Collaboration with University of Glasgow
At Qsimov, pushing the boundaries of AI technology is not just a goal, it’s our mission. Today, we’re thrilled to announce a groundbreaking partnership with the prestigious University of Glasgow to drive the development of GreenLightning AI (GLAI), our revolutionary solution for efficient and sustainable artificial intelligence.
This collaboration focuses on implementing GLAI in Field-Programmable Gate Arrays (FPGAs), a cutting-edge approach poised to enhance performance and scalability significantly.
As José Cano, the principal researcher of the project, explains:
"FPGAs allow for the use of very low precision arithmetic in parts of the system that don’t require high accuracy, while reserving higher precision for critical components. It’s optimization at its best!"
Why FPGAs? Transformative benefits for GLAI:
- Real-Time Processing: With unparalleled parallel processing capabilities, FPGAs empower GLAI to deliver instant inferences and analytics. Think autonomous vehicles and industrial automation where speed and precision are non-negotiable.
- Edge Computing: GLAI running directly on devices and sensors—enabled by FPGAs—eliminates reliance on cloud connectivity, enabling intelligent, real-time decisions at the edge.
- Energy Efficiency: Known for their low power consumption, FPGAs ensure GLAI operates at peak performance without draining device batteries—perfect for resource-constrained applications.
- Enhanced Security: On-device processing means sensitive data remains private, a critical advantage for sectors like healthcare, finance, and defense. This partnership is a shared vision of a future where AI is both innovative and sustainable. Together with the University of Glasgow, we’re unlocking new possibilities for AI applications across industries.
This partnership is a shared vision of a future where AI is both innovative and sustainable. Together with the University of Glasgow, we’re unlocking new possibilities for AI applications across industries.
Do you want to try the potential of GLAI? Don't hesitate to contact us: