UAV Navigation-Grupo Oesía, a developer of Guidance, Navigation, and Control (GNC) solutions, outlines how the integration of advanced cybersecurity and avionics strengthens operational resilience for unmanned systems operating in hostile and cyber-contested environments. Read more >>
As Unmanned Aerial Vehicles (UAVs) operate in increasingly complex scenarios, where jamming, spoofing, hacking attempts, and electromagnetic interference are constant threats, resilience has become a mission-critical requirement. The growing proportion of software-driven and network-connected components in unmanned platforms increases exposure to cyber risks, particularly in interoperable environments such as combat cloud architectures where multiple systems exchange data in real time. In this context, cybersecurity must extend beyond autopilots and communication links to include Ground Control Stations (GCS) and the broader operational ecosystem.
Within the technological framework of Grupo Oesía, this challenge is addressed through close collaboration between UAV Navigation-Grupo Oesía and Cipherbit-Grupo Oesía. This structural collaboration enables cybersecurity and GNC technologies for unmanned systems to be developed under a unified strategic vision, embedding security, autonomy, and resilience from the earliest stages of system design.
Cipherbit–Grupo Oesía, a national DUAL manufacturer specializing in encryption and cybersecurity products, delivers certified solutions for critical sectors including Defense, Health, and Critical Infrastructure. Its technologies are certified by CCN-PYTEC and NATO, and the company holds ENS Alto and ISO 27001 certifications, ensuring high standards in information security management and regulatory compliance.
Capabilities include Security Operations Centers (SOCs) with national and international coverage, advanced monitoring and incident response services, forensic analysis, offensive security testing in OT and IT environments, and regulatory compliance support under frameworks such as the National Security Scheme, NIS2, and ISO 2700x.
This cybersecurity expertise directly reinforces the resilience of UAV Navigation-Grupo Oesía’s GNC systems. The company’s navigation and control solutions are developed under strict security, robustness, and fault-tolerance criteria to ensure reliable performance in both civil and defense missions. VECTOR autopilots are engineered to maintain the integrity of critical flight data in the presence of meaconing, jamming, spoofing, hacking attempts, and communication failures.
The system architecture integrates high-precision inertial navigation, artificial vision, advanced sensor fusion, CRPA antennas, and robust GNSS receivers, enabling continued operation in GNSS-denied or degraded environments. Hardware resilience is validated through MIL-STD certifications for electromagnetic protection, while proprietary software protocols safeguard data integrity through mechanisms such as parity bits and checksums. Additionally, command and control stations are capable of operating without internet connectivity, reducing exposure to unauthorized intrusions.
Rather than treating cybersecurity as an outsourced or supplementary function, the collaboration between Cipherbit and UAV Navigation is structural. Navigation and cybersecurity capabilities are developed cohesively to strengthen mission resilience against evolving threats, supporting secure and adaptable unmanned operations in critical environments.
