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PIR Sensors vs. Wi-Fi Sensing: Choosing the Right Solution for Today’s Smart Homes
Motion detection has come a long way from its mechanical beginnings with tripwires and pressure plates. The 1970s marked a turning point with the widespread adoption of passive infrared (PIR) sensors, which detect heat signatures to identify movement. Reliable and...
PIR Sensors vs. Wi-Fi Sensing: Choosing the Right Solution for Today’s Smart Homes
Traditional PIR sensors have long been the go-to for motion detection, but as smart home needs evolve, their limitations—such as line-of-sight constraints and lack of precision—are becoming apparent. This blog breaks down the key differences between PIR sensors and Wi-Fi Sensing, helping you choose the best solution for modern smart home security and automation.
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How to Optimize Wi-Fi Sensing Coverage
Setting up a Wi-Fi Sensing system effectively can turn a home into a connected environment with accurate motion detection. Optimal coverage is key, considering the impact of construction materials on Wi-Fi signals. Using stable, fixed devices ensures reliable data, while strategic placement in high-traffic areas maximizes performance. Regular assessments and adjustments help maintain system effectiveness and user satisfaction. For more details, download our comprehensive Wi-Fi Sensing Coverage whitepaper.
Revolutionizing Elder Care with Wi-Fi Sensing Technology
We are thrilled to introduce our newest partner, Electronic Caregiver, in this special guest blog. They discuss ...
Bob El-Hawary Featured in the App Developer Round Table at prpl Summit Americas 2024
At the prpl Summit Americas 2024 in Dallas, Texas, EVP Global Sales Bob El-Hawary participated in the App Developers Round Table, focusing on leveraging open source and prpl technologies for developing connected home services. For those interested in the full discussion, the prpl Foundation's YouTube video of the round table is available for viewing.
How Does WiFi Motion Compute Its Data: Edge vs. Cloud Computing?
With over 30 billion IoT devices expected by 2025 and over 120 zettabytes of data generated annually, edge and cloud computing are crucial for managing data efficiently. Real-time processing needs in autonomous vehicles, smart cities, and AI advancements highlight their importance. Edge computing reduces latency by processing data closer to its source, essential for 5G networks and applications like Wi-Fi Sensing. ISPs must balance edge and cloud strategies to optimize efficiency and address cost concerns. Cognitive’s WiFi Motion demonstrates this by running motion detection on the edge. This article explores the distinctions between edge and cloud computing, Cognitive's approach, and considerations for ISPs in the IoT era.
Wi-Fi & Channel State Information: More Than Connectivity
As we celebrate World Wi-Fi Day, it's incredible to reflect on the journey that has brought us to this era of ...
CareAware & Aging in Place: Dr. Taj Manku with Marc Saltzman
An astonishing 25% of North America's population will be over 65 by 2050! Dr. Taj Manku, our CEO, recently discussed with Marc Saltzman the need for advancements in health tech to address this demographic shift, highlighting Wi-Fi Sensing solutions and our partnership with ECG as a potential solution
How Can Wi-Fi Sensing Improve Secondary Verification?
The U.S. Department of Justice reports that 94-98% of police responses to security alarms are false, costing over $1 billion annually. False alarms, triggered by non-threatening events like shadows or pets, lead to unnecessary police dispatches, operational inefficiencies, fines, and customer dissatisfaction. Secondary verification, which uses multiple data points to confirm alarms, addresses this by reducing reliance on single sensors and minimizing errors. AVS-01, a standard by The Monitoring Association, mandates procedural verification steps to ensure alarm reliability, utilizing data from multiple sensors, video, and audio systems to categorize alarms by priority. Wi-Fi Sensing enhances secondary verification by detecting motion through Wi-Fi signal disruptions, confirming human presence and reducing false alarms. It integrates easily into existing systems, enhancing reliability without complex installations. Advanced algorithms further refine motion detection, filtering out non-threatening movements. This technology streamlines threat detection, improves response times, and boosts customer trust in security systems.
How Will Wi-Fi 7 Impact Wi-Fi Sensing?
Oleksiy Kravets, CTO & Co-Founder of Cognitive, outlines the transformative impact of Wi-Fi 7 on Wi-Fi Sensing technology. Wi-Fi 7, the upcoming standard set for ratification in 2024, promises carrier-class reliability and performance crucial for ISPs and telcos, aligning with customer expectations. Key features like MU-MIMO, LDPC, OFDMA, and a new frequency band herald improved efficiency, speed, and security. These advancements are poised to revolutionize Wi-Fi Sensing, enhancing responsiveness, coverage, reliability, scalability, and precise localization. With Wi-Fi 7's imminent adoption and partnerships with chipset manufacturers, the future of Wi-Fi Sensing looks promising, offering unparalleled levels of accuracy and responsiveness by leveraging Wi-Fi 7's cutting-edge capabilities.
Electronic Caregiver, Inc. Partners with Cognitive Systems Corp. To Offer AI-Based Ambient Assisted Living Sensing
Electronic Caregiver, Inc. has partnered up with Cognitive Systems Corp. to introduce CareAware™, a WiFi Motion-based sensing solution for older adults in the United States. This partnership aims to enhance aging-in-place experiences by using wireless signals to monitor daily activities discreetly. The technology offers real-time insights for proactive monitoring and personalized care plans, supporting seniors' desire for independent living. This collaboration represents a significant advancement in caregiving technology, providing valuable data and peace of mind for caregivers and seniors alike.