The Emergency Drone Responder - ISSUE 7 by TheEDRMagazine

Editor’s NOTE

Welcome to the Emergency Drone Responder Magazine.

We are thrilled to present the latest edition of EDR, where you'll find our usual diverse range of articles, news, and products focused on the innovative use of drones by Emergency Services. This edition continues our commitment to bringing you the latest developments, trends, and insights from the rapidly evolving world of drone technology.

We want to express our deep gratitude to all the contributors to this edition. Your insightful articles and generous sharing of experiences are invaluable to us and to your fellow drone teams. Each contribution not only enriches the content of this magazine but also strengthens the global community of Emergency Service professionals dedicated to leveraging drone technology for public safety.

EDR magazine serves as a global platform that connects Emergency Service drone users from around the world. It is the collective voice of operational teams in Fire, Law Enforcement, Search and Rescue, and Counter UAS. Our mission is to report, educate, validate, and promote the use of drones and cutting-edge technology within emergency services on a global scale.

Through EDR, we aim to foster collaboration, knowledge-sharing, and innovation among emergency service teams, ensuring that the best practices and latest technologies are accessible to all.

The use of drones in emergency response has become widely recognized as a cost-effective and essential tool for protecting the public and emergency service personnel worldwide.

From rapid deployment in disaster zones to enhancing situational awareness during critical operations, drones are transforming the way emergency services operate. We highly recommend attending the Commercial UAV Show in the United States, the Emergency Services Tech Show in the UK, and the IEDO World Congress in Paris. These events offer excellent opportunities to network with peers, meet industry experts, and explore how they can support your operational needs. By participating in these gatherings, you can stay ahead of the curve and ensure your team is equipped with the latest tools and knowledge.

Stay tuned for upcoming issues, where we'll dive into ground-level insights from DFR programs and continue to provide our usual array of articles, industry updates, and product news.

If you would like to contribute an article for future editions of EDR Magazine, please email your submission to paul.budgen@ emergencydroneresponder.com or call us at +44 (0) 831 768.

We are always eager to hear from our readers and to share the valuable experiences and knowledge that you bring to the table.

About The Magazine

The Emergency Drone Responder is a magazine wholly dedicated to Emergency Drone Operations, robotics and innovative new technologies that will assist Law Enforcement, Fire, Search and Rescue teams.

The primary aim of the Drone Responder Magazine is to report, educate, validate and promote the use of drones and emerging technologies in support of the work of the emergency services and Emergency Drone Responders worldwide.

The Emergency Drone Responder Magazine is the global voice for the operational Fire, Police, Search and Rescue, Counter UAS teams, and will cover and promote drone use & emerging technologies and robotics with input and opinions from experts from around the world promoting the use & value of operational drone teams within a fire, law enforcement and rescue arena.

Paul Budgen Publisher

Tel: + 44 (0) 1305 831 768

Email: paul.budgen@emergencydroneresponder.com

Christelle sakr

Design & marketing

Tel: + 44 (0) 1305 831 768

Email: christelle@edicogroup.net

THE EMERGENCY DRONE RESPONDER

06 TEAM PROFILE: TASK FORCE 81

08 ENHANCING EMERGENCY RESPONSE WITH DRONECONTROL FIRSTRESPONDER: A SUCCESSFUL TRAINING EXERCISE IN WOOLWICH FOR LONDON SEARCH AND RESCUE

In a recent training exercise, the London Search and Rescue (LonSAR) team partnered with Queen Elizabeth Hospital, part of the Lewisham and Greenwich NHS Trust, to simulate a missing person scenario.

12 ADVANCING LAW ENFORCEMENT: IEDO INTERNATIONAL POLICE TRAINING AT GIMBORN CASTLE

This annual event is a pivotal gathering for law enforcement professionals worldwide, aimed at enhancing their capabilities in utilizing drones for various operational purposes.

15 OPTIMISED CELLULAR PERFORMANCE: ENSURING RELIABLE CONNECTIVITY UNDER PRESSURE

The Excell Cellular Optimisation Antenna provides a reliable solution to many common signal issues, enhancing connectivity when it is needed most.

18 MASTERING UAS PRE-OPS PLANNING FOR LARGE-SCALE EVENTS

This guide will delve into the nuances of UAS pre-ops planning, key considerations, risk mitigation strategies, coordination with event organizers and authorities, and the development of comprehensive pre-ops checklists and procedures.

22 DROPLA TECH APS USES ROBOTICS AND DRONES TO SPEED UP DEMINING EFFORTS IN UKRAINE

A Danish-Ukrainian startup, Dropla Tech Aps, is developing cutting-edge robotics and drone technology to expedite demining operations in Ukraine.

24 IEDO CONF 2024: REVOLUTIONIZING EMERGENCY ROBOTICS GLOBALLY

Get ready to immerse yourself in the forefront of emergency robotics at IEDO CONF 2024, the highly anticipated second edition of the IEDO World Emergency Robotics Conference.

team profile: Task Force 81

Previously featured in The Emergency Drone Responder, Task Force 81 was invited back to do a retrospective and an update on their equipment and procedures.

Duboistown Fire and EMS, Old Lycoming Township Volunteer Fire Company, NCPA Unmanned Emergency Services, Laporte Vol FD, and New Berlin FD have forged collaborative excellence providing unmatched drone and unmanned emergency services in Northcentral Pennsylvania. Task Force 81 or Northcentral PA R.O.V.E.R (Remote Operated Vehicle Emergency Response) serves the residents of Lycoming, Tioga, Sullivan, and Union counties. We are the eyes in the sky for our units on the ground or in the water with our two ROVs and boat with side scan sonar. We work proactively with other emergency services organizations to provide remote intelligence for them.

