Revolutionary Data Transmission
KlatchWERX Inc. delivers cutting-edge Wireless Optical Communications (WOC) systems that provide secure, RF-free data transmission, impervious to jamming, spoofing, and other RF interferences. Our technology ensures resilience against electronic warfare (EW) while enabling high-resolution drone imagery with significantly greater transmission bandwidth and lower latency. By seamlessly bridging the gap between defense and commercial sectors, KlatchWERX is poised to revolutionize data transmission, setting a new standard for communication in the 5G era and beyond.
DoD Applications
The KlatchWERX Wireless Optical Communications (WOC) solution offers secure, high-bandwidth links for real-time data exchange, enabling reliable operational communications in contested environments. The WOC technology addresses critical applications for the Department of Defense (DoD) in areas such as drones, ships, and other essential communication systems, allowing all systems to communicate with lower latency and higher bandwidths without the need for radio frequency (RF) signals. This stealth feature helps avoid detection by enemy radar, electronic warfare systems, and other surveillance technologies.
Commercial Applications
The KlatchWERX system supports 5G and beyond, with an even greater communication advantage in urban settings where network densification requires shorter connections. This makes WOC a robust alternative to traditional wired solutions like fiber and cable, as well as radio frequency methods such as millimeter-wave and microwave communications. WOC delivers up to 100x higher bandwidth than competing approaches while offering energy consumption that is 100x lower compared to RF systems—all without the high cost of licensing the RF spectrum. WOC is a first-of-its-kind to offer reliable performance even in adverse weather conditions. Most critically for private telecom firms, the KlatchWERX solution significantly reduces deployment costs by ~50%—a crucial advantage given the high expenses associated with trenching for fiber. This positions high-reliability wireless options as a viable choice for the data pipeline connecting cell towers to the internet (backhaul).