Aerial terrain mapping with multispectral drones and advanced sensors helps facilities identify fire risks early, improve site-wide situational awareness, and strengthen long-term safety resilience
Skydio reveals two drones designed for critical public safety missions
Skydio has announced the release of two new drones for public safety operations in the United States.
Teledyne FLIR OEM and ACSL advance thermal imaging drone technology
Teledyne FLIR OEM confirms collaboration with ACSL
Teledyne FLIR OEM has announced that ACSL will join its Thermal by FLIR programme to integrate its thermal imaging modules into new drone payloads.
According to Teledyne FLIR OEM, the partnership will see ACSL, a Japanese drone manufacturer, develop payloads using its Hadron 640R dual camera system and related imaging technologies.
The initiative is aimed at providing enhanced imaging capabilities for public safety, disaster response, and inspection applications in the United States.
Teledyne FLIR OEM explained that the programme supports original equipment manufacturers in adopting thermal modules and taking new imaging products to market.
It added that the collaboration with ACSL reflects growing demand for NDAA-compliant, security-focused drone systems.
ACSL integrates Hadron 640R into SAMO payload
ACSL said the collaboration includes its SAMO thermal payload, which combines a 64MP visible camera with the Hadron 640R thermal module.
The payload will also incorporate FLIR’s patented Multi-Spectral Dynamic Imaging technology, known as MSX, which overlays visible details onto thermal imagery for greater clarity.
The company reported that the SAMO system is designed to provide real-time imaging for operators in the field.
Cynthia Huang, CEO of ACSL Inc, said: “Collaborating with Teledyne FLIR OEM is a natural and significant step for ACSL.
“As the U.S. drone landscape evolves, our commitment remains focused on delivering field-ready UAS solutions.
“The SAMO payload brings advanced, proven imaging capabilities to drone operators nationwide.
“Paired with our new TAITEN smart controller and upgraded SOTEN platform, operators will be empowered to work smarter, faster, and with greater confidence.”
SOTEN drone features and intended use
ACSL explained that its SOTEN drone is intended for public safety, disaster response, surveying, and inspection.
It said the drone is foldable, lightweight, and manufactured in Japan to ISO15408 standards.
The system includes a weather-resistant IP43 rating, a flight time of 25 minutes, and a swappable payload feature for faster field use.
The organisation added that the platform has been designed to meet compliance requirements under the U.S. National Defense Authorization Act.
It confirmed that the payload integration is expected to expand the range of missions that the SOTEN can support.
Teledyne FLIR OEM perspective on collaboration
Mike Walters, vice president of product development at Teledyne FLIR OEM, said: “With growing concerns around drone security, ACSL offers a robust NDAA-compliant solution with versatile payload options tailored to mission needs.
“ACSL’s rapid innovation is impressive, and we’re excited to continue ongoing collaboration on next-generation drone payloads featuring our latest thermal camera modules and Prism ISP features.”
The company indicated that ongoing joint development will address evolving drone market requirements.
It added that the Thermal by FLIR programme is structured to help manufacturers combine imaging modules with broader system-level features.
Thermal by FLIR programme explained
Teledyne FLIR OEM reported that the Thermal by FLIR programme provides technical integration support and joint marketing opportunities for participating drone manufacturers.
The programme offers access to the company’s latest thermal camera modules and related imaging software tools.
It said the aim is to accelerate the deployment of thermal imaging technologies across multiple sectors, from public safety to industrial inspection.
The group added that ACSL is among the newest participants in the programme, joining other developers seeking to expand their drone capabilities.
Commercial UAV Expo showcase in Las Vegas
Teledyne FLIR OEM said that ACSL will present the SOTEN drone and SAMO payload at the Commercial UAV Expo in Las Vegas from 2 to 4 September 2025.
It noted that ACSL will exhibit at booth number 917 during the event.
The company added that the showcase will allow attendees to view the integrated systems and discuss their potential applications.
Relevance for fire and safety professionals
Thermal imaging drones are increasingly being adopted by fire services for search and rescue, situational awareness, and fireground management.
