Exclusive: Why FireSat could transform the global response to wildfire threats

by Breaking NewsFire DetectionIFSJ ExclusivesWildland Fire

In this exclusive interview for IFSJ, Brian Collins, Executive Director of Earth Fire Alliance, explains how the FireSat programme is using space-based technology to provide earlier, faster, and more precise wildfire detection data

The cornerstone of decision-making and effective wildfire response is good situational awareness.

Timely and accurate data is essential for response, prevention, recovery, and the development of new methods to improve wildfire resilience.

With the first satellite images from FireSat released this week, Earth Fire Alliance is demonstrating how its system can detect early-stage fires that may otherwise go unnoticed.

Earth Fire Alliance, a nonprofit coalition established in 2024, is leading a global effort to change how wildfires are detected, monitored, and managed through its flagship initiative, FireSat – a purpose-built satellite constellation designed with and for the fire community.

Backed by philanthropic support and developed in partnership with satellite manufacturer Muon Space and Google Research, FireSat will offer rapid, high-resolution wildfire data to first responders and scientists around the world.

In this interview, Brian Collins, Executive Director of Earth Fire Alliance, outlines the programme’s mission, the gaps it aims to close, and what a data-led approach means for the global fire community.

Can you tell us about Earth Fire Alliance and how the FireSat programme came about?

Earth Fire Alliance is a 501c3 nonprofit organization seeking to transform humanity’s collective response to the escalating global wildfire crisis.

We are spearheading FireSat, a first-of-its-kind satellite constellation that will provide high-fidelity wildfire data and deliver near real-time detection and monitoring capabilities to first responders, incident commanders, and scientists worldwide.

I have spent much of my career at the intersection of space technology and wildfire and emergency response.

The Alliance was founded in 2024 to ensure that the wildfire and science community have accurate, reliable, and accessible data at their fingertips as they protect our communities and resources in the face of increasingly frequent, intense, and fast-moving wildfires.

In the United States alone, wildfires cause more than $1 billion in annual damage, destroy thousands of homes and properties, and burn millions of acres.

Current approaches are hampered by critical information gaps that prevent timely detection and response.

With this escalating crisis as our focus, Earth Fire Alliance and our partners collaborated with hundreds of firefighters, decision-makers, ecologists, and policy-makers and identified the need for purpose-built satellite technology for wildfire detection and tracking.

The FireSat orbital demonstration launched in March 2025, and we recently released the first wildfire images taken by the satellite.

Why aren’t existing satellite systems meeting the needs of those tackling wildfires today?

Today’s satellites are useful but are not precise, fast, or reliable enough to meet the high stakes of modern wildfires.

Most of the satellites we rely on today were built for other purposes such as weather monitoring, Earth observation, or high-resolution imagery.

As a result, they can’t detect small fires and have trouble collecting and reporting on the dynamic characteristics of wildfires such as fire intensity, spotting, and movement.

Some satellites only pass over a fire-affected region as infrequently as every two to three days – we need faster and more high-fidelity data to support the decisions firefighters face during today’s fast-paced incidents.

High false positive rates from space are also common.

Some satellites might mistake a reflection off of a pond or smoke from a factory for an active blaze, drawing resources unnecessarily.

Finally, traditional space-based fire data isn’t always available in near real-time or in the formats and products useful for rapid decision-making, delaying and reducing the effectiveness of detection and response efforts.

If data cannot be seamlessly integrated into firefighter workflows, it is difficult for first responders to use, let alone at speed.

These are all issues Earth Fire Alliance is addressing to improve how first responders can access and apply data.

What sets FireSat apart in terms of what it can detect and how quickly it can deliver that information?

FireSat is uniquely designed for precise, real-time wildfire detection and monitoring in order to give firefighters, decision-makers, and the public enough situational awareness to address the changing scope and scale of wildfire impacts across the planet.

At full capacity, our satellites will deliver global monitoring every 20 minutes or less.

FireSat also brings a new level of precision.

The sensors are designed to detect thermal anomalies with enhanced sensitivity and can identify small fires at early ignition stages.

Current satellites detect fires once they are two to three acres in size (approximately two football fields), whereas FireSat will be able to detect fires that are orders of magnitude smaller, roughly the area of a one-car garage.

