The world is facing a critical bottleneck in hardware development. While AI software innovation is accelerating at an unprecedented pace, chips still take 3 - 5 years from concept to production.
Designing chips years ahead of the market introduces unbound risk of product fit, excessive bloating, long business cycles, and supply chain uncertainty.
Traditionally, scaling to market demands meant scaling the workforce. By 2030, more than one million skilled workers will be needed to meet demand in the semiconductor industry.
Despite tremendous innovations that have enabled scaling device manufacturing into the Angstrom era, the data abstractions, workflows, and tools for designing chips at large scale were invented several decades ago.
Cognichip is the first to debut ACI ® – Artificial Chip Intelligence, a type of artificial intelligence that understands, learns, and solves chip design problems, with designer-level cognitive abilities.
ACI® fundamentally reshapes the economics of semiconductors, bringing a 75% reduction in design effort, 50% faster completion, and eliminating excessive chip size and power, making chip design easier, more accessible, and sustainable.
With ACI, chips can finally keep pace with software innovation, allowing companies to anticipate market shifts, minimize chip bloating, and dramatically accelerate the creation of bespoke product variants.
A modern, conversational design approach, leveraging secure, scalable, accelerated compute.
Tailored for semiconductor design—focussing on logic and physics, not poetry or cooking recipes.
Built from the ground up on responsible AI principles, placing designers at the core of the decision-making process.
Build chips faster and save development costs. Unlock deep expertise silos and lower barriers to entry that democratize chip design.
Experts in market needs and customer pain points, delivering proven science and ML solutions.
