Using Drone Video for Emergency Response Operations

How drones increase the effectiveness of emergency response in Ukraine Peat fires are among the most complex types of wildfires. They spread underground, have hidden ignition points, and often appear localized while continuing to smolder across large areas. Traditional reconnaissance methods in these conditions are slow, risky, and rarely provide a complete operational picture. That’s exactly why the State Emergency Service of Ukraine (DSNS) has begun using drones for peat fire reconnaissance in cooperation with DroneUA. 🔍 What drones change in this scenario: Thermal imaging reveals hidden underground hotspots Rapid aerial mapping delivers a full situational overview within minutes Rescue teams receive real-time data without entering high-risk zones Decisions on containment and deployment are made faster and with higher precision 📈 The result: Reduced risk to personnel Faster response times More efficient use of equipment and resources Higher operational control on site This is a clear example of drones working with people, not instead of them—amplifying the capabilities of emergency services in critical scenarios. A drone doesn’t extinguish a fire, but it provides what matters most in emergencies: data, speed, and safety. 💡 For me, this case reinforces a simple conclusion: drones are an infrastructure technology that must be integrated wherever the cost of error is human life or environmental damage. Not an experiment. Not the future. A working tool—already in use in Ukraine since 2015. #drones #emergencyresponse #technologyinuse #publicsafety #Ukraine #innovation #DSNS

In Fairfax County, Skydio Arrives First. Every Time. Fairfax County, Virginia is not testing the waters on Drone as First Responder. The numbers from their first 100 missions make the case better than any press release could. Drones arrived on scene first in 71 of those 100 calls. Average response time: 83 seconds. In a county that sits inside the most restricted airspace in the United States, a short drive from the nation's capital, that is not a small achievement, as FCPD reports. Built in the Hardest Airspace in the Country Fairfax County Police have been operating drones in some capacity since 2019. The DFR program, launched in fall 2025, is something different. Skydio X10 units are docked at the Fair Oaks and Franconia district stations and deployed remotely by FAA-certified pilots working inside the Real Time Crime Center. Photo credit: Fairfax PD The drone launches, flies autonomously to the scene using onboard obstacle avoidance, and begins streaming live video back to the RTCC before the first patrol unit turns onto the street. Flying DFR in Fairfax County requires a Beyond Visual Line of Sight waiver from the FAA. FCPD was the first department in the region granted permission to operate drones beyond line of sight in the restricted D.C. airspace zone. Getting that waiver took years of program building and credibility. Once launched, operators take control via the RTCC and fly the aircraft using an Xbox One controller. Not a military ground station. A gaming controller. The same one sitting in your living room. Skydio X10 Photo credit: Skydio The Skydio X10 flies at 35 miles per hour, carries a thermal and high-resolution visual payload, uses AI-driven obstacle avoidance to navigate around buildings and power lines without GPS dependency, and is equipped with a parachute recovery system in case of failure. It operates in a two-mile radius from its docking station and can stay airborne for approximately 40 minutes per sortie. After the mission, it flies itself back to the dock, recharges, and the video is downloaded into a secure evidence vault. Four Calls That Tell the Story The press release describes four incidents. Each one illustrates a different dimension of what DFR actually does in practice. The first was a coordinated felony arrest. A License Plate Reader flagged a vehicle connected to dangerous felony warrants. The drone located the car in a nearby parking lot and streamed live overhead footage to supervisors while officers positioned themselves at a safe distance. When the suspect returned to the vehicle, they had a complete picture of the scene before anyone moved in. Stolen property was recovered. Nobody got hurt. The second was a domestic incident in Fair Oaks. A man threatened family members with a baseball bat and fled on foot through backyards and over fences when officers arrived. The drone maintained continuous visual contact during the foot chase and guided responding units directly to the suspect...

One area where we’re seeing real momentum is in public safety, especially within fire departments. Many departments are beginning to use drones to identify hotspots that are not visible from the ground, map fire perimeters, assess structural stability from a safe distance, and give incident commanders real-time visibility during an active scene. The potential here is significant. Drones can give firefighters a safer way to understand what they’re walking into, identify risks, and gather accurate data in seconds. For departments that are stretched thin, this kind of support can make a meaningful difference. What we’re also seeing is that interest often grows faster than the internal structures needed to support it. As more agencies adopt drones, questions start to surface around compliance, documentation, training standards, and how to build a program that can scale responsibly. That’s where organizations like USI can help. We’ve worked with public safety teams to establish consistent practices, build training pathways, and make sure the technology is being used safely and effectively. As drones become a more common tool in emergency response, the departments that prepare now will be in the best position to use them confidently and responsibly.

