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Vlad Cherevko I have been interested in all kinds of electronics and technologies since the early 2000s. I like to play computer games and understand the work of different gadgets. I regularly monitor the news of the technology in the world and write materials about it.
The main investor was the Swedish company Varangians. The Ukrainian Angel One, US-Ukrainian Mits Capital, United Angels Network Syndicate and the Unpopular VC Foundation also joined the funding.
Money is planned to be directed to expand production, an increase in a team and to create new solutions to increase the autonomy of drones. According to the co -founder and CEO of Nazar Biguna, Norda Dynamics one of the first scaled its autonomy modules up to tens of thousands of combat use and is now moving to the next stage of development.
The company was founded in 2024. Its autonomous developments are focused on work in the absence of GPS, traditional communication channels and in the presence of active radio electronic wrestling.
Among the key products is the UNDERDOG autonomy module that provides drones to the target. According to the company, this system is the most common in the war zone.
Another development is StableLink, a system of stabilization of the UAV position by azimuth and height, which allows to keep the apparatus even in the complete absence of navigation signals. It is already used in retransulators and mintors.
Underdog autonomy module and stabilization system of drones by azimuth and StableLink height
Norda Dynamics
Investors note the practicality of the decisions of the Ukrainian startup. CEO Varangians Per Lager noted that the Norda Dynamics team has demonstrated a high level of competencies in the field of defense technology and is able to create new solutions for a modern battlefield.
Norda Dynamics emphasizes that their systems are integrated with dozens of Ukrainian drone manufacturers and have been tested in real combat conditions. This was made possible by the ability to fulfill missions without the involvement of the operator in complex environments where there is no communication or navigation.
”, – WRITE: mezha.media
Vlad Cherevko I have been interested in all kinds of electronics and technologies since the early 2000s. I like to play computer games and understand the work of different gadgets. I regularly monitor the news of the technology in the world and write materials about it.
The main investor was the Swedish company Varangians. The Ukrainian Angel One, US-Ukrainian Mits Capital, United Angels Network Syndicate and the Unpopular VC Foundation also joined the funding.
Money is planned to be directed to expand production, an increase in a team and to create new solutions to increase the autonomy of drones. According to the co -founder and CEO of Nazar Biguna, Norda Dynamics one of the first scaled its autonomy modules up to tens of thousands of combat use and is now moving to the next stage of development.
The company was founded in 2024. Its autonomous developments are focused on work in the absence of GPS, traditional communication channels and in the presence of active radio electronic wrestling.
Among the key products is the UNDERDOG autonomy module that provides drones to the target. According to the company, this system is the most common in the war zone.
Another development is StableLink, a system of stabilization of the UAV position by azimuth and height, which allows to keep the apparatus even in the complete absence of navigation signals. It is already used in retransulators and mintors.
Underdog autonomy module and stabilization system of drones by azimuth and StableLink height
Norda Dynamics
Investors note the practicality of the decisions of the Ukrainian startup. CEO Varangians Per Lager noted that the Norda Dynamics team has demonstrated a high level of competencies in the field of defense technology and is able to create new solutions for a modern battlefield.
Norda Dynamics emphasizes that their systems are integrated with dozens of Ukrainian drone manufacturers and have been tested in real combat conditions. This was made possible by the ability to fulfill missions without the involvement of the operator in complex environments where there is no communication or navigation.