ZenaTech has officially established a new Quantum Computing Division aimed at enhancing research and development in cutting-edge defense and drone systems. This strategic move focuses on a range of applications critical for the future of national security, including advanced encryption methods, secure communication channels, GPS-free navigation, and AI-driven fleet management for surveillance and reconnaissance efforts.
Initially, the division will comprise a team of 12 experts specializing in quantum hardware, machine learning, physics, and engineering. Plans are in place to expand this team to 20 individuals by the end of the year, underscoring ZenaTech’s commitment to advancing its capabilities in this pioneering field.
The scope of work for the Quantum Computing Division extends beyond merely software innovations. The team will also lay emphasis on hardware advancements, specifically aimed at the efficient analysis of vast amounts of drone data. This enhancement is expected to contribute significantly to improved weather forecasting and the prediction of extreme weather events.
ZenaTech’s CEO, Shaun Passley, PhD, expressed optimism about the future impact of quantum computing on defense and aerospace sectors: “We believe quantum computing will be a defining force in the next era of defense and aerospace innovation. By advancing cybersecurity, secure communications, next-generation navigation, and massive-scale data processing, we are preparing our drone platforms for the challenges of tomorrow and contributing to America’s global defense leadership.”
The division is set to continue working on two notable projects currently in progress. The first of these, named Sky Traffic, leverages AI-enabled drones alongside quantum computing to manage air traffic effectively, while simultaneously supporting government public safety initiatives. The second project, Clear Sky, employs drone swarms integrated with quantum computing technologies to enhance local weather forecasts and provide better predictions of extreme events, ultimately aiming to mitigate risks to human safety and economic stability.
The escalating interest in quantum technologies is evident as defense organizations around the world continue to invest in this area. Recently, Forward Edge-AI was awarded a US patent for a fog computing system that is built to secure battlefield data, even amid compromised or attacked networks. This system, developed in collaboration with the National Security Agency, incorporates quantum-resistant encryption and integrated anomaly detection features.
In another significant development, Leidos announced plans to create an alternative navigation system that utilizes the Earth’s magnetic field in conjunction with quantum sensing technology. This innovative Magnetic Navigation system aims to provide precise location tracking in areas where GPS signals are absent, demonstrating the increasing reliance on quantum mechanics for critical applications in defense and navigation.
