop Configuration
Add to claude_desktop_config.json:
{
"mcpServers": {
"tis": {
"command": "python",
"args": ["-m", "tis.mcp"]
}
}
}FAQ
- What cloud providers does TIS support?
- TIS aggregates pricing from over 10 cloud providers including Vast.ai, RunPod, AWS, CoreWeave, Lambda Labs, Tensordock, Vultr, GCP, Azure, OCI, Nebius, CloudRift, Cudo Compute, and Verda.
- Is API authentication required?
- API keys are optional. If not provided, TIS automatically falls back to universal live aggregators (GPUHunt/GPUFinder) or bundled sample data.
- How accurate are the GPU recommendations?
- Recommendations are based on live market data when available and clearly indicate the source of truth (live:official, live:gpuhunt, live:gpufinder, or sample). The estimation model is currently in development with planned calibration improvements.
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Last updated · Auto-generated from public README + GitHub signals.