Skyryse Partnered with BAE Systems Australia
The collaboration aims to integrate Skyryse’s operating system into autonomous and crewed military aircraft.
Updated on Sept. 28, 2026 in Robotics
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Skyryse has signed a memorandum of understanding with BAE Systems Australia to implement its SkyOS platform across joint aviation projects. This partnership will focus on integrating flight-control logic with the BAE Systems Vehicle Management System.
Why it matters
The partnership seeks to increase operational flexibility by enabling aircraft to function effectively in crewed, remotely piloted, and autonomous modes. SkyOS is positioned to serve as the primary operating system for these advanced collaborative efforts.
The SkyOS architecture combines flight controls, automation, and autonomous software. This system is designed to interface directly with the BAE Systems Vehicle Management System, which currently operates the Boeing MQ-28 Ghost Bat.
The players
Skyryse
A California-based company that develops flight-control logic and autonomous aircraft operating systems.
BAE Systems Australia
A major defense contractor that provides advanced systems, including the Vehicle Management System, for military aircraft.
Mark Groden
The leader who discussed the details of the partnership on September 25, 2026.
Boeing MQ-28 Ghost Bat
An autonomous military aircraft that currently utilizes the BAE Systems Vehicle Management System.
The details
The collaboration builds on Skyryse's previous success in December 2025, when the company completed the integration of SkyOS into a Sikorsky Black Hawk. That project demonstrated the software's capability to be deployed in 91 days, a benchmark the partners hope to leverage for future military applications.
Timeline
In December 2025, Skyryse successfully integrated SkyOS into a Sikorsky Black Hawk.
On September 25, 2026, details regarding the new partnership were discussed.
The Tech Race
This partnership marks a significant step in the transition toward software-defined aviation where operating systems, rather than legacy hardware, define flight performance. By integrating with existing platforms like the Boeing MQ-28 Ghost Bat, the companies aim to streamline the transition to autonomous fleets.
This development primarily affects defense and aviation stakeholders looking for scalable autonomous solutions for existing aircraft fleets. The integration aims to lower the barrier to deploying autonomous technology, which could eventually influence the efficiency and safety of global logistics and military transport.
The takeaway
The rapid 91-day integration timeline achieved by Skyryse demonstrates a major shift in how quickly autonomous flight software can be adapted to established airframes. This modular approach provides a practical blueprint for modernizing existing aircraft without requiring complete structural redesigns.
Further reading
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Source note: This article includes information reported by Janes.
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