FireSat is also designed to provide information on fire intensity and impact so we can understand the difference between high-intensity fires that pose a threat and fires that may occur naturally in different landscapes.

FireSat will be unmatched by any combination of existing or planned infrared satellites in terms of imagery detail, accuracy, and speed.

How is this technology expected to change day-to-day decision-making for frontline responders?

FireSat has the potential to change how organizations allocate resources before, during, and after active incidents.

Starting before wildfires escalate, with near real-time data, frontline responders will be able to detect and monitor low-intensity, small fires from space.

This will enable them to identify heat anomalies and fire ignitions before they spread, reducing response time and potential damage.

This technology can also support fire risk assessments, resource planning, and mitigation strategies.

During active blazes, FireSat will provide fire agencies with a comprehensive view of active fire zones.

It will improve how agencies can track fire intensity and progression to best allocate resources, inform the public, and protect lives and communities.

FireSat can also be a critical tool to support recovery efforts.

Data can be applied to assess post-fire landscapes, inform damage assessments, measure burn severity, and aid in ecological restoration planning.

This program will be a resource for the entire lifecycle of fires, and we hope to help improve outcomes in each phase.

What role did collaboration with fire agencies play in shaping the system’s design and priorities?

FireSat was developed via an extensive requirements definition process with hundreds of end users around the world to ensure the system specifically meets their operational needs.

That effort represented our first step, but the most important step happens now that we have sample FireSat data.

The Alliance has established an Early Adopter Program for global engagement with end users – this includes everyone from frontline responders to incident commanders, predictive modelers, and fire scientists.

We recently announced our first cohort of Early Adopters, which includes eight fire agencies across three continents.

We know that while there are many common core approaches to fire, there are also key differences across communities, agencies, and geographies.

Early Adopters will help us learn and adjust to ensure that as quickly as we collect operational data, which will be available in 2026, agencies and communities will be able to use it to improve their resilience to wildfire.

Early Adopters help the Alliance understand the wide range of workflows and systems in use today.

We are learning agency processes and collaborating with their technology partners to determine the best way to ingest FireSat data into existing platforms.

The goal is seamless integration of FireSat data into as many communities as possible.

Earth Fire Alliance partners just released the first wildfire images from FireSat in July. What do the images reveal, and what milestone do they represent for the program?

The first FireSat images demonstrate FireSat’s breakthrough capabilities across a range of diverse fire scenarios.

FireSat detected a small roadside fire in Oregon, USA, that was completely missed by existing satellite systems, showcasing our ability to catch fires in their earliest stages when they’re most manageable.

We also captured the Nipigon 6 fire in Ontario, Canada, where FireSat’s multispectral sensors distinguished between active fire regions, old burn scars, and unaffected areas, providing comprehensive insights into the fire’s lifecycle in that region.

In Australia’s Northern Territory, we detected multiple simultaneous fires across a large landscape, and in Alaska, we monitored two remote fires in a single image, demonstrating our value for regions where ground-based observation is challenging.

Collectively, these images demonstrate the powerful impact FireSat will have on communities and the firefighters who protect them worldwide.

They are a proof point that FireSat can detect fires much more precisely than existing satellites, validating everything we’ve been working toward with our fire agency partners.

They show that when our full constellation is operational, we’ll be able to provide the global fire community with the situational awareness they need to act before small fires become catastrophic blazes.

FireSat is the result of extensive collaboration among engineers, researchers, frontline fire agencies, and philanthropies.

The images represent a milestone in leveraging public-private-philanthropic partnerships to advance global wildfire detection, response, and understanding.

How could FireSat support moving from reactive suppression to more preventative strategies  –  and what does that actually mean in practice?

Most of today’s fire prevention and response strategies focus on suppressing fires first.

While that strategy is important for specific conditions and communities, it presents challenges when multiple events occur simultaneously, requiring decisions about which fires pose the greatest threat and how ecological strategies can provide additional resilience.

The shift from “reactive suppression to prevention” will require data and insights to inform policy- and decision-making.

FireSat’s ability to detect small, low intensity fires fills a fundamental gap in our collective knowledge, and will contribute more informed strategies for both suppression and prevention.

