Drone Stack: The Software Foundation for Modern Warfare
Drone Stack is modular autonomy software for ISR and Strike missions across any platform. It enables software-defined affordable mass for modern warfare.
The Ukraine war has reshaped how militaries think about autonomous systems.
In recent years, Ukraine has often proven more effective using off-the-shelf technology adapted for military use than purpose-built systems that took decades to develop. As a result, the country has transformed its defense industry into an ecosystem of hundreds of companies, many of them private startups developing and fielding autonomous systems designed to be expendable—an approach that has sparked a broader change in defense technologies.
Today, large numbers of affordable, software-defined weapons can compete with a small number of expensive ones, a concept known as affordable mass, and the Department of War (DOW) is taking notice. The U.S. military is now moving toward an affordable mass model, where autonomy isn’t a hardware feature locked into specific platforms, but rather a software capability that can be deployed across different types of fleets, from sea to air. This software approach, spread across multiple platforms, reduces vendor lock-in and increases agility, enabling the DOW to keep ahead of threats amid a shifting landscape.
“In today’s operational environments, threats emerge and move faster than traditional cycles can respond,” says Qasar Younis, co-founder and CEO of Applied Intuition. “Warfighters need autonomy across dozens or even hundreds of platforms simultaneously, while maintaining safety, precision, and reliability. This is what Drone Stack was built for.”
Drone Stack is Applied Intuition’s defense autonomy solution designed to enable intelligence, surveillance, reconnaissance (ISR) and strike capability across any aircraft. It is built on the same approach that has proven successful across the company’s commercial autonomy products: best-in-class autonomy software, an operating system designed for rapid integration, and development tools that compress the iteration cycle from months to days or even hours.
Most companies have approached the problem vertically. They build an aircraft, integrate autonomy specific to that airframe, and sell the complete system. The software is tightly coupled to the hardware, making it difficult to adapt to new platforms or configurations. When the customer wants the capability on a different aircraft, the integration process starts from scratch.
Applied intuition takes the opposite approach. From day one, Drone Stack was designed to be hardware-agnostic. Building on a software-defined approach proven in the commercial sector (driverless eighteen wheelers with Isuzu, autonomous mining vehicles with Komatsu, global Vehicle OS with Stellantis), Applied Intuition’s engineers designed an intelligent platform. As a result, Drone Stack supports rapid integration with software-in-the-loop simulation, hardware-in-the-loop testing, a dedicated flight test facility, and a full development environment that mirrors deployment in the field.
It includes a hardware-agnostic autonomy stack that can run on any platform with sufficient compute, from high-end tactical systems to commercial quadcopters. As a result, it can handle mission planning, autonomous navigation, multi-aircraft coordination, target detection and tracking through embedded Automated Target Recognition (ATR) models, and precision engagement under defined rules of engagement.
Another differentiator for Drone Stack is its embedded compute.
Applied Intuition has nearly a decade of data from all vehicle forms informing its model—a proprietary database it can embed onto drones that enables them to fly autonomously even in GPS-denied environments.
Dubbed Axle, this embedded compute platform brings autonomy to any aircraft for all ranges of environments and levels of connectivity. The capability exists in multiple form factors, from a ruggedized enclosure for larger platforms, to smaller form factors optimized for size, weight, power, and cost. Both are built to the same validation and security standards Applied Intuition uses across all its commercial products.
The result is software that can enable any drone to fly in any condition.
“By delivering our autonomy software on a pre-validated, embedded hardware circuit card, we eliminate the software integration burden for customers who simply want to focus on building a great airplane,” says Matthew Niemiec, head of Aerial Autonomy at Applied Intuition’s drone center in Fort Walton Beach, Florida. “This model directly mirrors the commercial automotive sector, where tier 1 suppliers deliver specialized subsystems to OEMs. It is exactly the approach required to achieve true economies of scale in defense, delivering superior capability with unmatched affordability.”
Drone Stack is expanding and is actively deployed by commercial and government customers. Affordable mass is attainable right now and can be locked in for the future. As a hardware-agnostic and flexible system for ISR and strike missions, Drone Stack will continue to enable its users to move at the speed of modern warfare.
“Drone Stack is unique due to its modularity, rapid portability and the fact that it works on any airplane,” Niemiec says. “At the end of the day, it completes the mission.”
