Occupancy sensing is technology that detects the presence of people within a space. It is commonly used in smart home and building management systems to enhance energy efficiency, security and to improve the wellbeing of occupants.
Wi-Fi sensing is a new technology, revolutionizing the way we think about smart homes and smart buildings. Wi-Fi sensing uses Wi-Fi waves to detect motion and presence and then applies machine learning algorithms in order to facilitate advanced applications.
Key Takeaways A home intrusion detection system, or home alarm system, identifies unusual or unauthorized
Key Takeaways Wireless sensing detects motion and presence via the interpretation of how electromagnetic waves
Key Takeaways Wireless sensing detects and interprets motion and human activity via the analysis of
Key Takeaways Hardware augmented software means optimizing the performance of software through custom hardware modifications
Key Takeaways The modern smart home is a home fully integrated with tech solutions and
Key Takeaways Ambient sensing detects and provides insights into changes in environmental conditions. Ambient sensing
Key Takeaways An aging population and shortage of qualified support means the world is facing
Key Takeaways Passive infrared sensors (PIR sensors) are a longstanding motion detection technology, originating in
nami builds fusion sensing infrastructure for responsive homes and intelligent buildings, solving problems for players in security, safety, PropTech automation, energy optimization, AgeTech, and wellness.
nami is an innovative enabler for the Internet of Things (IoT) industry, offering a fusion sensing platform which combines cutting-edge AI with multi-protocol infrastructure, to ensure safer, healthier and more energy-efficient homes and buildings.
nami.ai is not connected with, endorsed by, or affiliated with NAMI ML in any way.
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