Why EMF-Safe Connectivity Matters
Some places just can’t afford interference.
Healthcare settings. Classrooms. Research labs. Secure facilities. Environments where electromagnetic fields can’t be ignored: either because of strict regulations, sensitive equipment, or human safety. And yet, they still need fast, reliable wireless communication. That’s the challenge.
We help solve it.
At LiFi Group, we specialize in advanced connectivity for environments where traditional radio-based systems aren’t an option. Whether you’re trying to reduce EMF exposure in public spaces, avoid interference with critical devices, or meet compliance standards in regulated industries, we offer solutions that are both safe and seriously capable.
Light-Based Wireless and Beyond
One of the most powerful tools in our lineup is LiFi: wireless communication using light instead of radio waves. No electromagnetic emissions. No interference. Just secure, high-speed data transmitted through beams of light. It’s quiet, invisible, and built for places that demand precision.
But it’s not just LiFi. We also work with technologies like optical backhaul, fiber-to-the-room, and custom low-emission wireless systems designed for edge cases. And we’re not here to push a product. We’re here to understand your environment and deliver the right mix of tech that actually works for you.
Let’s Build the Right Fit
You might be designing a new EMF-safe space from scratch. Or maybe you’re retrofitting an older one. Either way, we’ve been there. We’ve worked with leading tech partners like Signify, aeroLiFi, and Schnell to help organizations rethink what’s possible when you remove RF from the equation.
This isn’t about following trends. It’s about solving a very real problem in a very real environment, and giving you the confidence that your network isn’t just compliant, but built to perform.
Let’s talk about your space. Your constraints. Your goals.
We’ll help you build something that fits, and lasts.
Technologies behind this solution
This solution typically uses technologies that reduce or eliminate RF exposure while maintaining speed and reliability.