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Improve performance with Fine-tuning

Unlock your AI models' full potential through precision fine-tuning. Optimize your models for results that truly matter to your specific needs. Remember, it's not about more data β€” it's about the right data.

1

Create a tuning model

Start by creating a new tuning model. You can choose from GPT-4o or GPT-4o-mini as the base model.

2

Upload fine-tuning data

Use our intuitive tuning editor to upload tuning data for the model. Track the progress and review the results all within the dashboard.

3

Unlock your fine-tuned model

Once your fine-tuned model is ready, you can seamlessly integrate it into your prompts, workflows and RAG chat agents with one click.

Gen AI tools that save you time

Our custom tools help you grab info from websites, handle big datasets, and build smart AI workflows. Save time and create better content by tapping into your data.

Without Fetch Hive

With Fetch Hive

Agents

Build custom RAG Chat Agents to interact with data.

Datasets

Collect and store data from the web or files.

Fine-tuning

Fine-tune models to your specific needs.

Workflows

Build complex, multi-step prompts with tools.

Frequently asked questions

  • What is fine-tuning?

    Fine-tuning is the process of adapting a pre-trained AI model to perform specific tasks by training it on a focused dataset. Think of it as teaching an already smart AI to become an expert in your particular domain or use case. With Fetch Hive's fine-tuning tools, you can customize leading models like GPT-4o to better understand your company's terminology, style, and knowledge areas, resulting in more accurate, relevant, and consistent outputs for your specific needs.

  • How does fine-tuning differ from using prompts?

    While both prompts and fine-tuning help customize AI outputs, they work differently:

    • Prompts guide the model for each individual request but don't permanently change how the model functions
    • Fine-tuning actually modifies the model itself, creating lasting improvements in how it understands and responds to your specific domain

    Fine-tuning is ideal when you need consistent, specialized behavior that would require extremely long or complex prompts to achieve. It's particularly valuable for maintaining brand voice, following specific formats, or handling specialized knowledge that general models struggle with.

  • What kind of data do I need for fine-tuning?

    Effective fine-tuning requires quality training data that represents the tasks you want your model to perform. Your training data should include:

    • Input examples that match what users will ask the model
    • Desired outputs showing exactly how you want the model to respond
    • Diverse scenarios covering the range of situations the model will encounter
    • Sufficient volume - typically at least 50-100 examples for basic tuning

    Fetch Hive simplifies this process with tools to help you prepare, format, and validate your training data before launching the fine-tuning process. Remember, the quality of your training data directly impacts the quality of your fine-tuned model.

  • Which models can I fine-tune with Fetch Hive?

    Fetch Hive currently supports fine-tuning for OpenAI's cutting-edge models:

    • GPT-4o - Our premium option, offering the highest performance for complex tasks
    • GPT-4o-mini - A cost-effective alternative that balances efficiency with strong capabilities

    We regularly expand our fine-tuning options as new models become available. Our platform handles all the technical complexity of the fine-tuning process, allowing you to focus on your data and use cases rather than infrastructure management.

  • How can I evaluate my fine-tuned model's performance?

    Fetch Hive provides several ways to evaluate and improve your fine-tuned models:

    • Side-by-side testing to compare outputs from your fine-tuned model against the base model
    • Performance metrics showing accuracy, response quality, and other key indicators
    • Interactive testing with your own test cases to verify specific behaviors
    • Iterative improvement tools to identify weaknesses and enhance your model over time

    We recommend setting aside a portion of your examples as a test set (not used in training) to properly evaluate how well your model generalizes to new inputs. Our platform makes it easy to track improvements across different versions of your fine-tuned models.

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