DUBOISTOWN FIRE AND EMS

Duboistown Fire and EMS has two FAA certificated Part 107 Remote Pilots, and has had a UAS program since 2016. The department is involved in supporting law enforcement in addition to Fire/ Rescue/EMS. They are one of the two departments in the Task Force with a Remote Operated Vehicle (ROV) or underwater drone. The underwater drone has been used for water rescues and to assist law enforcement with evidence

retrival. The recipients of generous grants from First Community Foundation and Seneca Resources will enable Duboistown to get a new rescue drone this year and a new to us vehicle to transport our equipment next year. A member from Duboistown Fire and EMS attended the National DRONERESPONDERS conference in March at Busch Gardens where he learned from the country's leading experts.

OLD LYCOMING TWP. VOL. FIRE CO.

The Old Lycoming Twp. Vol. Fire Co. Williamsport, PA is privileged to be a part of Task Force 81. The Task Force is an integral part of the Fire/Rescue & EMS emergency services in a five county region. Within the last year Task Force 81 has been requested to respond with and in addition to a ten county

The task force has assisted in wildlife and structure fire scene size up and evaluation to provide tactics and decision making for the incident commander. We have been involved in land searches upon the request of local fire and police departments as well as the Rangers if the PA Department of Conservation and Natural Resources, (PA-DCNR).

NEW BERLIN FIRE COMPANY

New Berlin Fire Company formed its UAS program in 2022 and has grown rapidly to assist the residents of Union County, PA as well as surrounding counties as an active member of Task Force 81 we are the southern most resource. We have 1 remote Part 107 Pilot and operate 3 other pilots under an FAA waiver and 3 visual observers. We recently updated our waiver in 2024 to include First Responder BVLOS allowing us to in emergency situations fly beyond visual line of sight of our aircraft. Our fleet of Aircraft now include 2

technical rescue task force, to provide overwatch, scene safety and equipment deployment for high angle/rope rescue, swift water and other technical rescue emergencies. Task Force 81 strives to maintain a professional and proficient team with certified Part 107 pilots, equipment and training.

Within the last year, Old Lycoming Twp. Volunteer Fire Co. has been fortunate to be the recipient of approximately $20,000 in grant monies from two local natural gas producing companies, Range Resources and EQT. The grant monies have provided for acquisition of drone and drone accessories to assist in better handling the wide range of emergencies we handle.

thermal capable drones with spotlight and loudspeaker capability. Our department recently completed our Special Response Unit trailer in 2023 built largely from donations from the community to include Cargill Inc. of Winfield, Meile Manufacturing, and Walmart. The trailer was immediately put to use for a large scale wildfire in an adjacent county and provided 8 hours of flight services to wildland

Additionally, the grant proceeds have provided for the purchase a small First Person View (FPV) drone to utilize in confined space, collapse, and school emergencies so we may evaluate hazardous situations, victims and dangers and without jeopardizing responders to dangerous situations.

crews on the ground. Most recently we were fortunate enough to add a utility truck to tow our response unit in 2024. Our program continues to serve in many capacities most recently aiding in a water rescue of an overboard boater and assisting Pennsylvania State Police with an on the run felony suspect. NBFD will continue to train, innovate, and respond for our residents in times of crisis. As our motto states

“ Officium Sed Amplus" - Duty and Honor.

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FirstResponder: A Successful Training Exercise in Woolwich for London Search and Rescue

In a recent training exercise, the London Search and Rescue (LonSAR) team partnered with Queen Elizabeth Hospital, part of the Lewisham and Greenwich NHS Trust, to simulate a missing person scenario. This exercise aimed to test and improve the response protocols for such emergencies.

The training scenario involved the potential disappearance of a person from the hospital. To manage this, LonSAR deployed 25 Search Technicians organized into five different foot teams.

Fiona McLaren, Trainee Team Leader gave a great overview of the exercise "We were responsible for clearing two search areas. The first one was great, quite easy to move through although it was wooded. But the second one was a good example of how even some of the areas in London are quite challenging. We had five foot teams out today searching the large common area around the hospital. Each foot team is four people and a team leader." Fiona went on

to comment "Typically somewhere like this we'll be looking for people who have dementia. They could be someone who's suffering from a mental health kind of crisis or challenge, it could be just someone that wants to get away and very occasionally it could be that there's a crime involved. It really is a whole variety of types of people and reasons why they go to get away and very occasionally could be that there's a crime involved. It really is a whole variety of types of people and reasons why they go missing."

These teams were supported by LonSAR's Drone Team, which provided aerial cover using DroneControl's FirstResponder

software. The drone live-streamed footage directly to the Search Planners, significantly enhancing the coordination and efficiency of the operation.

Tony Liparoti, Drone Lead at LonSAR said after the event "It is a privilege being part of this amazing charity to serve the London community as the Drone Lead.

Our drone's main strength is the live streaming provided by DroneControl First Responder - thank you to the team at DroneControl."

During the exercise, volunteers were introduced to one of LonSAR's two new Incident Control Units, donated by the

London Freemasons' Charity. These units played a crucial role in managing the operation, showcasing the importance of these cutting-edge vehicles in search and rescue missions.

Matt Gladwell, Search operations manager commented "Today my role was to be spending time in the Instant Control Unit and I've been dispatching teams, monitoring the their progress and controlling all of the ground units during the search. They are packed full of really useful equipment and technology to help us run the searches. Inside the van we've got multiple computers, radio equipment, tea making facilities which are very much appreciated, as well as some specialist equipment such as first aid kits, defibrillators and stretchers."

