Last Updated on March 24, 2023
Wi-Fi Sensing is an emerging technology that utilizes existing Wi-Fi infrastructure’s radio frequency (RF) signals to detect presence and motion. This innovation is capable of not only transmitting data but also perceiving presence and motion. The most promising applications of this technology include remote health monitoring, security, and home automation.
- Wi-Fi Sensing utilizes existing Wi-Fi infrastructure for detecting presence and motion.
- Final standardization is expected in September 2024, integrating sensing and communication (ISAC).
- Key market players include Aerial, Cognitive, Origin, Nami, Plume, and Verizon.
- Utilizes existing infrastructure, reducing installation costs and complexity.
- Most promising applications: remote healthcare, home security, and home automation.
- Additional applications: public safety, retail, agriculture, and smart city development.
- Contributes to sustainable development by optimizing resources and enhancing efficiency.
Table of Contents
- 1 Development and Standardization
- 2 Market Players and Platforms
- 3 Advantages of Wi-Fi Sensing
- 4 Main Application Areas
- 5 Additional Applications
- 6 Future Potential
- 7 FAQs
Development and Standardization
Evolution of Wi-Fi Sensing
Wi-Fi Sensing has developed rapidly, evolving from a purely academic theory a decade ago to one of the most competitive location-based solutions.
Final Standardization and Impact
The final standardization of Wi-Fi Sensing is anticipated in September 2024, transforming Wi-Fi from a communication-only standard into a dual-purpose technology, integrating sensing and communication (ISAC).
Market Players and Platforms
Software Companies and Ecosystem Partners
The primary driving forces behind the development and commercialization of Wi-Fi Sensing in the current market are software companies, including Aerial, Cognitive, Origin, and Nami, along with ecosystem partners such as Plume for Cognitive and Verizon for Origin.
Platform Types and Implementations
Most Wi-Fi Sensing platforms are software-based applications that interpret data extracted from chipset Channel State Information (CSI). However, some companies have already developed unique hardware-level implementations of the technology.
Advantages of Wi-Fi Sensing
Utilizing Existing Infrastructure
One of the most significant advantages of Wi-Fi Sensing is its ability to utilize existing Wi-Fi infrastructure and numerous Internet of Things (IoT) devices in homes, requiring only the addition of firmware for measurement, data extraction, and processing to the system.
Comparison to Alternative Technologies
In contrast, all commercially available alternative location-based technologies currently necessitate the deployment of additional devices solely for motion tracking, significantly increasing installation costs and complexity.
Main Application Areas
Healthcare, Security, and Smart Homes
Currently, most Wi-Fi Sensing solutions on the market only possess rudimentary presence detection capabilities and do not pinpoint the specific location of the motion. Software manufacturers concur that the most promising applications lie within remote healthcare, home security, and home automation.
The technology could be employed in various fields, offering groundbreaking advancements in diverse sectors. For instance, in the realm of public safety, Wi-Fi Sensing can detect concealed objects and suspicious activities, enabling authorities to respond more effectively to potential threats.
The retail sector could capitalize on this technology to optimize customer experiences by discerning foot traffic patterns, facilitating targeted advertising, and improving store layouts. Additionally, this technology could help retailers manage inventory and monitor theft more efficiently.
It could revolutionize farming practices in agriculture by enabling farmers to remotely monitor soil moisture levels, crop growth, and livestock health. This would save time and resources and contribute to sustainable agriculture by reducing waste and optimizing resource utilization.
Wi-Fi Sensing could be crucial in developing remote patient monitoring systems in healthcare. This technology could allow healthcare professionals to track patients’ vital signs, mobility, and general well-being without invasive or cumbersome devices. Consequently, patients could receive more personalized care, and healthcare providers could better allocate resources based on individual needs.
Smart City Development
Furthermore, it could be instrumental in smart city development. This technology could help urban planners monitor traffic patterns, optimize public transportation, and design more efficient energy management systems by seamlessly integrating with existing infrastructure. The resulting improvements in urban living would benefit both the environment and city dwellers.
In conclusion, Wi-Fi Sensing technology holds immense potential across a wide range of industries. We expect to see even more innovative applications as technology advances, ultimately contributing to a more connected, efficient, and sustainable future.
What is Wi-Fi Sensing, and how does it work?
It is an emerging technology that utilizes existing Wi-Fi infrastructure‘s radio frequency (RF) signals to detect presence and motion. It can transmit data and perceive presence and motion with remote health monitoring, security, and home automation applications.
When is the final standardization expected?
The final standardization of Wi-Fi Sensing is anticipated in September 2024, transforming Wi-Fi from a communication-only standard into a dual-purpose technology that integrates sensing and communication (ISAC).
What are the main advantages of Wi-Fi Sensing?
The main advantages of Wi-Fi Sensing include the following:
- Utilizing existing Wi-Fi infrastructure and IoT devices.
- Requiring only the addition of firmware for measurement.
- Data extraction.
This reduces installation costs and complexity compared to alternative location-based technologies.
What are the most promising application areas for Wi-Fi Sensing technology?
The most promising application areas for Wi-Fi Sensing technology are remote healthcare, home security, and home automation. Additionally, public safety, retail, agriculture, and smart city development are other sectors that could benefit from this technology.
How can Wi-Fi Sensing contribute to sustainable development?
Wi-Fi Sensing can contribute to sustainable development by promoting resource optimization, reducing waste, and enhancing efficiency in various sectors, such as agriculture, healthcare, and smart city development.