Launching a drone program is one thing. Building one that scales reliably, operates safely across complex environments, and delivers consistent value over time is something else entirely. This session brings together practitioners who have navigated that transition across a range of organizational contexts — from public safety agencies and utilities to large-scale shared dock networks — to share what the process actually looks like when the easy decisions are behind you, and the hard ones begin.
Topics span the full program development lifecycle: treating drone-in-a-box site selection as a systems engineering problem rather than a logistics decision, understanding the technical bottlenecks that only surface at scale, knowing when to slow down and do the groundwork before committing to high-visibility capabilities like drone-as-first-responder, and what it takes to build and operate a multi-mission autonomous dock network serving thousands of square miles. Whether you’re in the early planning stages or working to mature an existing program, this session delivers hard-won perspectives on the decisions that determine whether a drone program fulfills its potential or stalls trying.
The following presentations will be shared in this session:
Learn How to Stand Up Multiple Overlapping Regionwide Autonomous Drone Services
Presented by Aaron Zhang, A2Z Drone Delivery
The advent of advanced drone-in-a-box systems (DIAB) is helping promulgate a new paradigm for drone service providers. No longer are services limited to an operator transporting their aircraft to a jobsite to conduct a single type of service. Instead, these drone docks are able to be permanently installed in the field, enabling multiple types of service drones to be stationed in the field in an “always-ready” posture. While this new paradigm will help accelerate the proliferation of drone-born services, it also comes with some challenges.
Treating Utility Drone-in-a-Box Deployment as a System-of-Systems Problem
Presented by Ania Burgess, Altimetis
Permanent drone-in-a-box installations for utilities often fail not because of aircraft capability, but because early site decisions lock in hidden operational risk. Communications gaps, logistics constraints, emergency recovery paths, and regulatory limitations frequently surface only after capital is committed.
This session reframes site selection for utility drone-in-a-box deployments as a system-of-systems engineering problem, rather than a real-estate or convenience decision. Drawing from real deployment workflows and field experience, the talk introduces a structured, phased approach to evaluating candidate sites before equipment is shipped or installed.
Attendees will learn how to identify unsuitable or suboptimal deployments early, apply decision gates that prevent costly rework, and evaluate sites holistically across flight operations, communications, logistics, and future regulatory scalability. The focus is on practical frameworks that de-risk deployments without requiring deep technical specialization.
Why Commercial Drone Programs Break at Scale and How to Design for Growth
Presented by Ashish Parikh, Doodle Labs
Flying a drone successfully and operating a drone program at scale are two very different challenges. As commercial drone use expands across industries like infrastructure inspection, utilities, construction, and logistics, many organizations discover that systems that worked perfectly at small scale begin to fail in dense, noisy, real-world environments.
This talk focuses on the hidden technical and operational bottlenecks that surface when commercial drone programs grow: RF interference in urban areas, brittle communications links, vendor lock-in, and architectures designed for demos rather than deployments. We’ll examine why these issues are becoming more common as the industry matures and how operators can avoid costly redesigns later.
Rather than focusing on individual components, the session emphasizes systems-level thinking, helping attendees understand how connectivity, autonomy, and operational workflows must evolve together to support sustainable growth.
How to Properly Implement a Drone as First Responder Program
Presented by Vincent Brown, Frederick Police Department
When elected officials returned from a conference excited about drone-as-first-responder technology and offered a substantial budget to implement it immediately, this presenter made the deliberate decision to slow down. This presentation shares what that process looked like — the stakeholder conversations, infrastructure planning, technology evaluation, and community engagement that ultimately led to a contract and a roadmap toward city-wide DFR coverage. DFR is not simply a drone purchase; it is an operational ecosystem involving dispatch integration, training, policy development, airspace coordination, and public trust. Every jurisdiction’s airspace, call volume, staffing, and community expectations are different, and skipping the hard questions determines whether a program actually works or simply looks impressive. Attendees will leave with a practical framework for evaluating DFR readiness and building a program designed to last.
