On-Device Daemon Agent
Autonomous background daemon that scans local Apple Silicon MLX & NVIDIA CUDA hardware, indexes Ollama/HF models, validates JSONL schemas, and keeps weights 100% on-device.
FineTuneMyAI (Fine Tune My AI) coordinates from the web while your workstation computes. Fine-tune open-weight LLMs using LoRA and QLoRA on Apple Silicon, Linux CUDA, or Windows RTX for free. Private data, weights, and adapters remain strictly on your machine — deploy to managed cloud GPUs with pay-as-you-go inference when ready for production.
100% free on-device training. Pay only if you choose to deploy models to managed cloud GPUs.
FineTuneMyAI separates the web control plane from your private local AI runtime.
Autonomous background daemon that scans local Apple Silicon MLX & NVIDIA CUDA hardware, indexes Ollama/HF models, validates JSONL schemas, and keeps weights 100% on-device.
Zero-leak web coordinator that manages paired hardware nodes, schedules parameter-efficient training jobs, and streams real-time loss telemetry without ever receiving raw datasets.
Self-optimizing execution agent that recommends calibrated LoRA rank r, scaling α, and learning rate for available memory headroom, writes local checkpoints, and validates perplexity.
Checkpoint saved · step 600 · local disk
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LoRA & QLoRA workflows on supported local Apple Silicon and NVIDIA hardware.
Build semantic retrieval and vector embeddings over private files without cloud leaks.
Compare base and adapted model performance with side-by-side local benchmarks.
From product requirements to fully-tested production apps. 18 specialized autonomous agents collaborate in isolated Git worktrees under an 80-article engineering constitution — executing on your local GPU or Apple Silicon.
Manager, Architect, Frontend, Backend, Database, Security, QA, DevOps, and Reviewer agents self-organize, debate architecture, and write verified code.
Strict linting gates, automated test coverage thresholds, immutable work ledgers, and emergency stop kill-switches keep every agent safe and compliant.
Run built customer apps instantly with auto-detected runners (Static, Vite, Next.js, Node, Python) and live console streaming.
Benchmark any resident model or LoRA adapter in the Playground without interfering with active autonomous agents, or optionally synchronize with 1 click.
Local fine-tuning on your own hardware is currently free with no subscription required. Pay only when you choose to host and deploy your fine-tuned models on our managed cloud GPU infrastructure.
Fine-tune and run models directly on your own hardware with full data sovereignty.
Deploy your trained model to managed cloud GPUs with instant OpenAI-compatible endpoints.
For high-throughput workloads, multi-GPU clusters (70B+), and dedicated VPCs.
*Model parameter sizes are provided as an initial sizing guideline. Final compute requirements depend on context length, quantization, concurrency, and target latency.
Yes. FineTuneMyAI is completely free to use for local fine-tuning. You can prepare datasets, train models using LoRA and QLoRA, run evaluations, and perform inference directly on your own hardware (Apple Silicon Mac, Linux CUDA, or Windows) without paying anything.
No. There are no monthly subscription fees, seat licenses, or recurring paywalls for using FineTuneMyAI locally. You only pay if you choose to deploy your fine-tuned models to our managed cloud GPU infrastructure for hosting and inference.
You only pay for cloud GPU compute when hosting your models on FineTuneMyAI managed infrastructure. Hosted inference is billed on a transparent pay-as-you-go basis, starting from $0.99 per GPU hour for ~8B models up to $5.99 per GPU hour for ~70B models.
FineTuneMyAI is proprietary, local-first software. It supports compatible open-weight models such as Llama, Mistral, and Qwen. During local fine-tuning, training data and model artifacts stay on your machine; hosted inference is a separate, optional service that requires the artifacts needed to serve the model.
No. When training locally, base model weights, training corpora, extracted text, embeddings, vector stores, and adapter checkpoints remain strictly on your local disk. The control plane only stores opaque metadata (opaque IDs, token counts, and loss metric floats).
Using 4-bit QLoRA with gradient checkpointing, an 8B model (such as Llama 3.1 or Mistral) can be comfortably trained on an NVIDIA GPU with 12GB-16GB of VRAM or an Apple Silicon Mac with 24GB-36GB of unified memory via our MLX backend.
Your local agent continues training uninterrupted. Training state, optimizer weights, and loss logs are maintained in local JSON state manifests and log files. When connectivity resumes, progress metrics are automatically synchronized.
Device pairing uses an ephemeral 6-digit one-time code and scoped 256-bit cryptographic bearer tokens stored as SHA-256 hashes with HMAC replay protection. The control plane communicates strictly through typed, allowlisted commands (TRAIN_START, EVALUATE_START). Arbitrary shell execution is architecturally forbidden.
The agent program files (agent.js) install to a visible, easy-to-find folder: ~/Documents/finetunemyai/agents on macOS and Linux, and %LOCALAPPDATA%\FineTuneMyAI\agent on Windows. The finetunemyai command wrapper is placed in ~/.local/bin on Unix and %LOCALAPPDATA%\FineTuneMyAI\bin on Windows. Your private device keys and credentials are kept separately in the hidden ~/.finetunemyai folder (and the macOS Keychain / OS keyring) so secrets never sit in a cloud-synced Documents folder. You can override the install location by setting the FINETUNEMYAI_INSTALL_DIR environment variable before running the installer.
Fine-tune, evaluate and run supported AI models from one secure control plane.
Start with your own supported Mac, Linux or Windows machine.