RuAviation

Engineers from St. Petersburg State University (SPbSU) have developed a prototype unmanned aerial vehicle (UAV) featuring an integrated cyber immunity system. This technology provides built-in protection by defining a secure flight zone and actively blocking unauthorized control attempts. The prototype was presented and underwent initial testing at the Technoprom-2025 forum in Novosibirsk, according to Konstantin Amelin, Director of SPbSU’s AI Center, as reported by TASS.

Cyber immunity refers to the inherent resilience of a digital system, achieved through the UAV’s system architecture. The design isolates critical modules, monitors their interactions, and reduces the effectiveness of cyberattacks. In practice, the drone automatically maintains its designated perimeter and reliably completes its mission. Initial trials focused on cargo delivery, emphasizing package integrity and precise route adherence.

Key capabilities of the cyber-immune UAV include autonomous compliance with predefined flight boundaries and enforced route retention. In the event of system anomalies, the onboard security module autonomously restores the flight scenario, redirecting the UAV to its intended path or initiating a safe landing sequence. When threats or irregularities are detected, the drone can execute a controlled or emergency landing, mitigating risks to both cargo and bystanders.

SPbSU’s AI Center technology enables rapid detection and neutralization of cyberattack attempts, ensuring the UAV resumes its assigned route and preventing unauthorized takeover. The drone’s security module operates independently, identifying and countering cyber threats without continuous operator intervention. This autonomy allows the UAV to maintain mission continuity and operational control under external threats.

Additionally, the AI Center is developing drone cybersecurity standards and educational programs for students specializing in this field. The project may serve as a foundation for UAV certification and air traffic management. The cyber-immune UAV prototype and its underlying technology represent one of Russia’s first initiatives in this domain, positioning SPbSU as a national leader in UAV cyber protection.