Concept art of a pill and its digital twin.

The promising future of AI tech in Life Sciences

The promise of AI tech in Life Sciences can only come true if vast sums of data are digital twin ready.

Finding speed in Digital Transformation with Joe Gibbs Racing

To read the transcript, click here. Every moment matters in the racing world, both on the track and behind the…

How AI-Native EDA Helps Overcome Complexity

Semiconductors are rapidly growing in complexity. This growth in complexity is outstripping the ability of current tools and engineering methods,…

Born on a digital thread: how AI and the Digital Twin redefine additive manufacturing

Successful additive manufacturing requires a focus on speed and scalability and software-defined manufacturing.

How EDA Is Evolving for a New Era of Semiconductor Complexity

Semiconductor complexity is accelerating at a pace that traditional design methods struggle to handle. As transistor counts race toward one…

Latticept Boltzmann Blower Simulation and Validation

Lattice Boltzmann is the future of CFD. Update now.

Digital twins powered by the lattice Boltzmann method enable operators to test multiple scenarios in seconds.

What BFSI must do now to prepare for AI

The future of AI in BFSI will be driven not just by technology, but by trusted data, strong governance, and pragmatic execution.

Latticept digital twin

“Easy digital twin” tech could disrupt the chemical market

Disrupt reactor installation and operation via easy-to-use, real-time digital twins.

Powering humanoids: the promise and reality of solid-state batteries

The future of batteries for humanoid robots will depend on close collaboration across the entire battery ecosystem.