GoldsmithAI
GenAI → Semiconductor → Software
GenAI → Semiconductor → Software
The software stack starts at the bottom with silicon design.
We use GenAI with a closed feedback loop powered by simulation and formal methods to lift correctness guarantees up the stack to system and application software.
We are revolutionizing the IoT design cycle for OEMs with our "movie studio production" model. When you greenlight an IoT product know that you can hit your time-to-market requirements.
We are using GenAI to solve intractably large problems like creating low-cost provably correct silicon and software for the next generation of desktop and mobile.
We are reducing power and cost in the cloud with development of hardware containers, bespoke AI hardware, and application driven silicon for data center.
The integration of a deep software stack that leverages tacit and array programming languages, combined with generative AI, is going to transform the landscape of software security and correctness.
Tacit programming, leveraging a point-free style, and array programming languages are renowned for their capacity to efficiently model complex computations. By integrating these with GenAI's capabilities, developers can establish new levels of software verification and performance.
This novel approach gives OEMs unparalleled visibility into hardware design and verification IP, and enables the use of "Triple Stack Proofs", our unqiue solution that generates and connects formal verification from hardware to system software to application software.
These proofs operate as a comprehensive validation framework, ensuring that software consistently aligns with both hardware specifications and stringent security protocols.
Furthermore, deterministic software "Performance Envelopes" are defined, setting precise operational boundaries within which applications function reliably and securely. This alignment not only supports secure-by-design principles, which prioritize security from the earliest design stages but also enhances the reliability of interactions between hardware and software.
As a result, OEMs benefit from a deterministic product design cycle reducing time-to-market and a streamlined pathway to complying with rigorous security standards.
By merging secure-by-design principles with advanced verification processes, generative AI, and post-quantum cryptography, we are enabling a safe digital future.
Bespoke AI-first programming languages and auditable hardware driven solutions are key to our approach of proving software is correctly adhering to security requirements.
As part of our strategic vision, we are integrating post-quantum cryptography into semiconductor design. These cryptographic algorithms are designed to withstand the potential power of quantum computing, offering a future-proof shield for data and communications.
By incorporating post-quantum cryptography, we are preparing for tomorrow’s quantum threats, and by hardening them into our network stack we offer a fool-proof post-quantum cryptographic solution.
We provide solutions to your most pressing technical challenges. We offer the following services:
- GenAI System Development
- Semiconductor Design and Verification
- Embedded System Development
- Full Stack Web Application Development
- Data Science / Model Training
- Cybersecurity Consulting
- Training
- Research and Development
Have any questions about what we do? Email contact@goldsmithai.com