Matt continued "It is really important that we have really good technology in the vans. It helps us to control the search on the ground from a centralised location making sure that we're keeping to focus on the task in hand. We were able to utilize the new drone streaming capability that's recently

been installed in the incident control unit. It is the first time that we've been able to deploy on exercise and it was actually able to live stream from the Drone that was covering the search area directly into one of the computers in the incident control unit. The search management team were able to see in real time how the situation was developing on the ground."

"Everyone at DroneControl is delighted to support this successful training exercise which demonstrates the vital role of drone technology can deliver in search and rescue operations." Thomas Ingold CEO of DroneControl said "DroneControl FirstResponder continues to improve incident response and protect more lives for our public safety partners globally. Big thanks to Tony and the team at LonSAR for being one of our development partners and early adopters."

LonSAR are also implementing the UK's leading search management solution Sarman Enterprise provided by 3S Group,

to manage all missing person operations. DroneControl FirstResponder is exclusively integrated with Sarman Enterprise providing the drone's location and telemetry data whilst delivering secure live streaming and remote control within a "single pane of glass" to the incident commander.

For more information on how DroneControl can support your emergency response efforts, please visit www.dronecontrol. co to arrange a demonstration and free trial or speak to one of our reseller partners below.

London Search & Rescue

(LONSAR) is a Lowland Rescue team, assisting the Metropolitan Police in searches for vulnerable missing persons. The importance of search and rescue in saving life is to respond quickly to a lost person in an emergency. The sooner a vulnerable missing person is found and receives prompt and appropriate medical care, the better their chances are for survival. Please visit www.lonsar.com for more information.

Advancing Law Enforcement: IEDO International Police Training at Gimborn Castle

From September 30th to October 4th, the picturesque Gimborn Castle in Gimborn, Germany will once again play host to the International Emergency Drone Organization (IEDO) Police Drone Training. This annual event is a pivotal gathering for law enforcement professionals worldwide, aimed at enhancing their capabilities in utilizing drones for various operational purposes. This event is co-organized by the IEDO and the IPA (International Police Association).

Last year's training session drew significant attention with 29 students representing 10 different countries. It serves as a testament to the growing importance of drone technology in modern policing and emergency response efforts globally. The diverse participation underscored the universal appeal of these training sessions,

where experts and novices alike converge to exchange knowledge and refine their skills.

The choice of Gimborn Castle as the venue adds a historical and strategic backdrop to the training. Nestled amidst the serene landscapes of Gimborn, the castle provides

an ideal setting for intensive and focused learning. Participants not only benefit from state-of-the-art facilities but also from the inspiring ambiance, that enhances the overall learning experience. The castle also serves as the conference site and meeting place for the International Police Association.

The curriculum for this year's training is expected to cover a wide array of topics. These include drone deployment strategies in emergency situations, search and rescue operations, crowd monitoring during events, counter drone activities, and NIST certification. Practical exercises will be a cornerstone of the training, allowing attendees to apply theoretical knowledge in simulated real-world scenarios.

One of the primary goals of the IEDO International Police Drone Training is to standardize best practices across borders. With participants from diverse cultural and professional backgrounds, the training fosters a collaborative environment where innovative approaches to drone usage can be explored and refined. This crosspollination of ideas is crucial in advancing the effectiveness of drone technology in law enforcement globally.

Moreover, the training sessions serve as a platform for networking and building lasting professional relationships. Attendees not only learn from experienced instructors but also from each other's experiences and perspectives. This peer-to-peer learning is invaluable in an evolving field where technology and tactics continue to change rapidly.

As the world continues to grapple with increasingly complex security challenges, the role of drones in law enforcement is becoming more pronounced. These aerial tools offer unparalleled advantages in terms of surveillance, rapid response, and data gathering, making them indispensable assets for modern police forces.

This international training at Gimborn Castle stands at the forefront of this

technological revolution in law enforcement.

By equipping participants with the skills and knowledge needed to harness drone

technology effectively, the training contributes to safer communities and more efficient emergency response efforts worldwide.

In conclusion, the upcoming IEDO International Police Drone Training at Gimborn Castle promises to be a pivotal event for law enforcement professionals seeking to elevate their drone capabilities. Against the backdrop of historical splendor, participants will converge to learn, collaborate, and innovate in the realm of drone-assisted policing

This gathering not only signifies a commitment to excellence in law enforcement but also sets the stage for future advancements in the field of emergency drone operations.

More information and registration here : www.iedo-drone.org/what-we-offer/ police-training

John Kuch

Deputy head of the IEDO Police Drone Commission, training division

Optimised cellular performance: Ensuring reliable connectivity under pressure

Network congestion: During emergencies, particularly in densely populated areas or large gatherings, network congestion can be a significant issue. High demand on the network can result in slow and unusable data speeds, hindering emergency communication.

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network demand is high.

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focuses transmission directly towards the cellular mast leading to significantly improved signal strength, especially in areas with weak coverage.

Complementing the directional antenna, Excell's omni-directional element ensures broad coverage and seamless handover between different cellular towers enabling reliable connectivity in all directions, ideal for mobile units navigating harsh environments.

Excell has proven successful in many extreme, high signal loss environments and has been installed on over 220 ambulances for Hamad Medical Corporation as well as various other emergency service vehicles including Incident Command Units (ICU), Fire Appliances and CCTV units world-wide.

Lulworth First Responders' vehicle, equipped with a router and Excell antenna, seamlessly connects to the 5G network infrastructure in Dorset.

Anthony Pack, community responder for South Western Ambulance Service NHS Foundation Trust commented "The equipment has significantly improved our connectivity in areas where we previously faced signal issues. Now, we can access and share the right information at the right time, which is crucial for our operations."

Northamptonshire's advanced fire appliances are equipped with the Excell antenna.

Nick Gayton from Northamptonshire Fire and Rescue Service stated, "Our fire appliances use the same cellular optimisation technology as our Joint Command Unit (JCU). This ensures that teams on the ground stay connected throughout large-scale incidents. We can move around the incident scene while maintaining connectivity, enabling smoother information sharing."

Police Scotland's drone team utilise a portable Excell for enhancing their situational awareness.

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Mastering UAS Pre-Ops Planning for Large-Scale Events

Planning and executing UAS operations at large-scale events can be as thrilling as it is complex. With meticulous pre-operations planning, you can ensure your drone missions soar smoothly and safely. This guide will delve into the nuances of UAS pre-ops planning, key considerations, risk mitigation strategies, coordination with event organizers and authorities, and the development of comprehensive pre-ops checklists and procedures.

Understanding the Importance of UAS Pre-Ops Planning

Imagine a bustling music festival, parade, or a major sporting event. The air is charged with excitement, and thousands of people are moving about. In such dynamic environments, drones can play crucial roles in security, traffic management, and event overwatch. However, without thorough pre-ops planning, drone operations could face significant hurdles. Effective UAS pre-ops planning ensures that everything runs like a well-oiled machine, from site surveys and risk assessments to stakeholder coordination and clear operational procedures.

Key Considerations for UAS Pre-Ops Planning at Large Events

When it comes to UAS operations at large events, attention to detail is paramount. Here are some key considerations to keep in mind:

Event Drone Operations Plan:

Crafting a detailed operations plan is your first step. Outline your objectives, the types of drones you'll use, flight paths, and specific tasks for each drone. Clearly define roles and responsibilities within your team to avoid any confusion during the event.

UAS Flight Planning for Events:

Strategic flight planning is essential. Determine the best times to fly, define no-fly zones, and ensure all flight paths are safe and compliant with regulations.

UAV Pre-Mission Checklist:

A thorough pre-mission checklist is your best friend. Verify equipment functionality, ensure all permits are in place, and confirm that your flight team is fully briefed and ready to go.

UAV Operations Management:

Effective management means keeping a close eye on your operations. Real-time tracking of drone positions, battery life, and potential hazards allows for quick adjustments when needed.

Drone Logistics:

Organizing logistics is crucial. This includes transportation and setup of drone equipment, establishing robust communication protocols, and planning for potential contingencies.

Identifying and Mitigating Risks in UAS Operations at Large Events

Risk management is the backbone of successful UAS pre-ops planning. Here's how you can identify and mitigate risks:

UAS Risk Assessment:

Start with a thorough risk assessment. Identify potential hazards such as obstacles, weather conditions, and crowded areas. Consider the impact of potential drone failures and devise measures to minimize these risks.

Drone Operations Challenges:

Large events come with unique challenges, including crowded airspace and limited landing zones. Address these challenges with careful planning and flexibility.

Drone Safety Protocols:

Safety protocols are nonnegotiable. They should cover every aspect of your operations, from pre-flight checks to emergency procedures, ensuring everyone knows what to do in case of an issue.

Mitigating Drone Risks:

Employ drones with redundant systems, use experienced pilots, and establish clear communication channels. Regular training and drills can help your team stay prepared for emergencies. 5

Coordinating UAS Operations with Event Organizers and Authorities

Successful UAS operations hinge on effective coordination with event organizers and authorities. Here's how to ensure seamless collaboration:

UAV Coordination:

Start coordination early. Work closely with event organizers to integrate drone operations into the overall event plan. Understand the event layout, timing, and specific needs.

Drone Permitting:

Permits are essential. Liaise with local aviation authorities to secure flight permissions and meet all regulatory requirements.

UAS Operations Approval:

Gaining approval may involve demonstrating the safety and efficacy of your drone missions. Provide detailed plans and risk assessments to facilitate this process.

Working with Event Planners:

Collaborate closely with event planners to align drone operations with the event strategy. Understand the event's objectives and how drones can enhance safety, security, and efficiency.

UAV Operations Risk Management: Regularly monitor and evaluate risks. Have contingency plans in place for unexpected situations, like adverse weather or technical glitches. 3

Communicating with Authorities:

Maintain open communication with local agencies and emergency services. Ensure all stakeholders are aware of your drone operations and can coordinate effectively in emergencies.

Developing Comprehensive UAS Pre-Ops Checklists and Procedures

Creating detailed checklists and procedures is key to a successful UAS operation. Here's what you need to develop:

UAS Pre-Ops Checklist:

A comprehensive checklist should cover all preparations, from equipment checks to flight plan reviews and team briefings.

Drone Operations SOP:

Standard operating procedures (SOPs) ensure all team members understand their roles and responsibilities. SOPs should cover all stages of the operation, from planning to execution and debriefing.

Drone Pre-Flight Procedures:

Standardized pre-flight procedures ensure consistency and safety. Cover every aspect of pre-flight preparation, from equipment setup to final checks before takeoff.

Standardizing UAS Workflows:

Standardized workflows ensure consistency and efficiency. Establish clear

UAV Operations Manual:

A detailed operations manual provides a reference for all aspects of your UAS operations, including standard operating procedures, safety protocols, and contingency plans.

Ensuring Seamless and Safe UAS Operations at Large Events

Mastering UAS pre-ops planning for large-scale events is a multifaceted process that demands careful consideration of various factors. From risk assessment and logistics to coordination with event organizers and the development of comprehensive procedures, every step is crucial. By focusing on these key areas, UAS operators can ensure their drone operations are safe, efficient, and effective, ultimately enhancing the overall success of the event.

Dropla Tech Aps Uses Robotics and Drones to Speed Up Demining Efforts in Ukraine

A Danish-Ukrainian startup, Dropla Tech Aps, is developing cutting-edge robotics and drone technology to expedite demining operations in Ukraine. The company, co-founded by Ukrainian entrepreneur V'yacheslav Shvaidak, is working to make landmine clearance faster, safer, and more cost-effective. With the current methods, demining Ukraine's 144,000 sq. km of mined territory would take over 70 years and cost an estimated 33.5 billion euros. Shvaidak's innovative approach seeks to drastically reduce both the time and cost of this daunting task.

The Urgent Need for a More Efficient Solution

"Ukraine is currently the most heavily mined country in the world. The existing demining process is excruciatingly slow, hazardous, and expensive. Ukraine cannot afford to wait or invest such large sums," Shvaidak explains. His vision is to use robotics and artificial intelligence to overcome these obstacles. "Presently,

demining costs range from 1 to 3 euros per square meter. By utilizing robotics and AI, we can make demining quicker, cheaper, and safer. We anticipate that our solution could lower the cost to just 10 cents per square meter and reduce the required time from 70 years to just 12," he adds.

The demining effort is critical not only for safety but also for ensuring food security. Before Russia's invasion, Ukraine was a

major global food provider, feeding over 400 million people. The conflict, however, has drastically affected this role. "Currently, 26,000 square kilometers of agricultural land in liberated regions have been contaminated with landmines and unexploded ordnance due to Russian aggression. This area is comparable to half of Denmark. Given its high economic value and crucial role in food security, agricultural land is our top priority for demining," Shvaidak notes.

How Dropla Tech's Technology Operates

Dropla Tech's innovative solution incorporates drone swarm technology combined with unmanned ground vehicles (UGVs). Unlike traditional methods that employ a single drone, Dropla deploys a swarm of six unmanned aerial vehicles (UAVs) simultaneously. These drones are equipped with multi-modal sensor fusion technology, enabling them to detect landmines using optical, magnetic, and electromagnetic sensors. The data gathered by these drones is processed to generate a georeferenced digital surface map, pinpointing potential threats.

After identifying these threats, Dropla's remote-controlled UGVs take over. These ground vehicles clear vegetation and ensure that no threats go undetected.

Designed to withstand the detonation of anti-personnel landmines, these vehicles add an extra layer of safety before demining teams enter the area. This method not only enhances safety but also significantly improves the speed and effectiveness of the demining process.

Testing and Future Innovations

Dropla Tech's technology is currently being

tested by Ukrainian government demining agencies, including the Emergency State Service of Ukraine and the State Transport Special Service. The UGVs, which are produced by Dropla Tech's team in Ukraine, cost only 10,000 euros each, a fraction of the cost of traditional remote-controlled ground vehicles, which typically range from 1.2 million euros to 1.5 million euros. Beyond its current solutions, Dropla Tech is also developing a drone swarming system expected to be ready within the next six months. The company's neural networks, trained on data from over 300 landmines and unexploded ordnance (UXOs) collected from their test site in Ukraine, will support this new development. By the end of 2024, Dropla Tech aims to become the leading provider of training datasets for AI-based landmine detection, delivering 1.8 million labeled frames.

Building a Foundation in Odense

Dropla Tech Aps has been chosen by the Odense Robotics StartUp Fund for a place at the startup hub within the Danish Technological Institute (DTI). This opportunity will allow the company to accelerate its growth and technological advancements in Odense, a city recognized for its robotics expertise.

V'yacheslav Shvaidak

Co-founder and CEO of Dropla Tech ApS.

"I chose Odense as Dropla's new headquarters because the city is for robotics just like Florence was for the renaissance art. There's a critical mass of robotics, automation and drone experts here that you can't find many other places and I want to be part of this unique nexus event," Shvaidak notes. He plans to focus on finalizing the sensor fusion and swarming solution for use in Ukraine while also contributing to the defense startup ecosystem in Denmark.

Denmark has committed over DKK 60 billion in military support to Ukraine, including a program to purchase equipment from Danish companies. Dropla Tech plans to participate in this procurement process, further contributing to Ukraine's demining efforts.

Shvaidak's journey from Ukraine to Denmark reflects his commitment to using his skills to make a significant impact. Having left Ukraine just before the war broke out, the 33-year-old former lieutenant now holds a PhD in economics and a master's degree in technical engineering. He believes that his work in Denmark will bring valuable resources and capabilities back to Ukraine, supporting the country's recovery and security efforts.

IEDO CONF 2024: Revolutionizing Emergency Robotics Globally

Get ready to immerse yourself in the forefront of emergency robotics at IEDO CONF 2024, the highly anticipated second edition of the IEDO World Emergency Robotics Conference.

Building upon the tremendous success of its inaugural event in 2022 in Paris, this conference is set to gather hundreds of first responders, international speakers from countries like the USA and China, and an array of exhibitors showcasing cuttingedge drone technologies. This event is supported by the International Police Association (IPA) and the International Fire & Rescue Service Association (CTIF).

Scheduled to take place from December 10 to 11 at the Cite des Sciences of Paris, IEDO CONF 2024 promises to be a pivotal event in the realm of emergency robotics. It serves as a crucial platform for professionals and stakeholders to explore and advance the role of robotics in emergency response scenarios worldwide.

At the heart of IEDO CONF 2024 are the insightful presentations by distinguished speakers from around the globe. From the United States, Europe to China, experts will share their knowledge and experiences in leveraging robotics for disaster response,

search-and-rescue operations, law enforcement, medical emergencies, and more. These sessions will not only highlight the latest technological advancements but also provide practical insights into enhancing operational efficiency and saving lives during critical situations. At the heart of IEDO CONF 2024 are the insightful presentations by distinguished speakers from around the globe. From the United States, Europe to China, experts will share their knowledge and experiences in leveraging robotics for disaster response, search-and-rescue operations, law enforcement, medical emergencies, and more. These sessions will not only highlight the latest technological advancements but also provide practical insights into enhancing operational efficiency and saving lives during critical situations.

One of the standout features of IEDO CONF 2024 is the Blue Room, where confidential exchanges among law enforcement officials take place. This exclusive space fosters candid discussions on the integration of robotics and drone technologies into policing strategies, emphasizing privacy, security, and community trust. It serves as a vital forum for addressing complex challenges and exploring innovative solutions in a secure environment.

Moreover, the conference floor will buzz with excitement as numerous exhibitors showcase state-of-the-art drone technologies. From aerial surveillance systems to rapid deployment drones for emergency medical supplies, attendees will have the opportunity to witness firsthand how these innovations are reshaping emergency response capabilities globally. The exhibition will facilitate networking opportunities with leading manufacturers, researchers, and service providers, fostering collaborations that drive the future of emergency robotics forward.

IEDO CONF 2024 is not just about showcasing technology; it's about addressing the broader implications of robotics in emergency situations. Discussions will encompass ethical considerations, regulatory frameworks, and societal impact, ensuring that advancements in robotics are aligned with principles of safety, inclusivity, and ethical responsibility. By engaging in these dialogues, participants will contribute to shaping policies and practices that promote responsible innovation in

emergency robotics.

For those eager to contribute to the conference's discourse, IEDO CONF 2024 welcomes submissions of incident feedbacks, training, safety, technical presentation, and proposals for interactive sessions. This inclusive approach encourages participation from diverse perspectives, including SAR organization, law enforcement agencies, and fire and rescue agencies, fostering a collaborative environment where groundbreaking ideas can flourish.

Whether you're a seasoned emergency response professional, a police officer pushing the boundaries of robotics technology, or a drone manager pushing regulatory boundaries, IEDO CONF 2024 offers a unique platform to exchange knowledge, forge partnerships and drive meaningful change. Together, let's harness the transformative power of robotics to

build more resilient and effective emergency response systems worldwide.

Join us at IEDO CONF 2024 and be part of the movement that is redefining emergency robotics for the betterment of society. Together, we can make a difference in saving lives and enhancing emergency preparedness globally.

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Discover a collection the latest technical developments for emergency services at www.emergencydroneresponder.com.

Gain Instant Aerial Insights with Fotokite's Tethered Drones

Fotokite, a company originating from Zurich with offices in Syracuse, New York, and Boulder, Colorado, is revolutionizing drone technology. They develop fully autonomous, reliable systems that provide essential overview information to firefighters and first responders, aiding them in managing complex, critical situations such as fires and volcanic monitoring. No piloting, GPS, or computer vision is necessary. Fotokite's exploration of various commercial and consumer applications revealed their unique technology and approach to tethered drones offered substantial, long-term value to firefighters and public safety teams.

Fotokite systems are integrated into the top of fire trucks and public safety vehicles, allowing first responders to deploy drones quickly. Upon arrival at a scene, responders can activate the system from within their vehicle, and the drone is deployed autonomously within 15 seconds. No operator, no joysticks, all the hurdles is eliminated as well as the complications of using a drone that requires to focus on flying rather than responding.

The Fotokite drones fly autonomously, streaming thermal and regular video to emergency responders on the ground without the need for piloting, providing crucial information seamlessly.

To comply with the Remote ID regulations in the EU and UK and enhance user experience, Autel Robotics has released crucial software and firmware updates for the EVO II V3 series drones in these regions. The company urges users to perform this update to ensure regulatory compliance.

The updated firmware versions are as follows: Autel Explorer app: v3.1.0.107, Aircraft: v1.1.78, Remote Controller: v1.3.9.15

One of the key features of this update is a new pairing method for the EVO II V3 drones, which can be initiated by double-clicking the battery power button.

Additionally, the firmware includes several bug fixes and optimizations, such as:

- Enhanced video transmission feed performance

- Improved No-fly zone function

- Updated Remote ID function to meet EU and UK regulations

- Enhanced HDMI functionality

- Resolved GPS update error

- Other known issue fixes

When your drone is connected to the internet, the system will automatically prompt you to update the firmware. If you do not receive this prompt, first check if your current firmware version is v1.1.56 or higher. If it is below v1.1.56, update to that version first to receive the latest OTA push. Ensure your drone has sufficient power and a stable internet connection during the update process. Do not disconnect the power or internet connection to avoid update failure or potential device damage. After completing the update, restart your drone and conduct a test flight to confirm that all functions are working correctly.

Autel Launches Essential Firmware Update for EVO II V3 Drones in EU and UK

The DJI Dock 2 is a compact and cost-effective drone-in-a-box solution, designed for remote, automated, and cloud-based operations. It is compatible with two drones: The DJI Matrice 3D and the DJI Matrice 3TD.

The DJI M3D is designed for high-precision mapping - representing DJI's first dedicated docking station for survey-grade mapping. The DJI M3TD has RGB and thermal sensors, making it ideal for operations such as public safety, security, and inspection.

Deploy the DJI Dock with cloud-based software platform DJI FlightHub 2 and benefit from features such as Cloud Mapping, which automatically generates 3D models upon mission completion. DJI Dock 2 supports third-party software, such as FlytBase and Drone Harmony. DJI Dock 2 is smaller and more lightweight compared to the original DJI Dock. As a DJI Dock 2 partner, heliguyTM can help you integrate it into your workflows, including OSC support, survey assistance, and site assessments.

Frequentis Advances CBRN Detection with Drone-Based System for European Defence

The Frequentis Group is spearheading the development of an innovative CBRN reconnaissance system under the European Defence Industrial Development Programme (EDIDP). This initiative, supported by the European Union, involves collaboration with selected Ministries of Defence from EU member states to enhance European security. Leveraging data from sensors and uncrewed systems, the Frequentis Group aims to transform CBRN defence. The integration of these technologies accelerates data analysis, drastically reducing response times. CNS Solutions & Support, part of the Frequentis Group, has recently completed the CBRN Reconnaissance and Surveillance System (RSS), marking a significant milestone in this endeavor. Central to this advancement is the data fusion cell (DFC), a sophisticated hub that combines sensor and drone data via incident crisis management (ICM) technology. The DFC enables comprehensive analysis and rapid decision-making by consolidating information from multiple sources. What used to take 2 hours can now be achieved in 40 to 45 minutes, and without placing soldiers directly in harm's way.

Sentrycs Unveils World-first Protocol Analytics Capabilities and Maintains its Lead Against Emerging Drone Threats

Sentrycs proudly unveils version 4.7, a trailblazer in protocol analyticsbased anti-drone technology. Our latest release doubles down on protocol dominance and sets new benchmarks in the counter-drone market. This version's exclusive innovations include support of the following: All most recent Autel drones and protocols, most recent DJI drones, including DJI FPV as well as OcuSync 3 and OcuSync 4 protocol-based drones. The solution supports Remote ID but does not rely on it for the above capabilities.

This comes on top of an additional functionality: Sentrycs v.4.7 extends its multi-sensor capabilities and enables multi-site management, for geographically distant sites, even with poor network performance. It enables users to manage multiple sites and sensor locations with a single Command and Control that rules them all.

Last but not least, Sentrycs 4.7 includes a new feature that analyzes the activity of drones performing Intelligence, Surveillance, and Reconnaissance (ISR), to better understand their targets and missions.

Sentrycs continues to lead the way in the counter-drone technology space, providing cutting-edge solutions that keep end users one step ahead of evolving drone threats. With version 4.7, Sentrycs not only reaffirms its commitment to innovation but also sets new standards in C-UAS capabilities, ensuring unparalleled protection and operational efficiency.

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Enhancing Last-Mile Deliveries and Healthcare Access in South Africa through Drone Technology

During the Sapics Conference in Cape Town, specialists discussed how drones are optimizing supply chains for a variety of commodities and expanding healthcare access. They emphasized the impact of drones on last-mile deliveries of crucial medicines and humanitarian aid in Africa.

One of the panellists, Olivier Defawe, who is the director of the Private Sector Engagement team and an innovation development expert at VillageReach, a nonprofit based in Seattle, shared his insights at the SAPICS event. VillageReach collaborates with governments, the private sector, and communities to enhance the delivery of medicines, vaccines, health information, and services to remote areas. Defawe highlighted that drone transport has predominantly been utilized in public health initiatives, such as VillageReach's "Drones for Health" program, which aims to integrate drones into supply chains to improve access to health products.

This initiative connects African ministries of health with private companies to establish drone delivery systems, positioning VillageReach as a leading organization in exploring drones for public health, according to Defawe. "We help governments and the private sector identify where drones make the most sense. They can help to save time when it is more geographically challenging for cars, motorcycles or boats to reach destinations and also have the potential to create cost-efficiencies. The drone is a powerful tool for governments to address the equity gap, improving access to primary health care to the underreached," said Defawe. "The technology is exploding, along with the capacity of drones. Today, a drone can carry a 300kg load for 2,000 km. Drones are a green option to achieve responsive supply chains," Defawe told the attendees.

However, Defawe noted that achieving cost-effectiveness requires scale and improved asset utilization, necessitating a multi-sectoral market development strategy, which VillageReach is actively working on.

Drone as First Responder Trials Underway in Norwich

Norfolk Constabulary, recognized for having one of the UK's leading police drone units, has been selected by the NPCC to spearhead a DFR trial. This trial involves drones being remotely dispatched to be the initial responders at police incidents.

In partnership with the University of East Anglia at their Norwich campus, Norfolk Constabulary's Drones Team demonstrated how DFR technology works.

In a simulated scenario, a drone, stored in a weatherproof box on a nearby roof, is deployed in response to an emergency call about a missing person. The drone is remotely piloted to the scene, capturing real-time video footage that is transmitted to the control room. This assists the Force Incident Manager in providing a swift response and determining if additional resources are needed. The recorded imagery can be used for future investigations or prosecutions.

Additionally, the initial drone can collaborate with nearby DFR drones, allowing for battery handovers when the deployed drone needs to return for recharging. After completing their task, drones return to their weatherproof boxes to recharge.

The Norfolk trial is one of four DFR trials being conducted nationwide.

UK to Pilot Drone Use in Deliveries and Emergency Services

The UK's aviation regulator has identified six projects, including one led by e-commerce giant Amazon, to explore the use of drones for deliveries, infrastructure inspections, and emergency services. Earlier this year, the UK's Civil Aviation Authority expressed its intention to expand drone operations for such purposes.

Currently, drone operators in the UK are only allowed to fly beyond visual line of sight under strict conditions during specific trials.The newly announced CAA trials will enable selected projects to operate drones over greater distances utilizing advanced navigation and control technologies to detect other aircraft.Among the projects are Amazon's Prime Air delivery service, Airspection's offshore windfarm inspection initiative, and Project Lifeline, which is focused on delivering medical supplies. The CAA stated that these trials would contribute to the ongoing development of policies and regulations, aiming for the seamless integration of drone flights with other airspace users.

Amazon revealed in October of last year that it plans to start drone deliveries in the UK, Italy, and a third location in the United States.

SFPD Praises Drone Use

The San Francisco Police Department has praised its implementation of drones in crime-fighting operations, describing the technology as transformative.

Police Chief Bill Scott emphasized the importance of drones as a modern law enforcement tool. "Crime has decreased in San Francisco," Scott stated. "It's lower than it's been in the past decade and with drones we think we can enhance that even more."

Lt. Thomas Maguire of the department's Strategic Investigations unit mentioned plans to acquire more drones and train additional operators. The department will use data to identify where drones can be most effectively deployed. The city's chief prosecutor noted that video footage is crucial evidence in court.

The police department assured that its drone use adheres to legal guidelines. "We're not just hovering flying drones over the city just for unknown purposes," Scott explained. "When we deploy these drones it's connected to a criminal investigation or some critical incident."

Drones Set to Deliver Defibrillators for Cardiac Arrest Treatment in New Trial

The Scottish Ambulance Service is collaborating on Project CAELUS, which aims to establish a drone-based medical logistics network. If a new trial proves successful, drones could be deployed to ensure rapid treatment for cardiac arrest victims in Scotland.

Each year, over 8,000 individuals in Scotland experience out-of-hospital cardiac arrests. The use of dronedelivered defibrillators may assist bystanders in providing critical care, particularly in remote, rural, or heavily congested urban areas.

As a key partner in Project CAELUS, the Scottish Ambulance Service (SAS) joins various organizations in developing the UK's first drone-enabled medical logistics system, supported by funding from Innovate UK.

A simulation study is scheduled to take place in Edinburgh on July 22, focusing on the feasibility of delivering automated external defibrillators (AEDs) via drones. This study will examine how bystanders interact with the drone delivery system and develop protocols to assist ambulance call handlers in guiding the public to a drone during simulated emergency scenarios. The collected data will be analyzed by researchers from Strathclyde University.

In addition to the simulation, several live flight trials are planned across Scotland later this year, led by AGS Airports and NHS Grampian.

During the trial scenarios, participants will receive instructions via phone calls while others will use video guidance to locate an AED delivered by drone.

Successful BVLOS Drone Transport Between Belgian Care Center and Hospital Revolutionizes Medical Logistics

A drone completed a 4 km flight between Residential Care Center De Zon in Bellegem and General Hospital Groeninge in Kortrijk, Belgium. This flight, conducted beyond the visual line of sight (BVLOS) of its operator, represents a significant achievement within the TETRA project "Medical Drone Supplies" (MEDROS), spearheaded by VIVES University of Applied Sciences.

The MEDROS initiative is focused on not only investigating but also applying drone technology for the transportation of medical supplies across the Flemish healthcare system, with the goal of integrating this innovation into the broader healthcare logistics framework. The successful completion of this flight serves as tangible proof that drones can facilitate the rapid and efficient transfer of medical samples. Additionally, KU Leuven, a project partner, is evaluating the quality of blood samples transported by drone compared to those delivered via traditional road transport.

Part of the drone's journey traversed the geozone of Kortrijk-Wevelgem Airport, an area where strict safety protocols govern drone operations. This test flight is particularly noteworthy as it marks the first instance of a drone flying beyond the operator's visual line of sight within this geozone without disrupting other air traffic.

The safety of this operation was ensured through SkeyDrone's BVLOS framework, which employs advanced digital services to maintain safety both in the air and on the ground. The Belgian start-up ADLC conducted the flight. The drone operated fully autonomously throughout its journey, with real-time oversight provided remotely from ADLC's operations control center.

Drones can complement the existing transport methods, especially in emergencies where speed is of the essence. This marks a crucial step towards faster and more efficient transport of medical supplies within the healthcare system. The MEDROS contributes to both the technical and economic aspects of drone transportation. While the feasibility has been demonstrated, ensuring safety and the quality of the transported goods is equally important.

The successful execution of this medical transport flight highlights the versatility and potential of drone delivery services. For the healthcare sector, it is an efficient, convenient, and sustainable alternative to existing transport methods. It represents a significant step towards the broader adoption of drone technology in critical industries such as healthcare.

UK Firefighters Test

Autonomous Drone Swarms for Innovative Wildfire Prevention

Windracers has revealed that their Ultra UAV was recently put through its paces by Lancashire Fire and Rescue Service. The aim of the trial was to explore new, cost-effective methods for early wildfire intervention.

The Ultra drone offers a potential solution, capable of carrying over 100 kg (220 lbs) of fire-retardant chemicals and autonomously responding to emerging wildfire threats. The drones, powered by AI technology developed at the University of Sheffield, utilize thermal and optical imaging to detect and assess fires. They then relay critical information to groundbased firefighting teams. With swarm technology designed by the University of Bristol, the drones can autonomously coordinate with each other to rapidly deploy fire suppressant chemicals, monitor the situation, and return to base, all under the oversight of fire and rescue teams.

The press release stated that the drones successfully identified and approached multiple small, controlled fires, all closely monitored by fire and rescue teams.

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