AI firefighting in UAE is entering a new phase as authorities explore intelligent drones, rescue robots, wearable safety devices and predictive technologies to improve emergency response. These innovations aim to help firefighters identify hazards earlier, locate trapped residents and protect properties while reducing risks to emergency crews.
The UAE is increasingly using artificial intelligence to improve public services, safety and emergency preparedness. At a specialised forum in Dubai in October 2026, officials from the Federal Authority for Ambulance and Civil Defence presented emerging technologies designed to support firefighting and search-and-rescue operations.
The projects include drones capable of entering burning buildings, wearable devices that monitor firefighters’ health and robotic systems that can help locate people trapped after disasters.
Although the technologies still require evaluation and pilot testing before wider deployment, they offer a glimpse of how artificial intelligence could transform emergency services.
Table of Contents
1. AI Firefighting in UAE Focuses on Prevention
Traditionally, firefighters respond after a fire has started. Artificial intelligence offers the possibility of identifying risks earlier and helping authorities prepare before an emergency escalates.
AI systems can analyse information from different sources, identify patterns and highlight locations that may require additional attention.
For example, historical incident records and environmental information could help emergency teams identify recurring fire hotspots. When combined with reliable data and appropriate monitoring systems, this information can support preparedness planning and resource allocation.
The UAE’s approach includes exploring agentic AI, which refers to systems capable of carrying out certain tasks toward a defined objective with some degree of autonomy.
In emergency management, such systems could help organise information, identify potential risks and support operational decisions. However, safety-critical decisions must remain subject to appropriate human oversight.
The goal is not to replace firefighters. It is to give them better information, equipment and support when lives are at risk.
2. Smart Drones Could Enter Burning Buildings First
One of the most notable technologies presented in Dubai is Kashif, a specialised drone being developed with Dubai Civil Defence and Dubai AI Campus.
The drone is designed to enter dangerous buildings before firefighters, helping teams understand the conditions inside.
Operating in a burning structure presents several challenges. Smoke can obstruct visibility, temperatures can become extreme, and conventional navigation systems may not work reliably indoors.
Kashif is being developed to address these difficulties.
Its planned capabilities include:
- Building a real-time three-dimensional map of the interior.
- Identifying the location and potential source of a fire.
- Measuring environmental conditions, including oxygen and carbon monoxide levels.
- Helping locate people trapped inside a building.
- Transmitting information to emergency teams to support rescue planning.
The system also uses millimetre-wave radar technology intended to detect people who may be difficult to see through smoke or other obstructions.
This information could help firefighters choose safer entry points and identify routes toward people needing assistance.
However, the technology’s effectiveness will depend on testing under realistic fire conditions, sensor reliability and its ability to operate in complex buildings.
If successful, smart drones could become valuable tools for gathering information before rescue teams enter hazardous environments.
3. Wearable SOS Devices Aim to Protect Firefighters
Firefighters face serious physical risks during emergency operations. Extreme heat, demanding physical activity and hazardous environments can place considerable stress on their bodies.
Another project presented at the forum, called Najda, is designed to help monitor firefighters’ health through a wrist-worn device.
The wearable is intended to track vital signs and use AI to establish an individual baseline. If readings show a potentially dangerous change, the device can send an SOS alert to a team leader.
Its proposed features include:
- Continuous monitoring of vital signs.
- Detection of unusual readings that may indicate a health concern.
- Alerts for possible heat stress or cardiac emergencies.
- Communication with equipment inside a fire truck.
- Operation without an active internet connection, according to the project description.
Offline functionality is particularly important during emergencies because fires, damaged buildings and remote locations can interfere with communications.
A timely alert could help commanders recognise when a firefighter needs assistance and respond before the situation becomes more serious.
These devices are intended to support established safety procedures rather than replace medical assessment or professional judgement.
4. Rescue Robots Could Help Find People After Disasters
Fires are not the only emergencies that require rapid search-and-rescue operations. Building collapses, earthquakes and other disasters can leave people trapped in places that are dangerous or difficult for rescue teams to reach.
The Athar project, showcased at the Dubai forum, combines small drones with compact ground rovers to explore hazardous environments.
The system is being designed for use during the critical early period following a disaster, when finding survivors quickly can be especially important.
The drones and rovers can help gather information from areas that may be inaccessible to human responders.
