About WAVESWAY,
MANET waveform technology
REGULUS MANET Radios are SRD (Short-Range Devices) that enable SRC (Short-Range Communication) utilizing the MANET (Mobile Ad Hoc Network) protocol.
MANET Radios feature unparalleled performance powered by the WAVESWAY waveform. WAVESWAY waveform is a cutting-edge Mobile Ad-hoc Networking (MANET)/Mesh solution with field-proven, cutting-edge technology. This innovative technology uses unique digital signal processing and combining techniques to take advantage of multipath reflections and relays in harsh RF environments to enable massive scalability and fast network adaptability.
The REGULUS MANET Radios are redefining the edge of Commercial, Industrial, Utilities, Transport, Public safety, Mission-critical and Emergency networking communication.
The REGULUS MANET Network ensures wireless communication coverage in challenging environments, including complex sites, difficult terrain, buildings with multiple reinforced concrete floors, underground floors, basements, parking lots, and even mines.
Our REGULUS MANET Radio Network applies the principles of Mobile Ad-hoc Networks (MANET) and allows the creation of self-organizing wireless networks with a dynamic topology.
​
The REGULUS MANET Radio Network is a set of different devices that communicate with each other in the 863-928 MHz band in digital mode and have an effective radiated power of no more than 25 mW (0.025 Watt).
​
Each of the transceivers can transmit:
-
voice and data in digital form
-
telemetry
-
information from external sensors such as alarms, door openers, or anything else.
​
Each device acts as a radio transceiver and repeater simultaneously, significantly reducing costs, increasing coverage, and simplifying network organization compared to other digital systems.
​
All devices operate on proprietary WAVESWAY algorithm, an advanced solution that goes beyond standard "self-forming" and "self-healing" mesh networks. It allows incorporating vast numbers of devices into the network in which the devices themselves form the communication infrastructure.
​