OWLYNK Technology
Owlynk leads the industry in advanced location and orientation sensing technology. We specialize in innovative radio frequency (RF) signal processing, delivering highly accurate positioning and orientation data. Our solutions stand out for their precision, energy efficiency, and cost-effectiveness, offering powerful performance without the need for extensive computational resources.
01
DirecTalk
Proximity based V2X communication requires additional information from location services, such as GPS, to target specific recipient for the message. The message will be broadcasted to all the recipients near by, otherwise.
Owlynk's DirecTalk, directional communication technology, provides similar experience as voice communication where speaker points to a specific person and talk, and have following advantages over conventional communication methods.
Intuitive
The recipient is selected based on the relative direction between the transmitter and receiver. Transmitter can send message to a receiver in specific direction.
Instantaneous
No need to acquire GPS information of the transmitter and the receiver before initiating transmission.
02
RightPos
Current GPS capabilities do not cover market needs in terms of accuracy and efficiency: They vary based on factors such as weather, lighting, or blockages, and their targeting system may be off by 10 meters.
Owlynk’s solution is RightPos, a technology that uses radio frequency and its angular measurements to eliminate the need for satellite assistance in favor of precise and cost-effective locating.
The recipients determine their location by determining the direction from beacons installed in known locations.
The recipients refine their location by transmitting and receiving its positional information with beacons.
03
RightPath
Directional information obtained from RF signals can be utilized in navigation of various moving objects.
A reconfigurable UAM corridor that provides an invisible highway in the sky, can be built using Owlynk’s RightPath technology.
The angular information from the beacons is used to detect recipient’s location, altitude and speed along the flight path and its deviation from the path.
04
MPALS
RF has been considered non-directional for a long time. Many attempts had been made to provide directional capability to RF by utilizing special antennas or applying complex beam forming algorithms to focus RF signals with limited success.
We take a different approach by not trying to focus the RF signal transmission but to gain the directional information from the received signal. Through our understanding of RF signals and the use of our innovative digital signal processing algorithms, we get directional information in the received RF signal and enables many applications, which were not possible so far due to the non-directional nature of RF.
Owlynk’s RF directional information technologies enables automatic landing of drones on a moving platform, which shows complex motion.
The technology is useful in building automatic drone landing system on a delivery truck, tactical vehicles and ships in motion.
05
MR Application
Enable rapid and precise 6DoF (location and direction) tracking for VR/AR users in indoor or outdoor environments.
06
Radar Solutions
The expertise in handling intricate nature of RF signals can be applied to build specialty Radar systems for various applications.
The capability of handling state-of-art GAN based RF power solution enables building power efficient medium range K-band Radar system.