The collaboration between Teledyne FLIR OEM and ACSL introduces another platform designed to meet regulatory requirements in the United States.
Fire and safety professionals may find value in the payload’s real-time imaging, which can support decision-making in emergency operations.
The system’s compliance and integration with secure drone platforms may also address security concerns in public sector procurement.
Teledyne FLIR OEM and ACSL advance thermal imaging drone technology: Summary
Teledyne FLIR OEM announced that ACSL has joined its Thermal by FLIR programme.
The collaboration involves ACSL’s SAMO payload with the Hadron 640R dual thermal-visible camera module.
The payload also integrates FLIR’s Multi-Spectral Dynamic Imaging technology.
ACSL’s CEO Cynthia Huang said the partnership enhances UAS solutions for U.S. drone operators.
ACSL’s SOTEN drone is designed for public safety, disaster response, surveying, and inspection.
The drone is foldable, ISO15408 certified, NDAA compliant, IP43 weather resistant, and has a 25-minute flight time.
Teledyne FLIR OEM vice president Mike Walters said the collaboration addresses drone security needs.
The Thermal by FLIR programme provides OEM support and market access for thermal imaging products.
ACSL will showcase the SOTEN drone and SAMO payload at the Commercial UAV Expo in Las Vegas.
Darley launches uncrewed systems hub for NDAA-compliant drones
Darley unveils website section for uncrewed systems
Darley has announced the launch of a dedicated section on its website highlighting uncrewed systems and related solutions.
According to Darley, the new page at darley.com/uncrewed-systems features drones and related equipment sourced from industry partners in the United States.
The company stated that the portfolio includes Blue UAS Cleared and National Defence Authorisation Act (NDAA)-compliant platforms.
It explained that the content is designed to assist customers in finding solutions that meet Department of Defence (DoD) standards.
The site also provides access to Darley’s team of uncrewed systems specialists.
Product compliance and standards focus
Darley reported that the equipment listed on the site meets legal and policy requirements relevant to the DoD.
It said this includes compliance with applicable laws, regulations and operational standards.
The company added that the listings feature products that support operational integrity and national security objectives.
It advised that all platforms on the hub are manufactured in the United States.
Customer support and procurement process
Darley explained that the online hub is intended to simplify procurement for customers seeking compliant uncrewed systems.
It stated that the section allows buyers to review product options in one location.
The company added that the resource is aimed at helping users source equipment from suppliers with established compliance credentials.
It noted that the page includes direct links to its specialist team for additional guidance.
Statement from Darley leadership
Peter Darley, Executive Vice President and Chief Operating Officer, said: “Our goal is to simplify the procurement process and provide our customers with access to the most reliable and forward-thinking uncrewed systems available.”
“This new section reflects our commitment to innovation and supporting our partners with the tools they need to succeed.”
Operational applications of uncrewed systems
Darley said the equipment featured on the site can be used in defence, fire and emergency service operations.
It added that the range is intended for agencies requiring compliant and reliable aerial platforms.
The company stated that applications could include incident assessment, reconnaissance and operational support.
It explained that the listed platforms are suited to both training and live deployments.
Relevance for fire and safety professionals
The launch of Darley’s uncrewed systems hub is relevant for agencies using drones in operational planning and incident response.
It provides a single location to identify platforms meeting Blue UAS and NDAA compliance requirements.
The resource offers a reference point for equipment that aligns with defence and security standards.
It also gives access to specialists who can advise on selection and integration into existing workflows.
Darley launches uncrewed systems hub for NDAA-compliant drones: Summary
Darley has launched a dedicated uncrewed systems section on its website.
The hub is located at darley.com/uncrewed-systems.
It features drones from US-based suppliers.
All platforms are Blue UAS Cleared and NDAA compliant.
The equipment meets Department of Defence standards.
The site is designed to simplify procurement processes.
It provides direct access to Darley’s uncrewed systems experts.
Peter Darley is the Executive Vice President and Chief Operating Officer.
He said the section supports partners with the tools they need to succeed.
FDNY expands autonomous drone technology for emergency response in New York City
FDNY conducts weeklong drone technology assessment
The New York Fire Department (FDNY) has reported that it has carried out a weeklong evaluation of drone technology in partnership with the New York Police Department (NYPD) and the US Department of Homeland Security’s (DHS) National Urban Security Technology Laboratory (NUSTL).
The tests, conducted from July 30 2025 in Manhattan, assessed drones approved on the Department of Defense “Blue UAS Cleared List,” which are certified as cyber-secure and compliant with DoD policy.
According to FDNY, the aim was to identify viable alternatives to drones from restricted manufacturers and to provide operational feedback to guide industry improvements.
FDNY Commissioner Robert S. Tucker said the department has used drones since March 2017 and now deploys them across all five boroughs.
Tucker said: “The FDNY has fully embraced drone technology.”
He added: “We have been at this a long time, but the technology has evolved. Today, we’re using drones across all five boroughs.”
Autonomous deployment plans for firehouse-based drones
Deputy Mayor for Public Safety, Kaz Daughtry, stated that New York City is preparing to station drones on firehouse rooftops to enable automatic deployment to fire scenes.
According to Daughtry, the concept involves drones launching when a 911 call is received, reaching the incident before firefighters and transmitting live imagery to responding crews.
Daughtry said this would allow incident commanders to conduct a scene assessment while en route, giving them an operational advantage before arrival.
The Deputy Mayor added that the initiative builds on earlier police department programmes, where drones were launched autonomously from multiple precincts to assist in law enforcement operations.
Use of drones in operational firefighting and rescue
FDNY explained that drones are used at every second alarm fire or larger, as well as during rescue operations.
According to the department, drones provide aerial imagery, thermal imaging and heat detection, with video feeds shared citywide to assist in decision-making.
FDNY stated that drones help locate hotspots, assess building stability and identify hazardous areas inaccessible to personnel.
Commissioner Tucker said that expanding drone technology across the city would enhance the department’s ability to arrive with prior situational awareness, improving safety for both firefighters and the public.
Broader public safety applications
Zach Iscol, New York City Emergency Management Commissioner, said drones have also been used for building collapse assessments, storm damage mapping and beach monitoring.
Iscol stated that drones assist lifeguards in identifying swimmers in distress and have been employed in coastal storm response exercises.
According to Iscol, the technology’s potential for public safety operations continues to expand.
He said its versatility allows it to be applied across diverse scenarios, from firefighting to environmental hazard monitoring.
Testing and evaluation process
FDNY Robotics Programme Administrator Mike Leo said the DHS-hosted assessment involved operational testing of multiple drone models to establish performance benchmarks and inform future procurement decisions.
Leo explained that the process focused on evaluating existing technology for suitability in urban emergency environments rather than immediate modifications.
He noted that the metrics gathered will be applicable to public safety agencies nationwide.
Leo added that the department monitors emerging drone technology to ensure it is reliable for public safety use before deployment.
Security standards and equipment replacement
FDNY confirmed that the evaluation also addressed cyber security concerns raised in DHS guidance regarding certain foreign-manufactured drones.
The department said it is phasing out such models in favour of alternatives meeting its security criteria.
Officials explained that testing in New York City’s dense urban environment serves as proof of concept, ensuring technology functions in areas with complex radio and cellular signal conditions.
Daughtry stated that if a system performs effectively in New York, it is expected to work reliably in other US cities.
Relevance for fire and safety professionals
The FDNY’s drone technology programme provides a model for integrating unmanned aerial systems into urban fire and rescue operations.
It demonstrates how early scene intelligence can be gathered before first responders arrive, enhancing tactical decision-making.
The approach also shows the importance of cyber-secure equipment procurement and operational testing in challenging environments before large-scale deployment.
Fire and safety professionals can assess how autonomous drone deployment could be applied to their jurisdictions, considering local geography, infrastructure and regulatory frameworks.
FDNY expands autonomous drone technology for emergency response in New York City: Summary
The New York Fire Department has conducted a weeklong drone technology assessment in partnership with the NYPD and DHS NUSTL.
The evaluation tested Department of Defense-approved drones from the Blue UAS Cleared List for cyber security and operational suitability.
FDNY said the project aims to identify replacements for restricted drones and inform manufacturers on operational needs.
Deputy Mayor Kaz Daughtry outlined plans to place autonomous drones on firehouse rooftops for pre-arrival scene assessment.
Commissioner Robert S. Tucker said drones are deployed across all five boroughs for firefighting and rescue operations.
FDNY uses drones for thermal imaging, hotspot detection and structural stability assessment.
Zach Iscol from NYC Emergency Management said drones are also used for storm damage mapping, building collapse surveys and beach safety monitoring.
FDNY Robotics Administrator Mike Leo said the testing provided performance benchmarks and informed procurement planning.
The department is replacing certain foreign-made drones with models that meet its security standards.
Testing in New York City ensures drones can operate reliably in dense urban environments with complex signal conditions.
Correction: An earlier version of this report misattributed remarks to Cass Dorie. The correct name is Kaz Daughtry, Deputy Mayor for Public Safety.
BRINC secures $75 million funding to scale emergency response drone technology
BRINC receives major investment to expand emergency response drone operations
BRINC has announced the completion of a $75 million funding round to expand its emergency response drone technology.
According to BRINC, the funding round was led by Index Ventures, which has participated in two previous investment rounds.
Motorola Solutions has also joined as a new investor as part of a strategic alliance.
Additional investors include Mike Volpi and Dylan Field, CEO of Figma.
The capital will be used to scale BRINC’s production capabilities to meet growing demand, increase research and development into future drone technologies, and expand the company’s workforce.
Partnership with Motorola Solutions enables new integrations
The new partnership with Motorola Solutions will allow BRINC drones to integrate with Motorola’s public safety systems.
According to BRINC, these include APX radios, VESTA 911 emergency call software, Computer-Aided Dispatch platforms, Real-Time Crime Center Software (CommandCentral Aware), and Automatic License Plate Recognition systems.
This integration enables BRINC drones to be launched via radio trigger, respond to alerts from connected sensors, and stream real-time aerial footage directly into Motorola Solutions’ platforms.
BRINC drones already in use by public safety agencies
BRINC stated that its drones are currently used by hundreds of law enforcement, fire, and emergency response departments in the United States.
The new funding and partnership are intended to expand the reach and capabilities of this technology.
BRINC said the technology is aimed at improving tactical de-escalation, enhancing situational awareness, and delivering real-time intelligence to emergency services.
Stakeholders highlight confidence in BRINC’s public safety vision
Several investors commented on the role of BRINC’s drone systems in public safety applications.
Vlad Loktev, Partner at Index Ventures, said: “Our investment in BRINC represents a deep belief in their transformative vision.
“The company’s technology has redefined how public safety agencies handle critical incidents.
“We’re thrilled to continue supporting BRINC’s mission to protect human life with public safety technology.”
Raj Naik, Senior Vice President, Strategy & Ventures at Motorola Solutions, said: “BRINC is a leader in providing innovative, automated drone solutions for public safety agencies.
“We are excited to invest in BRINC, an organisation that shares our mission to help protect and save lives.”
Blake Resnick, Founder and CEO of BRINC, added: “We will continue building world-class emergency response drones and scale our team to meet the growing demand for our life-saving technologies. We couldn’t be more excited for the future.”
BRINC secures $75 million funding to scale emergency response drone technology: Summary
BRINC has raised $75 million in a funding round led by Index Ventures.
Motorola Solutions joined as a new investor, forming a strategic partnership to integrate BRINC’s drones with Motorola public safety systems.
Other investors include Mike Volpi and Dylan Field.
The funding will support increased drone production, development of new technologies, and company expansion.
BRINC drones will now integrate with Motorola’s APX radios, VESTA 911, CAD platforms, real-time crime centre software, and automatic licence plate recognition systems.
The drones are already used by police, fire, and emergency response departments across the United States.
BRINC said the funding and alliance will support tactical de-escalation and real-time intelligence delivery.
Statements from Index Ventures, Motorola Solutions, and BRINC leadership confirm support for expanding the role of drones in public safety applications.
Greece to operate 80 surveillance drones during 2025 wildfire season
Greece increases aerial surveillance capacity with €6 million donation
The Athens – Macedonian News Agency has reported that Greece’s Civil Protection service will operate 80 drones during the 2025 wildfire season, nearly doubling the 47 units deployed last year.
The increase follows a €6 million donation from the Hellenic Electricity Distribution Network Operator (HEDNO) to the Ministry of Climate Crisis and Civil Protection.
According to the Ministry, the drones will be used for aerial surveillance of periurban forest areas to support early warning, prevention, and operational needs during the summer fire season.
Advanced UAV systems to provide continuous monitoring
The surveillance drones will be equipped with real-time data transmission and artificial intelligence tools.
These tools will assist with fire detection, incident recognition, and continuous area monitoring.
Each drone will be supported by an operational management centre to ensure 24-hour monitoring across targeted areas.
The Ministry stated the system will support fire response coordination, mapping, damage assessments, and search-and-rescue operations.
Fire Department to reach 18,000 personnel in 2025
Minister Giannis Kefalogiannis said the Fire Brigade will be staffed by 18,000 people in 2025, including seasonal workers and volunteers.
He stated: “Together with the thousands of volunteers from both the Fire Department and voluntary organisations, by utilising the aerial means that we will have… we are proceeding with the best possible planning in view of this summer.”
He also referenced support from the national fleet, rented aerial assets, and the Aegis programme to increase vehicle availability.
Inter-ministerial cooperation aims to safeguard forest areas and infrastructure
Minister of Environment and Energy Stavros Papastavrou said the initiative would enhance protection for both people and infrastructure.
Papastavrou said: “The fire-protection of our forests, our natural wealth, inhabited areas and above all human life, is a non-negotiable priority.”
He added that the climate crisis requires a state of ongoing readiness and that upgraded prevention tools are essential to protecting the environment and local communities.
HEDNO President Anastasios Manos said: “With this donation, we seal the excellent cooperation that we have had so far with both ministries… to protect our citizens, to protect our infrastructure, to protect our country.”
Greece to operate 80 surveillance drones during 2025 wildfire season: Summary
Greece will operate 80 drones for fire detection and prevention during the 2025 fire season.
This represents an increase from 47 drones used in 2024.
The expansion follows a €6 million donation from the Hellenic Electricity Distribution Network Operator (HEDNO) to the Ministry of Climate Crisis and Civil Protection.
The drones will provide 24-hour surveillance across selected periurban forest areas.
They will support early fire detection, data analysis, and ground response coordination.
The system includes both UAVs and operational management centres.
Minister Giannis Kefalogiannis said the Fire Department workforce will reach 18,000 people, including seasonal staff and volunteers.
Environment and Energy Minister Stavros Papastavrou said the initiative prioritises protection of people, forests, and infrastructure.
HEDNO President Anastasios Manos confirmed continued cooperation with the ministries.
The announcement was made at a press conference in Athens.
Nokia and Motorola Solutions introduce integrated AI-driven drone solution for first responders
Integration of Nokia and Motorola drone technologies
As reported by Nokia Drone Networks, Nokia and Motorola Solutions have unveiled a collaborative drone-in-a-box solution.
This turnkey system integrates Nokia Drone Networks technology with Motorola Solutions’ CAPE drone software.
Designed for first responders and mission-critical industries, the solution enhances situational awareness, streamlines operations, and enables faster decision-making through AI-powered capabilities.
The system allows drones to be remotely dispatched from operational centres to assess emergencies in real time.
The integration supports resource allocation by providing early assessments of emergency severity.
AI intelligence enhances decision-making, helping to protect workers, property, and the environment.
The CAPE software incorporates features such as geofencing, obstacle avoidance, and real-time terrain adaptation.
Nokia’s 4G/LTE and 5G connectivity further enables seamless remote operations beyond visual line of sight (BVLOS), ensuring broader coverage for critical missions.
Benefits for public safety and industrial operations
The new solution aligns with existing Drone as First Responder (DFR) programs, which have demonstrated improved safety for emergency personnel.
By providing tactical intelligence, drones enhance coordination and oversight during emergencies.
For industries such as energy, utilities, and manufacturing, BVLOS capabilities improve worker safety and reduce costs in remote and hazardous locations.
Nokia’s drone technology can serve as a sustainable alternative to helicopters, lowering carbon emissions and supporting environmental goals.
Chula Vista Police Department’s Chief of Police, Roxana Kennedy, stated: “In 2018, we created the world’s first public safety Drone as First Responder program in partnership with Motorola Solutions, utilizing their CAPE software.
“Since then, we’ve successfully flown over 21,000 missions.”
Enhancing sustainability and operational efficiency
The system also addresses sustainability by reducing electronic waste through upgradable components.
Nokia Drone Networks comply with international industry standards, offering long-lasting technology for evolving operational needs.
Stephan Litjens, Nokia’s vice president of CNS Enterprise Campus Edge Solutions, noted: “Together with Motorola Solutions, we are setting technology best practices in drone connectivity and AI, transforming drones into daily helpers for public safety and mission-critical operations.”
Commitment to innovation for mission-critical industries
Jehan Wickramasuriya, corporate vice president of AI and Intelligence Platforms at Motorola Solutions, highlighted the collaborative focus on improving workflows for safety-focused industries.
He said: “This drone-in-a-box solution furthers our commitment to drone innovation, providing actionable live-stream insights while simplifying evidence collection.”
Nokia and Motorola Solutions introduce integrated AI-driven drone solution for first responders: summary
Nokia and Motorola Solutions have announced a drone-in-a-box system combining Nokia Drone Networks with Motorola Solutions’ CAPE software.
The system supports first responders and mission-critical industries with AI-powered situational awareness and BVLOS capabilities.
It offers sustainable and efficient alternatives to traditional methods, benefiting public safety and industrial operations.
The solution reflects a collaborative focus on enhancing safety, operational efficiency, and environmental responsibility.
Lancashire Fire and Rescue tests autonomous firefighting drone swarm
Trial of drone swarm technology in Cornwall
Lancashire Fire and Rescue, in collaboration with Windracers and AI researchers from the University of Bristol and the University of Sheffield, has tested a swarm of autonomous firefighting drones to detect and suppress wildfires.
The project aims to provide cost-effective, early fire mitigation strategies.
Lancashire Fire and Rescue Service’s Chief Fire Officer, Justin Johnston, emphasised the importance of early fire response: “The earlier we reach fires, the less harm they pose to firefighters, communities, infrastructure and the environment.”
The trial took place at Preddanack airport in Cornwall, where the drones successfully identified and approached controlled fires under close monitoring by fire services.
This trial is seen as a significant milestone towards the deployment of autonomous wildfire prevention technology in the near future.
Collaboration with AI and robotics experts
Windracers, a British manufacturer of self-flying cargo aircraft, partnered with leading AI and robotics experts from the University of Bristol and the University of Sheffield to develop this technology.
The drone swarm uses artificial intelligence, thermal, and optical imaging to detect fires autonomously and coordinate responses in real-time.
Professor Sabine Hauert from the University of Bristol explained the importance of this technology: “Finding and tackling wildfires before they become a problem requires many robots to work together as a swarm.
“We’ve spoken to firefighters around the world to design a swarm that is useful and easy for them to operate.”
The drones, equipped with fire retardant and capable of monitoring large areas, could provide critical support to fire and rescue services across the UK in the future.
Autonomous technology set for future deployment
This drone swarm technology has been under development for four years and has the potential to significantly aid in the early detection and suppression of wildfires.
