01 The Light Fidelity (Li-Fi) devices market is moving from research-focused projects toward practical use in offices, factories, healthcare, education, and defense. A major trend is the growing use of Li-Fi as a complement to Wi-Fi, rather than a direct replacement. The technology uses light to transmit data, which can reduce radio-frequency interference and provide more localized, secure connectivity. The IEEE 802.11bb standard, published in 2023, has also helped create a common technical framework for light-based wireless networking, supporting greater interoperability among devices.Recent product development is increasingly focused on industrial automation, secure government networks, and RF-sensitive environments. In January 2025, U.S.-based Terra Ferma announced Li-Fi product lines aimed at government and military applications, showing growing interest in specialized deployments.
January 2026 pureLiFi launched LINXC Bridge, a Li-Fi connectivity platform designed to integrate IEEE 802.11bb-compliant Li-Fi networks with existing enterprise Wi-Fi infrastructure, enabling secure, high-speed optical wireless connectivity for commercial and industrial environments.
January 2026 Terra Ferma launched its Helios and Fortis Li-Fi product lines for U.S. government and military applications. The new devices provide secure, high-speed optical wireless communication for indoor and rugged outdoor environments, expanding the deployment of Li-Fi devices in defense and mission-critical sectors.
October 2025 Oledcomm expanded its LiFiMAX portfolio with enhanced enterprise-grade Li-Fi access points and user terminals designed for offices, healthcare facilities, and industrial environments, strengthening its commercial Li-Fi device offerings.
July 2025 Signify expanded deployments of its Trulifi Li-Fi system across enterprise and government facilities, strengthening its secure optical wireless networking portfolio based on the ITU-T G.9991 standard.