Our Insights

Everyone’s talking about LLMs, but the real next wave is AI for the physical world—AI that understands fluid dynamics, thermodynamics, electromagnetism, and even quantum physics. From breakthroughs like DeepMind’s AlphaFold in protein folding to NVIDIA’s AI weather forecasting, industries from renewable energy to materials science are being transformed. But experimental data isn’t always enough; numerical simulations are crucial to generate high-quality datasets that power scientific AI. At Inductiva.AI, we’re offering a computational platform to democratize physics dataset generation, combining open-source simulators with cloud HPC, making it as easy as running a Python script. Explore how AI and scientific computing are converging—and what it means for the future of innovation.

Hugo Penedones

We’re happy to share with our community Inductiva.AI v0.16, a powerful new release designed to help you organize simulations at scale, preserve context with metadata, and gain full control over your simulation environments. This version brings major upgrades to Project management, adds built-in metadata support, and now allows you to run your own private simulators securely. Plus, we’ve expanded our simulator catalog with two new engines for hydrodynamics and coastal modeling: OpenTelemac and Delft3D. Whether you're managing 10 or 10,000 simulations, this release helps you move faster, stay organized, and simulate anything — from river flows to molecular dynamics — on your terms.

The Inductiva Team

With the release of Inductiva API v0.15, we’re excited to introduce powerful updates that bring even more control, flexibility, and speed to your simulation workflows. These include: Integration of two advanced open-source simulators for environmental and geotechnical simulations; A revamped Web Console for better usability and file management; A flexible pricing model tailored to your context; Optimizations in resource management and simulator execution. These upgrades are designed with you—scientists, engineers, and technical teams—in mind, to help accelerate innovation while maintaining cost-efficiency and full visibility across your workflows.

The Inductiva Team

Inductiva API v0.14 introduces GPU-powered numerical simulations, real-time output monitoring, seamless AWS exports, and an expanded set of built-in simulators, enhancing high-performance computing (HPC) for scientific research. With GPU acceleration now available, users can leverage parallel computing for faster, large-scale simulations, significantly reducing runtime and boosting performance in molecular dynamics, CFD, fusion energy, and AI-driven physics modeling.

The Inductiva Team

Run simulations your way with Bring Your Own Hardware (BYOH), leverage upgraded OpenFOAM and DualSPHysics support, and take full control with enhanced cost transparency. Transform your scientific computing workflow today!

The Inductiva Team

Discover the latest features in Inductiva API v0.12, including powerful benchmarking tools to optimize performance and costs, enhanced usability, and more!

The Inductiva Team