A few weeks ago, Daniel Navarro from GOAT Drone Solutions reached out to me. He's part of ASEMERPAS, a Spanish NGO made up of volunteer drone pilots who respond to emergencies across Spain. He asked if #SkyeBrowse could support their work with access to the platform. I said yes immediately. Here's what most people don't realize about emergency response in Europe: a lot of it runs on volunteers. Trained, dedicated pilots who show up to disasters, search and rescue ops, and crisis scenes with their own equipment and their own time. They're not flying drones for content. They're flying them to find people. The problem is that the data pipeline after the flight is usually where things break down. You capture incredible aerial footage, and then what? You need software, processing power, time, and expertise to turn that into something actionable. For a volunteer organization, that's a wall. SkyeBrowse removes that wall. Upload the video, get a 3D model in minutes, measure it, share it, hand it to incident command. No specialist. No expensive software licenses. No waiting. Antonio Díaz, president of ASEMERPAS, already has the team set up on the platform and they've added SkyeBrowse to their website. We're looking forward to seeing their use cases come in from the field. If your technology only works for agencies with six-figure budgets, it doesn't work. The whole point of #videogrammetry is that the barrier to entry is the video itself — nothing else. Proud to support the ASEMERPAS team. Can't wait to see what they document first. #dronemapping #3dmodeling #realitycapture #searchandrescue #emergencyresponse

Using Drones to Deliver Aid in Emergency Services Purpose Unmanned Aircraft Systems (UAS), commonly called drones, have become essential tools for disaster response and recovery. They provide real-time data, improve situational awareness, and enable the rapid delivery of life-saving aid when traditional access is blocked. ⸻ Key Applications 1. Damage Assessment • Drones capture high-resolution imagery and thermal data immediately after hurricanes, floods, or wildfires. • Generated 2D and 3D “drawings” (maps, models) help identify damaged infrastructure, impassable roads, and safe staging zones. • Reduces the need for risky ground assessments. 2. Aid Delivery • UAS can transport small payloads such as medical kits, blood, AEDs, water, and food. • Ideal for isolated or flooded areas unreachable by ground vehicles. • Demonstrated by agencies and programs like Zipline, Matternet, and DJI FlyCart 30. 3. Search and Rescue (SAR) • Equipped with thermal and zoom cameras to locate missing or injured persons. • Can drop survival gear—life jackets, radios, or first-aid kits—while teams move in. 4. Mapping and Planning • Drone-generated orthomosaics provide accurate, up-to-date maps for incident command, FEMA, and EOC operations. • Supports planning of evacuation routes, shelter locations, and supply distribution points. 5. Communication Support • Drones can deploy temporary cellular or Wi-Fi relays to restore communication networks during outages. ⸻ Benefits • Faster response and delivery times • Reduced risk to personnel • Real-time intelligence for decision-makers • Cost-effective and repeatable operations ⸻ Example Missions • Hurricane Helene, NC (2024): Drones mapped flood zones and guided swift-water rescues. • Florida Keys (2025 pilot project): Drones proposed for emergency-supply delivery across island chains. ⸻ Contact Blue Ridge Mountain Drones, LLC Wayne Bailey, Chief Pilot | FAA Part 107 Instructor 📧 blueridgemountaindrones@gmail.com | 🌐 https://lnkd.in/e8psCGuK

Police and fire often respond to the same calls—traffic accidents, structure fires, and active incidents. Two agencies arriving to the same chaos, often with very different information. Drone as First Responder programs need to serve both police and fire. Sharing the live stream from a drone means both agencies make decisions from a common operating picture, improving resource allocation, response time, and outcomes. Fire and EMS need aerial intel just as much — not later, not as a handoff — but at the same time. The Skydio team recently attended FDIC International, where a scenario involved victims injured on a rooftop after an electrical fire. The takeaway was clear: getting a drone on scene fast, flying low, and into tight spaces can give crews the intel they need before committing resources — and potentially save lives. Same drone, shared stream, one mission: keeping people safe.

India is the second country hardest hit by floods, and similar natural disasters, with no less than 17 such events annually, affecting 345 million Indians. Seeing extensive updates on the Wayanad landslides in the last few days, I recall how the IG Drones team was at the forefront, helping Govt during the Sikkim flood the previous year. Not only in Sikkim but, also during the Uttarakhand Avalanche, Maharashtra Flood, and Odisha floods we contributed with all our resources by delivering drones to operate them and manage those disasters. Drones are transforming how we respond to emergencies: 📍Rapid Assessment: Drones provide real-time data on the extent of damage, helping to prioritise relief efforts. 📍Search and Rescue: Equipped with thermal imaging, they can locate survivors in inaccessible areas. 📍Delivery of Supplies: Drones can deliver life-saving aid to remote or hard-to-reach locations. 📍Infrastructure Inspection: Assessing damage to bridges, roads, and other critical infrastructure is vital for recovery. By harnessing the power of drones, we can build more resilient communities and save lives. Drone technology has proved itself useful during the disasters time and again and we at IG Drones, have always been on the forefront during the emergency calls from the country. #disastermanagement #floods #infrastructuredevelopment #igdrones #dronesafety #droneservices #jaihind

