Traditional pre-incident planning (PDFs, CAD drawings, or static maps) does not prepare a unified command for the complexity of dense stadium environments, layered transit corridors, temporary structures, and evolving security perimeters. As agencies prepare for FIFA, planning cannot rely on static diagrams or assumptions. It requires accurate, real-world data of the environments you will be responsible for securing. This session brings together public safety leaders and 3D mapping experts to discuss how agencies are using autonomous, drone-captured imagery to generate high-fidelity 3D scans, photogrammetry-based point clouds, and measurable digital twins of stadiums and surrounding infrastructure. Skydio’s Jason LaFond and Noreen Charlton will be joined by Captain Tyler Grosser (Kansas City Fire Department) and Bret Gardner from GNext to share practical approaches to strengthening operational readiness for large-scale events. What you’ll learn: - How to capture stadium and surrounding infrastructure as measurable 3D planning environments - The difference between a visual 3D model and an operationally usable digital twin - How to use models for tabletop exercises and command-level scenario planning - Where 3D modeling reduces decision friction in unified command and interagency coordination - How to pressure-test infrastructure, staffing, and airspace plans before public scrutiny This session is built for agencies actively managing FIFA operations and seeking clear, implementation-focused guidance.

In this webinar, Jakee and Sujoy shared that multi-drone operations are now live and rolling out to agencies, enabling one pilot to operate up to four drones and fundamentally changing how DFR programs scale. The focus wasn’t just the feature, but the impact: reducing pilot staffing needs, lowering program costs, and increasing flexibility to handle overlapping or simultaneous incidents. They walked through how it works in Remote Flight Deck, how autonomy and deconfliction make it manageable, and the real-world ways agencies are using it today, from transitioning between calls to maintaining continuous coverage. They also covered the FAA path, which requires a new but familiar agency-level waiver, supported by documentation to streamline approval.

The first public demonstration of multi-site autonomous drone security. Now available on demand. Site security leaders are under pressure. Guards can't be everywhere. Cameras miss too much. And 94% of alarms are false. The issue isn't identifying the gaps. It's closing them at scale, without adding headcount. This recording shows what one operator remotely managing four drones across two states actually looks like. One operator. Four autonomous drones patrolling simultaneously in California and Colorado, from a single Skydio cloud window. Autonomous response in less than 20 seconds. Workflow: IDS alert triggers at any site → docked drone launches in under 20 seconds → flies to alert location → 4K live video streams to remote operator → operator verifies and responds → alert cleared. Patrols at every other site continue uninterrupted. What you'll see 1. Multi-site command from a single window. One operator, four drones, two states. See what centralized remote security operations actually look like. 2. Alarm response in under 20 seconds. A drone is airborne before a guard reaches the door. 3. Persistent patrol without added headcount. Scheduled routes run continuously, day and night, without shift variance or coverage gaps. 4. False alarm verification at scale. Remote visual confirmation keeps your team focused on real threats across every site, simultaneously. 5.Cost per site. Cost per patrol. Cost per operator. Understand what one operator covering multiple sites means for labor, response consistency, and cost per covered acre.