By Volreka F. Senatus, Warrior Contributor
The F35 fighter jet, regarded by many as a platform integrating cutting-edge aerospace engineering, is set to continue a series of software enhancements and transformative upgrades with the integration of artificial intelligence (AI) in coming years. The idea is to continuously upgrade the F-35 and ensure it can remain relevant and superior for decades into the future.
Ongoing upgrades, which are likely to be continuous and not purely integrated in “drops” will likely elevate the F35’s performance in key areas, including lightning-fast response times, robust cybersecurity measures, and strategic advantages in combat scenarios.
Speed of Response Time:
The F35 has long been cited for its versatility, stealth capabilities, and adaptability across various mission profiles. For example, air ground coordination with the F35 and advances in AI only make this connection faster and more efficient. Now, with the infusion of AI technology, the
F35 is also poised to redefine the speed of response in aerial combat. The fast switching Multi-function Advanced Datalink technology is essential to the F35’s advancement in communication systems engineering; neural networks and advanced computing are likely to continue to empower the AI system onboard the F-35, enabling the fighter jet to process vast amounts of data in real-time; setting it apart from previous generation NATO fighter aircrafts.
A former Air Force chief scientist told Warrior years ago that the F35’s sensor fusion represents early iterations of AI integration, something which has continued to evolve in recent years. In simulated scenarios, this enhanced agility provided a significant advantage in dogfights and complex mission environments, upgrading the F35 with the hope of out-performing adversaries with precision.
This growing synergy of AI into the F35’s systems not only accelerates decision-making but also allows for adaptive learning, enabling the aircraft to continuously improve its performance. The F-35s well-known sensor fusion enhances the correspondence between the target(s) and drone-like sensory; including 360 sensors, and peak sensor data information.
Strategic Advantage in Combat:
Additionally, the F35 AI facilitates vastly improved sensor to shooter timeline in coordination with other AI-powered assets, creating a networked ecosystem that amplifies the effectiveness of military operations. The F35’s ISR sensor nodes play a crucial role as this flying drone-like sensor connects to other assets including surface and ground units. In joint missions, squadrons of AI-enhanced F35s demonstrated superior teamwork with the F22 by two way data links, enabling sharing of critical information in real-time.
This his collaborative approach is designed to improve the chances of mission success and also lay the foundation for a more interconnected and responsive military force.
Mitigating Adversarial Hacking:
The specter of cyber threats looms large over modern military operations, and the F35 AI project addresses these concerns head-on. AI is expected to strengthen cybersecurity and this is important given the flying capabilities of the F35. Lockheed and Pentagon weapons developers say robust cybersecurity measures have been integrated into the F35’s architecture to fortify its defenses against adversarial hacking attempts. For example, AI systems employ advanced encryption protocols and adaptive security measures to safeguard critical systems and communication channels.
During extensive testing, the F35 AI demonstrated resilience against simulated cyberattacks, showcasing its ability to withstand sophisticated hacking techniques. The integration of AI not only enhances the F35’s combat capabilities but also ensures that it remains a secure and reliable asset in the face of evolving cyber threats, a crucial aspect in the contemporary landscape of digital warfare.
Data Sharing for Mission Prerogatives:
The F35 AI project envisions a future where data sharing becomes a cornerstone of mission success. Senior US army weapons developers told Warrior about F35B Marine Corps and its capacity to share information within networks and between other nodes, including ground forces.
Collaborative data sharing among military entities is seen as a strategic imperative, enhancing collective intelligence and improving overall situational awareness. Shared data can provide a comprehensive understanding of emerging threats, enabling faster adaptation to evolving Scenarios.
What to Value and Avoid in Data Sharing:
While the benefits of data sharing are significant, caution must be exercised to avoid compromising sensitive information. The security of classified data remains paramount, and the F35’s AI integration is emphasized by Pentagon and Lockheed officials who stress the need for stringent security protocols. The pentagon plans to fly the F35 up to the year 2070. Therefore, establishing a robust framework for data access permissions, encryption, and secure communication channels is imperative to prevent
unauthorized disclosure of critical information. In the ongoing transitions to a data-sharing paradigm, interoperability and standardized data formats must be valued to ensure seamless integration across different military branches and allied forces. This fosters a more cohesive and efficient exchange of information, allowing military entities to capitalize on the collective intelligence gained through shared data. So in hindsight, AI is the kind of thing that’s only going to become more lethal.
By Volreka F. Senatus is a Warrior Contributor and Assistant Educator at Florida Atlantic University
