Laketool screenshot

What is Laketool?

Laketool is an AI experimentation platform built to work directly with your data lake, letting you analyse and process data without the overhead of traditional database management. Rather than moving data around or maintaining separate systems, you can run AI models and analysis where your data already sits. The platform uses parallel processing to handle large datasets quickly, and integrates AI capabilities into your existing workflows with minimal friction. It's designed for teams that want to experiment with AI models and update them frequently without the typical infrastructure headaches.

Key Features

Direct data lake analysis

Run queries and AI experiments on your data lake without migration or database maintenance

Parallel processing

Fast computation across large datasets using distributed processing

Model integration

Deploy and integrate AI models into business processes with straightforward workflows

Easy model updates

Refresh and iterate on models without complex redeployment procedures

Team collaboration

Built-in tools for teams to work together on experiments and analysis

De-clouding capability

Process data whilst maintaining control over cloud dependencies

Pros & Cons

Advantages

  • Works directly with existing data lakes, reducing data movement and infrastructure complexity
  • Fast processing through parallel computation suitable for large datasets
  • Designed for iteration, making it practical for teams experimenting with different AI approaches
  • Freemium model lets you test the platform before committing to paid features

Limitations

  • Requires your data to already be in a data lake; not ideal if you're using traditional databases
  • Team collaboration features may be limited compared to enterprise-focused platforms
  • Limited information available about specific integrations with common cloud storage providers

Use Cases

Testing multiple AI models on production data without creating separate copies

Analysing customer behaviour patterns directly from your data warehouse

Rapidly experimenting with machine learning approaches for forecasting and prediction

Updating recommendation or classification models frequently without infrastructure downtime

Conducting exploratory data analysis across large datasets without performance delays