The Expanding Drone Ecosystem Needs a Guiding Hand

UAS are now central to warfare, as well as critical to a lot of other enterprises. The new technology is there, but government and industry need to improve manufacturing, supply chains and compliance regs to ensure that the best systems get put into play.

By: Dave Dimlich
President of SD3IT

President’s Note: In March, we detailed how the proliferation of unmanned aerial systems was driving the urgent need for counter-UAS systems. Here, we look at developments in the UAS industry, including the challenges facing drone developers and the new capabilities we can expect to see soon.

What a difference a few years can make. Not long ago, drones operating in war zones and other areas of conflict were viewed as complementary systems, valuable for surveillance, reconnaissance and specialized missions. Today, they are central players, indispensable to how conflicts are fought across air, sea and land. What’s happening now isn’t just the rise of unmanned aerial systems, but the rapid expansion of a fully integrated drone ecosystem. A big question, however, is how well the industry can keep up with demand.

The accelerated evolution of unmanned systems brings both opportunity and urgency. Innovation in drone technology is gathering speed, and the demand for UAS, particularly smaller systems, is surging. But structural challenges in production and policy are creating a widening gap between what is needed and what can be delivered. For organizations operating in and around this space, including those focused on equally essential counter-unmanned aerial systems (C-UAS), the implications are significant.

In the United States, industry groups and government agencies have recently launched initiatives intended to rejuvenate drone production and encourage the development of new technologies. But in many cases, the next wave of technology is already there; the issue is how to seamlessly field the newest systems to help fight future conflicts.

UAS Takes the Point in Battle

Modern conflicts are increasingly defined by drone operations across the battlespace—most notably in the air, but also on land and at sea. Nowhere is this clearer than in Ukraine, where the war with Russia has served as a proving ground both for new drone technologies and the growing place of unmanned systems as a central component of warfare.

Ukraine has incorporated artificial intelligence into its drones while increasing its use of them, to the point where UAS are carrying out 80% of Ukraine’s battlefield attacks against Russian forces. Ukraine is also increasing its use of unmanned ground vehicles (UGVs) for supply shipments, evacuations and even carrying out attacks. And that country’s navy makes use of a variety of unmanned vessels both on the surface and underwater, and recently said it carried out the first uncrewed underwater vehicle (UUV) attack on a Russian submarine. Russia, meanwhile, has stepped up its own drone usage, possibly surpassing Ukraine in its reliance on UAS.

Other countries are also investing in drone warfare capabilities, particularly China, which produces about 90% of commercial UAS. Israel, the U.K. and others also make extensive use of drones, and Turkey has become a major source of unmanned systems for other countries.

The United States has the world’s most advanced UAS fleet, with long-range systems like the Reaper capable of 1,400-mile missions that can last more than 30 hours. And U.S. forces field a wide array of smaller UAS. But it still may be falling behind compared with other countries that are prolifically stockpiling unmanned systems.

Where UAS Production Falls Short

A recent analysis from the Institute for Critical Infrastructure Technology (ICIT) identifies what it calls the “drone gap” between the increasing role drones play in warfare and the capacity of the U.S. industrial base to produce them at scale. The issue is not innovation alone, but the inability to manufacture sufficient quantities quickly and reliably, which ICIT has blamed on a fragmentation among civilian, commercial and military authorities on drone policy and governance. Supply chains, meanwhile, remain heavily dependent on overseas sources for critical components—an area where China leads—such as sensors, batteries and circuit boards.

The commercial drone sector reflects many of the same challenges. A recent white paper from the Commercial Drone Alliance (CDA) describes the industry as being at an inflection point, with organizations in the public safety, infrastructure, agriculture and other sectors readily adopting UAS while regulatory uncertainty dampens investment. Supply-chain constraints also plague the commercial sector, in part due to reliance on foreign components. The CDA issued a six-point plan calling for a public-private effort to clarify regulations and provide support for public-focused UAS programs (such as first responder missions) and manufacturing capabilities.

The government has also recognized the problem. The Federal Communications Commission recently issued a public notice seeking input on how to strengthen U.S. leadership in the global drone market. The goal is clear: identify what needs to change to enable innovation, accelerate deployment and build a more resilient industrial base.

What Comes Next: Technology Trends Feeding the Ecosystem

Policy and production challenges notwithstanding, innovation in the drone ecosystem continues to move forward at pace. Several trends are shaping the next phase.

Greater autonomy is at the top of the list. Advances in artificial intelligence are enabling drones to operate with reduced human intervention, improving speed, scalability and effectiveness. This includes autonomous navigation, target recognition and coordinated swarm operations. It also enables the more rapid processing of surveillance data for mapping and the ability to predict maintenance requirements to keep a UAS fleet in the air.

Beyond visual line of sight (BVLOS) is another key capability. Expanding the ability to operate drones over longer distances without direct human oversight will unlock new use cases—from infrastructure inspection to maritime surveillance—across both military and commercial environments.

Interoperability and system integration are also becoming more important. Drones are no longer standalone platforms. They are part of broader networks that include sensors, command-and-control systems, and data analytics platforms. The ability to integrate seamlessly across these elements will define operational success.

Counter-UAS is becoming a necessity, as adversaries increasingly make use of small, inexpensive drones to “flood the zone” in conflict areas. Companies like IXI Electronic Warfare work with SD3IT on innovative, scalable counter-UAS solutions to eliminate drone threats in real time.

In addition to big-picture advances such as autonomy and BVLOS, innovation is happening throughout the industry. Titan Dynamics, for example, is developing additive manufacturing techniques that enable deployed units to 3D print production-level systems in operational environments. And Ultra Intelligence & Communications, an SD3IT integration partner, delivers real-time operational dashboards that integrate data from multiple sensors.

The drone ecosystem also now extends well beyond the sky. Maritime drones, including surface and submerged vessels, are gaining traction as navies look for cost-effective ways to extend their reach and capabilities. The U.S. Navy’s new approach to developing a marketplace for maritime drone systems reflects a broader shift toward faster acquisition and deployment of proven technologies.

Unmanned ground vehicles (UGVs) are also evolving rapidly. Once focused primarily on logistics and explosive ordnance disposal, they are now being adapted for more active roles in combat environments, as Ukraine has demonstrated.

The Way Forward

The ecosystem around UAS and other unmanned systems is expanding quickly, driven by advances in AI, autonomy, integration and multi-domain capabilities. But organizations in the military, government and the private sector can’t take technology advancements for granted. They need to address challenges in production, policy and supply chains to ensure that UASs with the latest innovations are reliability available.

The path forward is clear: Invest in scalable solutions, prioritize integration and work to ensure that counter-UAS capabilities evolve alongside the threats they are designed to address.

The future of the battlespace is unmanned. The question is how to best build, deploy and defend the systems that will define it.

SD3IT (Solution Driven, Designed and Delivered Technology) helps organizations navigate complex technology environments with a focus on mission-driven outcomes. From advanced infrastructure to integrated security solutions, SD3IT delivers the expertise and partnerships needed to turn innovation into operational capability.