AI Puts the "Ability" in Sustainability

Find the Latest SoC Solutions
for... Automotive... IoT... Security... Audio... Video

Discover how BrainChip's neuromorphic AI technology is enabling more resilient and sustainable cities.

www.hackster.io/, Nov. 29, 2023 – 

Sensors surround all who live in a modern city, capturing vibrations, air quality, water safety, energy usage, sights, sounds, and more. With AI, sensor-fed information is analyzed in real-time, feeding intelligent choices that enhance our quality of life.

BrainChip, an industry pioneer, enables deployment of AI "at the edge" – that is, in locations where the analysis and decisions occur at a sensor without connecting to the cloud or, in some cases, a power source. This truly unlocks the promise of portable, mobile AI. As demands for AI continue to grow, the compute and bandwidth required to support a cloud-only solution becomes economically prohibitive, making edge-based computing more critical than ever.

Neuromorphic AI is an emerging solution. that delivers extremely efficient processing by imitating the human brain. Neuromorphic solutions enable small footprint, low power, cost-effective and sustainable alternatives to traditional AI solutions.

How is neuromorphic AI critical for sustainable cities?

BrainChip has found methods to boost performance, accuracy, and efficiency by orders of magnitude, expanding AI's edge use cases. This provides digital solutions within existing power/energy envelopes while amplifying the benefits of AI in delivering intelligent services which extend and optimize most aspects of urban life.

Auto transportation

AI can optimize traffic flow, reduce congestion, and improve transportation efficiency through real-time data analysis and predictive modeling. Sensors throughout a smart city and a V2X framework can inform smart vehicles of alternate routes. BrainChip's recent advances in quickly identifying objects (like pedestrians) through streaming video can drastically improve safety both through intelligent vehicular control as well as traffic management.

click here to read more...

 Back