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Space Satellite

Securing Unmanned Systems

Protecting Drones, Satellites and Unmanned Vehicles

Securing communication at every point

Air/Ground/Sea Unmanned Vehicles  Unmanned vehicles across air, land, and sea depend on secure communication networks to gather essential data, assess terrain, and identify targets. ANGOKA's communications protocols ensure that all information passed between the vehicle and the operator remains secure and precise, safeguarding mission-critical operations.

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Ground/Drone to Satellite  Whether it's ground-to-satellite or drone-to-satellite communication, maintaining secure and accurate transmissions is vital for mission execution, location tracking, and other essential tasks. With a broad attack surface, these systems are vulnerable to exploitation. ANGOKA's protocols protect communication at every point, ensuring encrypted and reliable data transfer.

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Satellite to Satellite 
Low Orbit Satellite Constellations rely on constant machine-to-machine communication, and any disruption can render them ineffective. In critical situations, a cyberattack can have devastating consequences. ANGOKA's security protocols ensure that communication between devices remains accurate and secure, mitigating these risks.​​

A new space economy is being built where in the near future there will be in-space infrastructure such as in-space assembly and manufacturing, orbital data centres and human habitats. Much of the data will be kept in space and processed in space, and to support the communications needs of the future space economy we need new solutions for cybersecurity and digital infrastructure. With emerging cyber threats from quantum computers and AI, traditional approaches such as those based on PKI [Public Key Infrastructure], or Distributed Ledgers are no longer adequate, and this requires a complete paradigm shift.

Alexa Young, CA

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