There is more fire on the landscape than we know today, because today we can only see and collect data on large fires.

This often misses critical low-intensity events that are essential to understand complete fire patterns and distinguish beneficial fire from destructive events.

The root cause of this information gap lies in technological limitations because existing satellite systems cannot provide the resolution, sensitivity, frequency, and data accessibility required to improve situational understanding of fire across the planet.

If we can better understand the full life-cycle, origin, and behavior of fires, decision-makers can implement and assess more strategies like controlled burns while ensuring they stay within safe parameters and maximize ecological impact.

Comprehensive fire intelligence enables dynamic risk assessment where firefighters can predict which low-intensity fires might naturally extinguish versus those likely to escalate into dangerous blazes.

Such predictive capabilities could inform more diverse approaches, from suppression to selective intervention, and preserve fire’s natural role in ecosystems while protecting communities and infrastructure.

With over 50 satellites planned, how do you intend to balance global reach with the specific needs of local fire communities?

The FireSat program will scale over the next several years.

The first three operational satellites are expected to launch in mid-2026, providing a twice daily global revisit rate.

The goal is to provide a 20-minute global revisit rate by 2030, which we project will be achieved with 50+ satellites.

At the same time, we’re focused on growing our network of Early Adopters as we scale, so we can maximize impact once FireSat is fully operational.

We want to ensure FireSat data is accessible and easy to use, specifically for organizations in the most fire-prone regions and areas with more limited resources.

This will be made possible through a range of public, private, and philanthropic investments, so we can provide FireSat data to first responders, communities, and scientists globally.

Looking ahead, what kind of impact do you hope FireSat will have on how the world prepares for and manages wildfires?

FireSat has the potential to fundamentally shift our understanding of how wildfire affects communities across the planet.

It will change humanity’s relationship to fire just as global weather observations changed our relationship with weather events.

FireSat will make our communities safer by providing early detection and reporting of wildfires that threaten us.

It will also open up new wildfire management strategies and approaches to preserve unique ecologies across the planet.

We’re building real-time fire intelligence that captures the complete spectrum of fire activity, and aim to be a catalyst for a united global response to the wildfire crisis.

We envision a future in which this unprecedented dataset drives approaches that expand humanity’s collective approach to wildfire.

We want to put these tools into the hands of as many decision-makers as possible, empowering a global user community with precise, timely, and trustworthy data for confident and effective decision-making.

FireSat satellite captures first wildfire images for global fire monitoring

by Featured NewsFire DetectionWildland Fire

New satellite shows undetected wildfire in Oregon, says Earth Fire Alliance

Earth Fire Alliance has released the first wildfire images from its FireSat Protoflight satellite, marking the initial demonstration of the satellite’s fire detection capability.

The nonprofit group, in collaboration with Muon Space and Google Research, said the satellite captured images of a small roadside fire in Oregon, United States, that was missed by other existing space-based systems.

According to the Earth Fire Alliance, the FireSat system is designed to detect fires as small as 5 by 5 metres and will scan high-risk regions globally every 20 minutes once fully operational.

The Alliance said the images show how FireSat will help first responders assess fires in early stages, including areas not visible to conventional sensors due to size or weather conditions.

Brian Collins, Executive Director of Earth Fire Alliance, said: “These images represent a turning point in how the world will see and respond to wildfires.

“FireSat is the result of extensive collaboration among engineers, researchers, frontline fire agencies and philanthropies – and it’s built to serve fire agencies around the world.

“Our goal is simple: ensure that every fire, anywhere on Earth, is visible and understood in near real time.”

Detection data includes fires in Canada and Australia

The Alliance said the first set of images includes fire activity from the United States, Canada and Australia, collected in diverse environmental conditions.

In Ontario, Canada, FireSat’s sensors distinguished between ongoing fire activity and areas previously burned during the Nipigon 6 Fire, the Alliance said.

In Australia’s Northern Territory, FireSat detected several concurrent fires and recorded temperature variations across the terrain.

Another image captured fires in remote areas of Alaska, including the Moran and Chicken Fires, showing how FireSat can monitor fire activity where ground-based surveillance is limited.

The Alliance said these examples demonstrate FireSat’s capacity for real-time visibility in locations where access and response times are limited by geography or resources.

Infrared sensors provide detailed tracking through smoke and cloud

FireSat uses advanced multispectral infrared sensors developed by Muon Space.

The sensors were designed in consultation with fire agencies, scientists and modelers to address data requirements for fire perimeter mapping, intensity measurement and movement prediction.

The satellite operates in low Earth orbit and has a 1,500 kilometre observation swath with a 50 metre ground sample resolution, according to Muon Space.

Muon Space CEO Jonny Dyer said: “These first images are a powerful demonstration of what we built FireSat to do.

“We’re seeing clear, actionable detection of wildfire activity across multiple regions, which will provide an invaluable tool for first responders.

“While early detection is important, what’s equally critical is FireSat’s ability to support ongoing fire management by tracking a fire’s progression and behaviour.”

The satellite’s capability to see through smoke and cloud cover enables early detection and continued fire tracking across a range of environmental conditions.

Full FireSat constellation expected by 2030

The FireSat Protoflight was launched in March 2025.

Earth Fire Alliance and Muon Space said three operational FireSat satellites will be deployed in 2026, with a long-term plan for more than 50 satellites to be in orbit by 2030.

FireSat will provide twice-daily global observation once the initial operational capability is reached.

Google Research will use artificial intelligence to analyse FireSat images by comparing them with historical data, local weather, and ground conditions to identify active fires and reduce false positives.

Chris Van Arsdale, Google Research Climate & Energy Lead and Chair of the Earth Fire Alliance Board, said: “Paired with advanced AI, this data will be invaluable for fire authorities and Earth science.

“FireSat’s first wildfire images are precisely what we envisioned when we began this research and partnership.”

The satellite network is expected to assist with predictive fire modelling and improve understanding of fire development under changing climate conditions.

US cost savings and emissions prevention projected

According to Earth Fire Alliance, the FireSat system could deliver measurable benefits in the United States once operational.

Internal projections indicate that a one-hour revisit rate from the satellite could result in an annual saving of over $1 billion in fire damage.

The Alliance estimates that FireSat could help protect 3,500 homes and reduce burned land by 1.3 million acres each year.

It could also prevent the release of 21.9 million tonnes of carbon emissions annually in the United States alone, the Alliance said.

The Early Adopter Programme launched in June 2025 will allow fire agencies and researchers to test and refine FireSat data ahead of full deployment.

The Earth Fire Alliance said this work has been made possible through support from Google, the Gordon and Betty Moore Foundation, the Environmental Defense Fund, and other partners.

FireSat satellite captures first wildfire images for global fire monitoring: Summary

Earth Fire Alliance has released the first wildfire images from the FireSat Protoflight satellite.

The system captured a previously undetected fire in Oregon, USA.

The FireSat satellite is able to detect fires as small as 5 by 5 metres.

Images were also captured from fires in Canada and Australia.

The satellite uses multispectral infrared sensors built by Muon Space.

The system operates in low Earth orbit with a 1,500 km observation swath.

A total of 50 satellites are expected to be operational by 2030.

Google Research will apply AI to compare current and historical images.

The goal is to assist early fire detection and predictive fire modelling.

Projected annual US savings include over $1 billion in damages avoided.

The FireSat Early Adopter Programme began in June 2025.

The programme is supported by philanthropic and research partners.

Clearing urban spaces: How Consilium Safety’s Live Operations lowers emissions

by Breaking NewsFire DetectionSafety

Consilium Safety Group’s Isak Nordberg explains how Malmö Stad’s adoption of remote alarm monitoring has lowered travel needs, emissions, and maintenance time across city buildings

It’s Monday morning, and the leaves burst with colour against the grey streets.

At the intersection, parents wait with their children while cyclists stop for the light scrolls through their phones.

Long lines of cars—some silent EVs, others grumbling with exhaust fumes—fill the road.

This scene unfolds daily in cities across the globe, a reminder of how public space is dominated by cars.

A global challenge

By 2030, about 60 percent of the world’s population will live in towns or cities.

As the urban population grows, so does the challenge of reducing emissions.

National and international efforts, such as the Paris Agreement, aim to cut carbon emissions significantly by that year, with transportation identified as an area for improvement.

And the challenge is reducing emissions while rethinking how people navigate their cities.

A team of researchers at KTH (Royal Institute of Technology) in Stockholm examined what this would require in Sweden.

Their answer is sobering: If the country wants to reduce its carbon emissions in time, the number of car journeys might need to be cut in half by 2030.

“In urban areas, this means making significant changes to how we move,” says Hampus Berg Mårtensson, a doctoral candidate at KTH and co-author of the study.

To reach these goals, passenger cars must travel 21 percent to 47 percent fewer kilometres per capita.

But, as always, the devil is in the details.

How quickly can old cars be phased out? How much biofuel can we realistically count on? Will electric vehicles roll out fast enough to make a difference?

The EV dilemma

Even electric cars, often hailed as the future of transportation, have their challenges.

“They’re an important part of the puzzle,” Hampus Berg Mårtensson explains, “but they bring their own issues—battery production, disposal, even social concerns.”

So Hampus and his colleagues work with a broader framework they call “avoid, shift, improve”.

The concept is simple: first, avoid the trip if you can.

If you can’t, shift to a more substantial mode of transport—like cycling or public transit.

And if you must drive, improve the car, ensuring it emits fewer harmful gases.

“It’s an exciting model to work with,” Hampus says.

“We’ve explored a variety of specific measures that can help reduce the need for transport or shift to more sustainable options.”

Malmö Stad’s solution: Live Operations

Malmö, a city in southern Sweden linked to Denmark’s capital by the iconic Öresund Bridge, has become a testbed for these ideas.

Live Operations, a digital service developed by Consilium Safety Group, is at the centre of the effort.

It’s a remote solution for fire alarm monitoring, designed to reduce the need for technicians to physically check and maintain fire alarms in public buildings.

“Live Operations is an app that lets you manage fire detection systems remotely,” explains Isak Nordberg, Head of Product Line—Software Solutions at Consilium.

“It connects the technician to the system, so they can see exactly what’s going on as if they were right in front of the control panel.”

And it’s already making a difference in Malmö.

Of the city’s 300 public facilities, 134 has tested this remote system, with 67 percent of their monthly fire alarm tests conducted digitally.

Mats Hansson, Malmö’s municipal engineering safety foreman, highlights how practical this system has become.

“We save valuable working time by not having to go to all our plants,” he says.

Technicians can also check false alarms remotely.

“We can assess the severity of the alarm, check for risk, and sometimes we realise that we don’t need to go out at all.

“It’s a simple shift that makes a big difference”, Mats says.

Isak Nordberg sees the potential of digitalisation.

“There’s certainly a need for these solutions in other major cities where reducing traffic is a priority.

“With digital services like this, we can reduce transport and emissions while maintaining the highest safety standards”, he explains.

Hampus believes the key is balancing accessibility, whether it’s mobility, digital access, or physical proximity: “All of these can help reduce transport and emissions, but each in its way.

”It’s about finding the balance.”

This was originally published in the July 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here. 

Siemens cloud-based fire safety systems enable silent and remote testing

by Breaking NewsBuilding ManagementFire DetectionSafety

Cloud connectivity in UK fire safety systems

Siemens has announced new capabilities for cloud-connected fire safety systems in the UK, highlighting their use in minimising disruption in public spaces.

According to Siemens, traditional maintenance of fire safety equipment can interfere with regular building operations due to audible and visual alarms and technician visits.

To address this, the company has introduced devices that perform automatic checks without human input, supported by Internet of Things (IoT) functionality and cloud integration.

Siemens said its ASA detectors with DFT (Disturbance Free Testing) technology now allow for remote, silent performance testing, reducing the need for frequent physical inspections.

These systems are designed to support annual on-site checks while performing interim evaluations remotely to ensure consistent functionality.

Remote access and secure data transfer

Siemens explained that cloud gateways enable secure connections between fire safety devices and remote monitoring platforms.

This includes Building X Fire Apps, which consist of the Fire Manager desktop interface and a suite of mobile applications for Android and iOS.

According to the company, these tools allow users to access live system status and testing data from any location, replicating the information available from on-site fire panels.

The data collected includes function test results, detector contamination levels and hazard status, which is transmitted to the cloud in real time.

Siemens said this provides a complete overview of system performance without requiring staff to be physically present on site.

Automatic testing in restricted or sensitive areas

Siemens noted that automatic testing is particularly beneficial in areas where manual access is difficult or disruptive.

This includes locations such as ceiling voids, restricted-access rooms and occupied hotel spaces.

By enabling testing without triggering alarms or requiring on-site technicians, the systems reduce the risk of disturbing building occupants.

The company stated that automatic testing supports early fault detection, reducing the risk of delayed maintenance or unnoticed performance issues.

According to Siemens, this contributes to safer environments without interfering with daily use of the premises.

Reducing site visits and environmental impact

Siemens reported that fewer physical maintenance visits are needed when using IoT-enabled fire safety systems.

When an issue is identified remotely, engineers can attend with detailed diagnostic information, shortening the time spent on site.

The manufacturer said this approach limits unnecessary travel, helping reduce fuel use and carbon emissions associated with maintenance operations.

Siemens stated that around-the-clock system access and automated alerting also support faster resolution of any faults.

This contributes to maintaining operational continuity while also reducing environmental impact.

Proactive system monitoring for reliability

According to Siemens, cloud-connected detectors enable a shift from reactive to proactive maintenance strategies.

Continuous performance assessment helps identify problems early, including changes to system configurations that may reduce effectiveness.

Remote testing is also used to verify system stability following updates or reconfigurations.

Where faults are identified, detailed reports support targeted repairs rather than trial-and-error investigations.

Siemens said these technologies improve overall reliability and confidence in fire safety system performance.

Cloud-based fire safety systems enable silent and remote testing: Summary

Siemens has promoted cloud-connected fire safety systems as a way to reduce maintenance disruption in UK buildings.

The systems perform automatic tests through IoT-enabled detectors.

Remote testing reduces the need for on-site visits.

Data is transmitted securely through cloud gateways to desktop and mobile apps.

Live insights include function testing, contamination levels and hazard status.

Automatic testing helps in hard-to-access or sensitive locations.

Fewer visits lower environmental impact by reducing travel-related emissions.

The system supports early fault detection and targeted interventions.

Remote access provides 24/7 system visibility.

System configuration changes can be verified remotely.

Performance data is available in real time.

Technicians are informed in advance of issues.

This supports efficient response and fewer false alarms.

Honeywell AI platform launches for US building management

by Building ManagementFeatured NewsFire Detection

Early adopters trial Honeywell Connected Solutions platform

Honeywell has announced the launch of its AI-based platform, Honeywell Connected Solutions, for managing building systems in the United States.

According to Honeywell, the platform allows users to integrate building software, systems and devices into one interface. The company said this helps reduce labour time, costs and operational disruption.

Honeywell said the platform has already been deployed by Verizon Communications and Vanderbilt University. These early adopters are using the system to identify potential faults, improve energy management and streamline operations.

The solution is built on the Honeywell Forge platform and includes tools for remote monitoring, predictive maintenance and energy tracking. Installation is supported by AI and can be completed within hours.

New system aims to simplify building management

Honeywell stated that the platform provides real-time visibility into key systems across a building or campus.

The company said building managers can use the system to manage all connected Honeywell equipment, improving coordination between systems that typically operate in isolation.

Honeywell also explained that its integrated interface can assist with compliance, monitoring, troubleshooting and incident response.

The AI-assisted setup reduces the time and cost typically associated with installation of new building management systems.

According to the company, the system’s design supports multi-site operators, integrators and facility managers seeking consistent operational insight.

Security, energy and labour savings among key features

Honeywell listed several areas where the platform can support building operations.

The platform includes advanced encryption protocols designed to help protect against cybersecurity threats.

Remote diagnostics tools allow issues to be identified and addressed without requiring in-person checks.

Predictive maintenance capabilities notify operators of potential equipment issues before a failure occurs.

Energy consumption and emissions can be tracked through dedicated energy management modules.

Honeywell said these features are designed to help reduce overall costs and support operational continuity.

