

What if protecting seniors from life-threatening falls didn’t require watching them?
Falls remain the #1 cause of injury-related deaths among adults over 65, driving nearly $50B annually in healthcare costs in the U.S. alone. Yet most “solutions” still force an unacceptable trade-off: safety versus dignity. Cameras create surveillance. Wearables fail when they’re not worn—often at night or in bathrooms, where risk is highest.
Our latest whitepaper challenges this false choice.
At Veriprajna, we demonstrate how privacy-by-physics is redefining AgeTech. By combining 60 GHz mmWave radar with Deep Edge AI, we enable continuous, passive fall detection without cameras, microphones, or cloud dependency. No images. No biometric identity. No “Panopticon of Care.”
📌 Key insights from the whitepaper:
• Falls cost facilities $30,000–$60,000 per incident, yet preventing just one serious fall every five years delivers a positive ROI.
• Evidence-based fall prevention programs show 500%+ ROI—$5 saved for every $1 invested.
• Edge AI processing eliminates latency, reduces false alarms, and preserves privacy by keeping raw sensor data off the cloud.
• mmWave radar detects micro-motions like breathing and posture changes—even through darkness, steam, or occlusion—where cameras fail.
• Enterprise-ready integration with UL 1069 nurse call systems, MQTT/REST APIs, and secure encrypted pipelines ensures real-world deployability.
This isn’t theoretical AI. It’s production-grade sensing infrastructure designed for assisted living, hospitals, and aging-in-place ecosystems—where accuracy, reliability, compliance, and dignity are non-negotiable.
👉 Read the full whitepaper to explore the architecture, signal processing, and AI models behind privacy-preserving fall detection. (Link shared in comments)
📩 Want to discuss deployment, pilots, or integration?
Email us at [email protected] or connect instantly on WhatsApp: +91 92170 59957. Our team is ready to help you architect safer environments—without surveillance.
#AgeTech #EdgeAI #PrivacyByDesign #HealthcareInnovation #SmartCare