Bravo
If ARM was an arm, BRN would be its biceps💪!
The below article got me thinking about whether there could be another potential new application for Akida - Smartphone Radar Threat Detection.
Researchers at Penn State have shown it’s possible to eavesdrop on phone calls using mmWave radar - capturing microscopic earpiece vibrations from up to 3 m away, then reconstructing speech with 60% accuracy via AI models like Whisper.
Speaking of Penn State, BrainChip has worked in collaboration with Penn State, Quantum Ventura & Lockheed on CyberNeuro-RT on network threat detection, but I wonder if the same Akida neuromorphic tech could be adapted in a smartphone for:
Not sure how technically feasible this idea would be, but thought it was worth raising.
www.rudebaguette.com
Researchers at Penn State have shown it’s possible to eavesdrop on phone calls using mmWave radar - capturing microscopic earpiece vibrations from up to 3 m away, then reconstructing speech with 60% accuracy via AI models like Whisper.
Speaking of Penn State, BrainChip has worked in collaboration with Penn State, Quantum Ventura & Lockheed on CyberNeuro-RT on network threat detection, but I wonder if the same Akida neuromorphic tech could be adapted in a smartphone for:
- Always-on radar anomaly detection without killing battery.
- Instant countermeasures - jamming or obfuscating suspicious radar signals.
Not sure how technically feasible this idea would be, but thought it was worth raising.

"Watched silent phone spill its secrets": Penn State’s Radar-AI Hack Listens to Calls From 10 Feet Away, Fueling Privacy Fears
In an age where technology continuously evolves, the intersection of artificial intelligence (AI) and radar technology has introduced groundbreaking, yet

Last edited: