Palladyne has built-in its SwarmOS AI software program with Draganfly’s hardwares for autonomous operations. Supply: Palladyne AI
Draganfly Inc. and Palladyne AI Corp. right now mentioned they’ve efficiently examined Palladyne AI’s SwarmOS platform throughout Draganfly’s mission-ready drone parts and validated the system by finishing a flight simulation.
“This milestone is a meaningful proof point,” mentioned Cameron Chell, CEO of Draganfly. “What excites us about this joint effort is the ability to enable true autonomous collaboration where systems that can think, adapt, and operate together in real time. This represents a significant advancement in capability and positions Draganfly to pursue some of the most demanding defense programs.”
Based in 1998, Draganfly is a number one developer of aerial drones and software program for the general public security, civil, navy, agriculture, industrial inspection, safety, mapping, and surveying markets. The Saskatoon, Canada-based firm just lately joined the Canadian Military’s first Collaborative Uncrewed Plane Methods Working Group. It additionally bought about $50 million in inventory in February.
Built-in system to advance decentralized drone swarms
“Unlike conventional drone automation systems that rely on centralized control or pre-programmed flight paths, the integrated solution is designed to enable decentralized, real-time collaboration between drones operating in dynamic and contested environments,” mentioned Draganfly.
Palladyne AI mentioned its Decentralized Edge Collaborative Autonomy (DECA) method with SwarmOS allows drones to independently understand, make choices, and collaborate. They don’t must depend on steady communications or centralized command buildings, claimed the Salt Lake Metropolis-based firm, which obtained a patent in November 2025.
SwarmOS-powered methods are designed to dynamically adapt to evolving mission situations, together with degraded communications or asset loss, permitting the swarm to reconfigure and proceed operations autonomously.
“Completing the SwarmOS port across Draganfly’s defined platform and validating it through flight simulation is a significant step forward,” said Ben Wolff, president and CEO Palladyne AI.
“SwarmOS isn’t about pre-programmed drones flying in formation; it’s about giving every drone in the swarm the intelligence to read its environment, collaborate with its teammates, and make the right decision in milliseconds,” he added. “Paired with Draganfly’s proven hardware, we are building something operationally significant for the U.S. DoW [Department of War].”
Draganfly and Palladyne AI proceed protection enlargement
Palladyne AI and Draganfly first introduced their partnership in October 2025. They mentioned this milestone aligns with rising demand from U.S. protection initiatives, together with efforts to deploy large-scale autonomous methods able to working in contested environments the place conventional communications and command buildings could also be restricted or unavailable.
Draganfly mentioned it has current engagements supporting U.S. Air Power Particular Operations Command, in addition to energetic deployments throughout intelligence, surveillance, reconnaissance (ISR), logistics, and tactical drone platforms.
In November 2025, Palladyne AI acquired GuideTech LLC, Warnke Precision Machining, and MKR Fabricators for about $31 million. The acquisitions, mixed with the protection variant of the Palladyne Pilot embodied AI software program for drones, led to the creation of the brand new Palladyne Protection division.
In January, it received a U.S. Air Power contract to advance drone swarming for cross-domain operations, and final week, GuideTech acquired a U.S. Navy contract to develop a low-cost, near-hypersonic missile.
“We’re not shifting our focus from the commercial side of our business, but we are bolstering defense opportunities,” Wolff informed The Robotic Report. “We see opportunities in this sector where we can leverage our AI with innovative hardware platforms to deliver superior results, both in trials and in real-world scenarios.”
“Military objectives are to spend the least amount of money while hitting targets with minimal unintended consequences or collateral damage,” he defined. “Swarming capability enables a number of airframes with sensor suites that collaborate in real time, enhancing precision and enhancing the likelihood of accomplishing the mission at a low price.”
Palladyne AI is integrating its software program with GuideTech’s design, avionics, and autonomy capabilities. After transferring out of {hardware} in its former model as Sarcos, Palladyne can be getting again into manufacturing with protection parts, acknowledged Wolff.
“It’s more like a continuation of a sine wave. Sarcos took on some of the most challenging robotics problems with exoskeletons,” he mentioned. “Now, we’re bringing low-cost, highly attritable munitions to market. We’re applying lessons learned about supply chain and scaling, and we’ve brought in teams that have worked with Lockheed Martin and other defense primes.”
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