Now in Early Access

Simulation at the
Speed of Design

The world's first browser-based CFD interface that harnesses your local GPU and NPU. Stop waiting for cloud queues—start visualizing physics in real-time on your own hardware.

Explore the Interface
The Technology

What is a CFD Interface?

The Bridge to Physics: A Computational Fluid Dynamics (CFD) interface is the visual command center where complex fluid equations meet intuitive design.

No-Code Pre-Processing

Effortlessly import 3D geometry and generate high-fidelity meshes without touching a line of code.

Live Solving

Watch as your local silicon (RTX/Radeon/NPU) solves Navier-Stokes equations, turning abstract math into visible air and liquid flow.

Immersive Visualization

Transform raw data into interactive 3D pressure maps, streamlines, and heat gradients.

Powered by Local Silicon

Our interface leverages your RTX GPU and NPU to perform real-time fluid dynamics calculations. No cloud dependencies, no data upload risks—just pure, local computational power delivering instant physics feedback.

Modern Applications

Engineering Use Cases

From thermal management to aerodynamic optimization, see how Jambudweep.tech transforms complex fluid dynamics into actionable design insights.

High-Performance Electronics

Model the thermal footprint of your next hardware project. Optimize heatsink airflow and eliminate thermal throttling before you ever mill a single piece of aluminum.

Urban & Architectural Aerodynamics

Design for human comfort. Simulate how wind moves through city canyons or how HVAC systems distribute fresh air in a modern office, ensuring 2026 air quality standards are met locally.

Micro-Mobility & Drone Engineering

Refine the lift-to-drag ratio of custom drones and RC aircraft. Use AI-surrogate models to test 100 wing iterations in the time it used to take for one.

Sustainable Automotive Design

Reduce drag coefficients for EVs and custom vehicles. Visualize wake turbulence and optimize spoilers or fairings to squeeze every extra kilometer out of a battery charge.

Your Unique Value

The Local Edge

Why keep your computational fluid dynamics local? Because your designs are valuable—and they deserve to stay where they belong.

Data Sovereignty

Your proprietary designs never leave your machine. Everything runs locally in your WSL environment, ensuring 100% privacy.

100% Private

Zero Latency

By utilizing 2026's NPU TOPS capacity, our interface provides 'Instant Physics' feedback as you modify your model.

Instant Feedback

Hardware Agnostic

Optimized to scale from a laptop with 16GB RAM to a workstation with 64GB and dedicated VRAM.

Any Scale