Li-Fi Market - Regional Analysis
North America Market Insights
In the Li-Fi market, North America is likely to capture the largest revenue share of 38.8% over the forecasted years. The region’s progress in this field is effectively attributed to the rising demand for high-speed bandwidth and continued technological improvements. In May 2023, pureLiFi announced that it entered into an agreement with Fairbanks Morse Defense (FMD) to provide secure Li‑Fi technology to FM OnBoard maritime defense customers in the U.S. This collaboration enables technicians to communicate securely at sea by leveraging light-based data transmission for mission-critical operations. Further, this partnership marks a key step in expanding Li‑Fi applications from land-based deployments to maritime defense environments, enhancing operational reliability and cybersecurity. Hence, such instances reinforce North America’s position as a critical leader in the market over the forecasted years.
The U.S. is augmenting its leadership in the regional light fidelity (Li-Fi) market owing to the increased adoption among defense, healthcare, and corporate enterprises that are looking for a very secure and high-bandwidth communication solution. Initiatives by technology companies to integrate Li-Fi into smart office and industrial environments are complemented by pilot projects in educational institutions and research labs. In January 2025, Intelligent Waves and Signify announced that they had formed a joint venture to advance Li-Fi and optical wireless technology for the U.S. Department of Defense. This collaboration aims to provide secure, high-speed, two-way communication using light waves by efficiently reducing interference when compared to traditional radio frequency systems. Furthermore, the venture builds on existing work with the U.S. Air Force, combining Signify’s lighting innovations with Intelligent Waves’ government technology expertise to enhance defense communications.
There is a huge opportunity for Canada to capitalize on the regional Li-Fi market owing to the expanding collaborations between technology startups and universities, which are aiming to integrate visible light communication into smart buildings, museums, and healthcare facilities. Public sector interest in secure communication systems and energy-efficient lighting infrastructure is also driving adoption in the country. Simultaneously, the Canada-based firms are focused on leveraging Li-Fi’s advantages in environments where traditional wireless networks face congestion or security concerns. Also, the companies are piloting Li-Fi systems in office complexes and research institutions to test high-speed, secure connectivity solutions. In addition, collaborative programs with government agencies are supporting the deployment of Li-Fi in critical infrastructure, including hospitals and government offices, hence making it suitable for overall market growth.
APAC Market Insights
Asia Pacific is likely to grow at the fastest rate in the light fidelity (Li-Fi) market due to the ever-increasing urbanization, the rise of smart city projects, and government initiatives to enhance digital infrastructure. Countries across the region are exploring Li-Fi for applications in offices, transport hubs, and public institutions by mainly focusing on secure, high-speed connectivity. In March 2025, Jabil announced the expansion of its operations in Gujarat, India, which marks its second facility in the country, with a focus on advancing photonics capabilities. The move is supported by a new MoU with the state government and also explores the potential for a post-wafer fabrication silicon photonics facility incorporating co-packaged optics. This expansion highlights Jabil’s commitment to developing optical networking solutions for telecommunications, data communications while fostering innovation. Hence the Jabil’s expansion boosts the market by enhancing domestic manufacturing and development of photonics and optical components, which are highly essential for high-speed visible light communication.
In China, the Li-Fi market is experiencing rapid blistering growth on account of increased adoption fueled by smart city programs, IoT integration, and industrial automation efforts. The country’s push for wireless technologies in educational institutions, corporate campuses, and healthcare facilities is efficiently fueling pilots along with commercial deployments. Domestic companies are also exploring Li-Fi for large-scale infrastructure by leveraging the widespread adoption of LED lighting in both public and commercial spaces. In addition, the collaborations between China-based technology companies and research institutes are efficiently accelerating innovation in terms of Li-Fi transceivers, sensors, and connectivity solutions. Furthermore, the government-backed initiatives are efficiently promoting standards and interoperability, ensuring faster adoption across various sectors.
India is growing in the light fidelity (Li-Fi) market, backed by the government’s focus on digital education, smart infrastructure, and high-speed internet access. On the other hand, startups in the country are proactively collaborating with technology providers to develop solutions that address the challenges, such as network congestion and security in densely populated areas. In this regard, the Ministry of Electronics & IT in November 2024 reported that C-DAC Chennai has signed a transfer of technology agreement with Nav Wireless Technologies Pvt. Ltd. to commercialize its Li-Fi-enabled solutions, NLOS VICINITY for indoor positioning, and ILLUMINATE for smart indoor lighting, under the support of India’s Ministry of Electronics and Information Technology. Therefore, this collaboration enables public-private deployment of advanced visible light communication technologies for applications in smart buildings, RF-free zones, and secure environments.
Europe Market Insights
Europe is considered to be the central player in the global Li-Fi market, wherein both governments and businesses are making investments in secure, high-speed wireless communication solutions. The region’s market also benefits from administrative regulations, which promote energy efficiency and smart infrastructure, supporting the adoption of LED-based visible light communication systems. In July 2025, University of St Andrews and the University of Cambridge researchers demonstrated Li-Fi data transmission by utilizing OLEDs, thereby achieving 4 Gbps over 2 meters and 2.9 Gbps more than 10 meters. It was also mentioned by the universities that by optimizing materials, device architecture, and using the stable organic compound dinaphthylperylene, they enhanced speed and range, overcoming previous OLED limitations. Hence, such milestones highlight OLEDs’ potential for high-speed, flexible, and long-distance visible light communication in applications from homes to wearable devices, making it suitable for standard market growth.
Germany’s light fidelity market is focused mainly on integrating Li-Fi into industrial automation, research laboratories, and smart building projects. The country’s market also benefits from strong government initiatives in Industry 4.0 and digital infrastructure that have encouraged the deployment of high-speed, interference-free communication technologies. In February 2023, Germany’s Fraunhofer IPMS and KEEQuant GmbH, under the BMBF-funded QuINSiDa project, announced that they have launched a pioneering initiative combining Li-Fi and quantum key distribution to enable secure optical wireless communication. Besides, this project aims to provide quantum-safe, point-to-multipoint wireless networks for critical infrastructure, which includes hospitals, banks, and government facilities. Further, by integrating Li-Fi with advanced quantum cryptography, the initiative demonstrates the country’s push toward secure, high-speed, and interference-free wireless communication technologies.
In the U.K., Li-Fi is expanding in corporate offices, hospitals, and educational institutions that are seeking secure, high-speed alternatives to Wi-Fi. The countries' technology companies and universities are proactively conducting research and pilot deployments to demonstrate Li-Fi’s capabilities. Oledcomm in April 2023 revealed that SatelLife LiFi technology was successfully tested aboard the INSPIRE-SAT 7 nanosatellite, which marks the first-ever LiFi deployment in space. This lightweight module (83 g) replaces traditional cables by providing high-speed intra-satellite data transmission up to 3 Gbps with minimal latency and no electromagnetic interference. In addition, this milestone demonstrates LiFi’s potential for secure, efficient communication in space applications, with ongoing collaborations with ESA, NASA, and other major aerospace organizations benefiting the light fidelity market growth.