How can you use drone mapping data for DISASTER PREPAREDNESS & RESPONSE? Drone data can offer valuable insights and information at every stage of a disaster, from mitigation and preparedness to disaster response and recovery. There are four main phases of disaster management. Here’s how drone data can be used at every phase of the process: Phase #1: Disaster Mitigation Before a disaster occurs, drones can collect imagery of an area that is likely to experience a disaster to document its baseline state and collect information about topography and potential infrastructure gaps. For example, drone imagery can identify areas likely to experience flooding or landslides. Phase #2: Disaster Preparedness With this information, communities can move forward with decisions about how to prepare for a potential disaster. This can mean things like evacuating flood-prone areas, repairing critical infrastructure, or stocking up on supplies. Phase #3: Disaster Response While responding to a disaster, drones can scope the scene, assess risks and hazards, and create models of the affected area. Phase #4: Disaster Recovery Finally, to promote an affected area’s recovery, drone footage can be used for insurance claims, helping communities assess damage and get back on their feet and planning for reconstruction efforts. Last December, Tropical Cyclone Jasper hit the northeastern Australian coast. Before the cyclone made landfall, GeoNadir’s Co-founder,  Dr Karen Joyce, collected drone data for a number of critical locations in her local community. She documented her workflow to demonstrate how drones can be used for disaster readiness. Then, she went back and mapped the same locations after the cyclone hit to show how drones can be used to assess change over time. Karen put together two amazing webinars, walking viewers step-by-step through both of these critical workflows. Check out the webinars here: → Drone Mapping for Disaster Readiness: https://lnkd.in/eBdnzXQt → Drone Mapping to Assess Change: https://lnkd.in/eq-74V2U Interested in leveraging drone mapping? GeoNadir is offering three months free if you sign up for one of their paid annual plans. Sign-up for a free trial here: https://lnkd.in/eb-k7inc

🦾🚁⛑️🤖 Engineers at Shanghai Jiao Tong University 🇨🇳 have developed an innovative shape-shifting drone capable of flying, rolling, and crawling through rubble. Built for #search and #rescue #missions, this multi-mode robotic system adapts swiftly to harsh and unpredictable environments. It can switch mid-air between flight and rolling modes, and compress into a snake-like form to pass through openings as narrow as 15 cm—mimicking the #survival #strategies of rodents and insects in collapsed structures. Equipped with thermal imaging to detect human heat signatures, air-quality sensors to identify toxic gases, a two-way audio system for real-time communication, and advanced relay modules that transmit signals through concrete or steel, the drone has proven highly effective in simulated #earthquake #rubble #scenarios in Sichuan 🇨🇳. It successfully located hidden heat signatures and relayed audio from beneath debris layers. IUnlike traditional drones that struggle in tight spaces or human teams that face serious risks, this system bridges aerial and ground operations, providing rescuers with extra eyes and ears without endangering lives. Potential applications include earthquake and landslide response, urban search efforts in collapsed buildings, and post-blast reconnaissance in military or industrial zones. From sky to ground to spaces no human can reach, this drone represents a powerful leap forward in autonomous #disaster #rescue. 🌍🚁 #EmergencyResponse #EarthquakeZones #LandslideRescue #UrbanSearchAndRescue #CollapsedBuildings #PostBlastReconnaissance #MilitarySiteAssessment #IndustrialDisasterResponse #DisasterRecovery #SearchAndRescueOps🚁

Keeping first responders out of harm’s way is exactly why we build what we build at Vantage Robotics. In fall 2025, the Carroll County Sheriff’s Office (TN) supported a multi-agency response to a catastrophic ammunition plant explosion that scattered an estimated 10,000 lbs of unexploded ordnance across a wide perimeter. In an environment with low light, wooded terrain, and extreme secondary-blast risk, Vesper delivered the aerial intelligence responders needed, without putting people in the blast zone. Why it mattered: ✅ Rapid deployment within minutes from a staging point far from the site ✅ High-fidelity thermal + low-light ISR for hotspot detection and night operations ✅ Low acoustic / low-visibility profile for discreet monitoring ✅ Reliable performance despite rural connectivity and 15 mph winds ✅ Data shared directly with ATF investigators to support the clearance effort The results were clear: improved safety, faster perimeter sweeps, better situational awareness, and a true “force multiplier” for an agency exploring broader UAS integration. If your agency is looking for a mission-ready, NDAA-compliant, Blue UAS-cleared platform purpose-built for public safety, this case study shows what’s possible when the right tool meets the right moment. Read the case study below! #PublicSafety #FirstResponders #UAS #Drones #EmergencyResponse #SearchAndRescue #NDAA #BlueUAS