Integrations

Supercharge Diabatix Coldstream with Relevance AI

Diabatix ColdStream provides automated thermal and flow topology optimization for heat sink design via a powerful API. With Relevance AI, you can enhance this integration by leveraging AI Agents to streamline simulations and project management.

Give your AI Agents Diabatix Coldstream Superpowers

Diabatix ColdStream automates thermal and flow topology optimization for heat sink design, while Relevance AI empowers these processes with AI Agents that can intelligently manage simulations and project workflows.

Thermal Design Mastery

Agent harnesses advanced CFD algorithms to generate optimal cooling solutions in minutes instead of weeks

Real-Time Optimization

Agent continuously monitors and adjusts thermal designs based on performance data and changing requirements

Predictive Performance Analysis

Agent forecasts thermal behavior and identifies potential issues before physical prototyping begins

Tools

Equip AI Agents with the Diabatix Coldstream Tools they need

Relevance AI seamlessly integrates with Diabatix ColdStream, enhancing your thermal optimization workflows through intelligent automation.

Diabatix ColdStream - Run Simulation
Executes thermal and flow topology optimization simulations for heat sink designs with configurable resolution, processing methods, and priority levels
Diabatix ColdStream - Update Project
Modifies existing project details within the ColdStream platform, allowing updates to project names and descriptions
Diabatix ColdStream - Update Project
Modifies existing project details within the ColdStream platform, allowing updates to project names and descriptions
Diabatix ColdStream - Fetch Simulation Results
Retrieves completed simulation results and analysis data for specific cases within ColdStream projects
Name
Diabatix ColdStream API Call
Description
Make an authorized request to a Diabatix ColdStream API
Parameters
["OAuth Account Authentication", "HTTP Methods (GET, POST, PUT, DELETE, PATCH)", "Custom Headers", "Request Body Configuration", "Response Handling"]
Use Case
An engineering firm automates their thermal design workflow by integrating their CAD system with ColdStream API calls, allowing direct submission of geometry files for thermal optimization and retrieving results programmatically, reducing manual intervention and accelerating their design process.

Security & Reliability

The Diabatix ColdStream integration with Relevance AI utilizes secure OAuth authentication, ensuring that only authorized workflows can access your thermal and flow topology optimization data. Relevance AI manages API operations (such as running simulations, updating projects, and fetching results) seamlessly in the background—eliminating concerns about errors, formatting, or limits.

With built-in validation and type conversion, your optimization workflows run efficiently, even when dealing with varying data formats. This integration empowers you to automate thermal optimization processes, manage projects effortlessly, and retrieve results with ease, all while leveraging the capabilities of Relevance AI.

No training on your data

Your data remains private and is never utilized for model training purposes.

Security first

We never store anything we don’t need to. The inputs or outputs of your tools are never stored.

Get Started

Best Practices for Non-Technical Users

To get the most out of the Diabatix ColdStream + Relevance AI integration without writing code:
  • Start with a clear simulation configuration: Use well-defined parameters and ensure all required fields are filled correctly.
  • Utilize pre-built workflows: Leverage Relevance AI's capabilities to automate common tasks like running simulations and fetching results.
  • Connect securely: Ensure you use valid OAuth credentials and have the necessary permissions for your ColdStream account.
  • Test with sample data: Run simulations on smaller, controlled datasets to validate configurations before scaling up.
  • Monitor resource usage: Keep track of credit consumption and simulation status to avoid unexpected interruptions.