Windracers’ ULTRA aircraft, which have previously been used for various tasks, including parcel delivery and scientific data collection, played a central role in the trial.
Stephen Wright, Founder and Executive Chairman at Windracers, commented on the progress: “This successful trial was the culmination of four years of research and development which brought together some of the country’s greatest minds in autonomous aviation, AI, and robotics to help tackle one of society’s greatest challenges.”
Pending regulatory approval, these autonomous systems could be deployed by fire services in the coming years.
UK Research and Innovation funding
The development of this technology has been supported by The Future Flight challenge at UK Research and Innovation, which provided funding through Innovate UK.
The project, titled ‘Protecting environments with unmanned aerial vehicle swarms,’ was one of 17 initiatives to share £73 million in funding aimed at advancing aviation systems and vehicle technologies.
This project represents a concerted effort to address the increasing frequency and severity of wildfires in the UK.
In 2022, the UK experienced over 44,000 wildfires, a 72% rise from the previous year, due to factors such as climate change and drought conditions.
Lancashire Fire and Rescue tests autonomous firefighting drone swarm: Summary
Lancashire Fire and Rescue, in partnership with Windracers and researchers from the University of Bristol and the University of Sheffield, tested an autonomous drone swarm for firefighting.
The drones, developed over four years, can detect and suppress fires using AI and thermal imaging.
During trials in Cornwall, the swarm successfully identified and approached controlled fires.
This project, funded by UK Research and Innovation’s Future Flight challenge, aims to reduce wildfire risk across the UK.
Pending regulatory approval, the technology could soon be deployed by fire services to tackle the increasing threat of wildfires.
Intersec 2024 to showcase advanced drone threat responses in UAE
Drone market growth in UAE
The United Arab Emirates (UAE) is witnessing a significant surge in its drone market.
Innovius’ report projects this market to grow from $380 million in 2022 to an impressive $950 million by 2030.
This expansion is attributed to the increasing utilization of drones in various capacities, including intelligence gathering and posing both physical and cybersecurity threats.
Intersec 2024 overview
Intersec 2024, scheduled from 16th to 18th January at the Dubai World Trade Centre (DWTC), is set to welcome around 1,000 exhibitors and 45,000 visitors.
This event will spotlight the latest in security, safety, and fire protection technology.
Celebrating its 25th edition, Intersec 2024, under the patronage of His Highness Sheikh Mansoor Bin Mohammed bin Rashid Al Maktoum, will host exhibitors from 60 nations and anticipates a global audience.
Focus on drone security
At the forefront of Intersec 2024 is the Counter Drone Workshop, focusing on the advancing drone threat responses.
This workshop, taking place alongside the Drone & Anti Drone Zone, will feature over 200 sqm of drone innovations and state-of-the-art anti-drone technologies from leading defence and security manufacturers.
The event aims to address the challenges posed by drones comprehensively, including their role in intelligence gathering and security threats.
IFSJ Comment
The significance of Intersec 2024 lies in its timely focus on the burgeoning drone market and its associated security challenges.
With the UAE drone market poised for remarkable growth, the emphasis on understanding and mitigating drone-related threats is crucial.
The Counter Drone Workshop and the array of innovations showcased offer a platform for industry experts to collaborate, share insights, and develop strategies to tackle these challenges effectively.
This aligns with the broader objectives of enhancing global safety and security, particularly in the realm of rapidly advancing technology.
As such, Intersec 2024 represents not just a gathering of industry leaders but a pivotal moment in shaping the future of drone security and its integration into broader safety and security protocols.
About Intersec
Intersec is a leading trade fair in the security, safety, and fire protection industries.
Established 25 years ago, it has become a pivotal event for showcasing the latest technological innovations and fostering global industry connections.
The event provides a platform for professionals to exchange ideas, explore new solutions, and stay abreast of emerging trends in the field.
Intersec’s focus extends across various domains, including commercial and perimeter security, homeland security, policing, fire and rescue, safety and health, and cybersecurity.
This comprehensive approach underlines its status as a significant influencer in shaping global safety and security strategies.