Another important feature is an AI-enabled communication network in which individual devices can relay information to one another. This could help maintain communications when conventional infrastructure is damaged or unavailable.
The showcased configuration includes three drones and three rovers, with the potential to scale according to operational requirements.
Such systems could help rescue teams understand the layout of a collapsed structure, investigate potential access routes and identify locations that require closer examination.
Their practical value will depend on factors such as battery life, mobility across debris, sensor performance and reliable communication under difficult conditions.
5. Predictive AI Could Help Protect Homes and Businesses
The benefits of AI firefighting in UAE could extend beyond emergency response to include prevention and preparedness.
Fires can damage homes, commercial buildings, industrial facilities and critical infrastructure. They can also disrupt services, threaten public health and create substantial financial losses.
Predictive technology could help authorities and property managers recognise certain risks earlier.
Depending on the available data and system design, AI applications could support:
Risk identification: Analysing incident histories and relevant building information to highlight potential hazards.
Early warning: Helping identify unusual patterns in connected monitoring systems.
Resource planning: Supporting decisions about where emergency equipment and personnel may be needed.
Incident assessment: Combining information from sensors and drones to help teams understand a developing emergency.
Post-incident analysis: Examining collected data to identify lessons and improve future preparedness.
These applications are not guarantees that fires can be predicted or prevented. Their reliability depends on data quality, appropriate testing and how the information is used.
For residents and businesses, the most effective approach combines emerging technology with functioning alarms, maintained fire-safety equipment, safe building practices and clear evacuation plans.
6. AI Ambassadors Will Support Technology Adoption
Introducing new technology across an emergency services network requires more than purchasing equipment.
Personnel need to understand how systems work, when they are appropriate and how to recognise their limitations.
At the October forum, the Federal Authority for Ambulance and Civil Defence announced plans to appoint AI ambassadors across civil defence directorates in the UAE.
These representatives are expected to identify promising applications, test approaches and share best practices for using AI to improve services.
This initiative could help emergency services learn from one another and develop more consistent approaches to technology adoption.
It also highlights an important principle: successful AI implementation depends on people as well as software and hardware.
Firefighters and emergency managers need practical training, clear operating procedures and confidence that the tools they use have been properly evaluated.
7. Testing Will Determine When the Technologies Enter Real Operations
Despite their potential, the technologies presented at the forum are not all necessarily ready for widespread operational deployment.
According to the report, the projects will undergo further evaluation and pilot testing before being introduced into real-world operations.
This stage is essential because emergency environments are unpredictable.
A drone must operate reliably in heat and smoke. A wearable must produce useful alerts without overwhelming staff with false alarms. A rescue rover must navigate difficult terrain and provide dependable information.
Authorities also need to consider cybersecurity, data protection, maintenance, training and compatibility with existing emergency systems.
Testing should establish whether the tools work under realistic conditions and whether they improve safety compared with existing procedures.
Partnerships with universities, technology developers and private companies may help address technical challenges and accelerate development.
The UAE government also outlines its wider approach to artificial intelligence through its official AI strategy and policy resources.
What AI Firefighting in UAE Means for Residents
For residents, the intended benefit is a safer and more responsive emergency system.
If these technologies prove effective, emergency teams could gain better information about fires, identify people who need help and assess dangerous environments before sending firefighters inside.
Wearable safety devices could also provide an additional layer of monitoring for emergency personnel, while search-and-rescue robots could help teams investigate areas that would otherwise be difficult to reach.
Businesses and property owners could benefit from improved risk assessment and emergency preparedness.
However, AI should be viewed as an additional safety tool, not a substitute for fire prevention or emergency planning.
Residents should continue to maintain smoke alarms where required, keep evacuation routes clear, follow building safety instructions and contact emergency services when necessary.
The UAE government’s official fire safety and emergency information provides a starting point for finding public safety guidance and relevant services.
A Smarter Future for Fire and Rescue Services
AI firefighting in UAE reflects a wider shift toward using technology to improve emergency preparedness and response.
Smart drones, health-monitoring wearables, rescue rovers and predictive systems could give firefighters more information and help them manage dangerous situations more effectively.
The next important step is proving that these innovations work reliably under real operational conditions.
If testing and deployment are successful, AI could become an increasingly valuable part of the emergency response system, supporting the people who protect residents, communities and property.
