Drones Mature, But Companies Struggle to Adopt Them Effectively

The commercial drone industry is at a pivotal moment, with technology advancing rapidly while many organizations struggle to integrate drones into their operations. While successful demonstrations of drone capabilities are common, the challenge lies in developing sustainable drone programs that can navigate procurement cycles and operational demands. This disconnect is where Mohammad Hamid, a consultant based in Detroit, Michigan, has focused his efforts.

Hamid emphasizes that drones have evolved into a reliable technology stack. However, many companies have yet to establish the operating models necessary for effective and scalable drone use. “Most teams can fly a drone,” he notes. “Very few teams can run drones like a program.”

Shifting the Focus from Hardware to Infrastructure

Recent advancements in drone technology have less to do with flashy designs and more with improvements in their operational capabilities. Innovations in autonomy have lowered pilot workloads, while payload capacities have increased significantly. New systems, such as drone-in-a-box models, have transitioned drones from mere tools to integral parts of operational infrastructure.

As Hamid points out, the essential elements for scaling drone programs—such as compliance with Remote ID, safety documentation, and operational checklists—are becoming standardized. “If the only time you fly is when the drone expert is available, you have a hobby. If you can fly every week with a standard workflow and clean audit trail, you are building capability,” he states.

The demand for drones is expanding in sectors that prioritize efficiency over novelty. In manufacturing, drones enhance safety during inspections and expedite the documentation of issues. In public safety, they improve situational awareness for emergency responders. Within defense sectors, drones are becoming critical tools for reconnaissance and operations in complex environments, as evidenced by increasing U.S. government contracts for systems like loitering munitions.

Understanding VLOS and BVLOS Operations

A critical factor in the drone market is the distinction between VLOS (Visual Line of Sight) and BVLOS (Beyond Visual Line of Sight) operations. While many organizations operate effectively under VLOS, which allows pilots to maintain visual contact with the aircraft, the real potential lies in BVLOS capabilities. These allow for continuous coverage and streamline inspections over long distances, such as railways and pipelines.

The challenge with BVLOS is the need for robust proof concerning safety measures, including separation protocols and command-and-control reliability. The FAA has been signaling a shift towards normalizing BVLOS operations. In August 2025, the agency proposed rules that could simplify the process, moving towards performance-based requirements to replace the current patchwork of waivers.

“BVLOS is where drones stop being a tool and start being a network,” Hamid asserts. “That is also where governance stops being paperwork and starts being operational design.”

Regulatory compliance is integral to the drone ecosystem. For example, the FAA has set March 16, 2024, as the end date for its discretionary enforcement period regarding Remote ID compliance. Existing regulations, such as Part 107, continue to provide frameworks for standard operations, while Part 135 governs specific delivery and advanced operations.

Building Sustainable Drone Programs

Building an effective drone program requires a proactive approach to regulation and compliance. Hamid advises organizations to integrate regulatory considerations into their planning from the outset. “If the legal team sees your drone program for the first time after you bought the fleet, you already lost six months,” he cautions. “Build the safety case as you build the workflow.”

In addition to regulatory considerations, organizations must address the complexities of procurement and integration. Leading drone manufacturers like DJI and Skydio are navigating shifting security concerns and policy dynamics. While DJI remains a dominant player globally, Skydio has strengthened its presence in public safety and government sectors, bolstered by partnerships to support drone programs.

As drones become more integrated into existing operational frameworks, companies must also consider the reliability of energy sources. Flight time is a critical factor, but the management of lithium batteries poses significant risks. The FAA has issued warnings about potential thermal runaway incidents related to battery failures. To operate drones effectively, organizations need robust battery management systems (BMS) that include telemetry and maintenance protocols.

“Battery is not a component,” Hamid emphasizes. “Battery is the mission clock. If you do not manage it like an asset, it will manage your program for you.”

Moving from Pilot Projects to Scalable Operations

For organizations looking to move from experimental drone use to structured programs, Hamid suggests a phased approach. This begins with identifying specific use cases where drones can outperform traditional methods in speed, safety, or cost. Next, companies should draft mission specifications that outline the operational environment, payload requirements, and acceptable risks.

Simultaneously, organizations need to develop regulatory strategies, including waiver plans aligned with Remote ID requirements. Energy management should also be treated as part of the operational framework, ensuring that battery lifecycle and charging standards are integrated.

Demonstrating repeatability is crucial before scaling operations. Organizations should aim for a 30 to 60-day cadence for testing and reviewing performance. Once reliability is established, they can expand into infrastructure, implementing remote operations, governance, and deeper integration.

“Drones do not scale because you proved one flight,” Hamid explains. “They scale when you can predict performance, explain risk, and deliver clean data into the systems that actually run the business.”

The drone industry is entering a more structured phase as regulatory frameworks evolve and standards tighten. The proposed BVLOS rule by the FAA signifies a move towards normalizing operations that have historically required bespoke approvals. As ecosystems mature and best practices emerge, drone programs are beginning to resemble disciplined operations rather than mere technology demonstrations.

For Hamid, the future is clear: drones will succeed not by being the loudest option but by becoming reliable, governable, and integrated into everyday operations. “Once drone programs feel boring, they will be everywhere,” he concludes. “Boring is what scale looks like.”