AI and Complexity Drive New Era in EDA

Industrial AI and growing compute demand are contributing to accelerating semiconductor complexity, straining traditional design methods. As transistor counts race toward one trillion per chip, the tools and workflows that engineers rely on must evolve to keep pace.

Insuring trustworthy AI for BFSI

AI adoption in the banking, insurance, and financial industry (BFSI) will be driven not just by technology, but by trusted…

Latticept Boltzmann Blower Simulation and Validation

Lattice Boltzmann is the future of CFD. Update now. Transcript

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

AI Agents are poised to transform industrial operations in the future

AI Agents, Data Security and Domain Knowledge

In the latest episode of the Future Ready Podcast, host Spencer Acain sat down with Samir Desai to continue their…

Designing chips in the age of AI

The semiconductor industry is not one that can shy away from change, as they must stand on the very cutting…

Latticept digital twin

“Easy digital twin” tech could disrupt the chemical market – transcript

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

Exploring a new model of mass production

In the past, it wasn’t uncommon for a single person to own and operate one or two factories in which…

The power of agentic production systems

Customization. A word that, in the consumer products industry, can be synonymous with both increased market share and exponential complexity…

How Industrial AI is Different and Why the Distinction Matters

Artificial intelligence (AI) has exploded into mainstream discourse as technologists, professionals and general consumers gain familiarity with generative AI assistants…