US buildings among first to adopt the technology

Verizon Communications has begun using Honeywell Connected Solutions in parts of its global infrastructure.

Honeywell stated that Verizon is using the system to detect critical issues before they escalate into costly failures.

Vanderbilt University has also integrated the platform in nearly 10% of its campus buildings.

The university aims to improve the performance of its older buildings while reducing energy use and improving the user experience.

Alex Kohnen, chief facilities officer at Vanderbilt University, said: “Honeywell’s Connected Solutions is an innovative platform offering the tools to use real-time data and AI-driven insights to help us optimize our buildings.
“Honeywell’s Connected Solutions is an innovative platform offering the tools to use real-time data and AI-driven insights to help us optimize our buildings.
“We look forward to creating a better ecosystem for our students, faculty and staff.”

Platform designed to meet rising operational demands

Billal Hammoud, president and chief executive officer of Honeywell’s Building Automation segment, commented on the platform’s development.

Hammoud said: “From aging buildings and rising downtime costs to skilled labour shortages and growing cyber guidelines, building owners and operators face a complex landscape of global trends that are constantly making operations more complex and costly.
“To address this, Honeywell’s Connected Solutions allows building managers to link critical building software, technologies and devices together to streamline management and compliance and help protect uptime.”

The company said the platform was developed in response to increasing pressure on building operators to reduce downtime and operational overheads.

Honeywell highlighted the system’s modular and scalable features as suited to both individual sites and large portfolios.

Installation speed was identified by the manufacturer as a key advantage over legacy systems.

Honeywell AI platform launches for US building management: Summary

Honeywell has launched Honeywell Connected Solutions for building management in the US.

The announcement was made by Honeywell on 10 June 2025.

The platform integrates building software and devices into one AI-enabled interface.

It is based on Honeywell Forge and offers remote monitoring, predictive maintenance and energy tracking.

The company said installation takes hours and reduces cost and disruption.

Early adopters include Verizon Communications and Vanderbilt University.

Verizon is using the system to predict system issues and reduce downtime.

Vanderbilt has installed it in 10% of its buildings.

The platform includes encryption to support cybersecurity needs.

It is aimed at facility managers, integrators and multi-site operators.

Honeywell to upgrade fire alarm system at Phoenix Sky Harbor International Airport

by Featured NewsFire DetectionProjects

Fire alarm upgrade announced for US airport

Honeywell has announced it will lead a fire alarm system upgrade at Phoenix Sky Harbor International Airport in the United States.

The company said the upgrade will take place in Terminal 4, the busiest terminal at the airport, with over 80 airline gates across eight concourses.

The existing Honeywell fire alarm system was originally installed in 2003.

Honeywell said the new upgrade will incorporate modern devices and modules that comply with the latest UL safety standards.

The company added that the upgraded system will include automated components designed to improve emergency response and performance.

Scope of the terminal project

According to Honeywell, the system upgrade will focus on both hardware and software changes.

The company confirmed that maps used by the Honeywell Enterprise Buildings Integrator (EBI) will be updated to improve alarm location accuracy.

Honeywell said EBI maps will assist emergency responders by providing clearer visualisation of incident sites within the terminal.

The upgrade is expected to be complete in 2026.

The EBI system will remain operational throughout the project to maintain full terminal protection during installation.

Supporting operational efficiency

Honeywell said the digital dashboard included in the system will improve operational insights and reduce costs.

The dashboard is intended to help decrease routine maintenance and cut down the manpower required to manage the system.

The company highlighted that the upgrade is being delivered at a time when labour shortages remain a challenge across the building safety sector.

The upgrade forms part of efforts to maintain system performance while addressing current workforce constraints.

Daily passenger numbers and risk management

Phoenix Sky Harbor International Airport handles an average of 94,000 passengers per day.

Terminal 4 is the main terminal used for both domestic and international flights.

Honeywell said the project aims to help ensure passenger safety is not compromised while work is carried out.

The company confirmed that no disruption to normal operations is expected during the upgrade period.

Comment from Honeywell leadership

Sudhakar Janakiraman, President of Honeywell Building Solutions, said:

“This award to enhance the Phoenix Sky Harbor International Airport’s fire alarm system reflects our commitment to delivering innovative and reliable automation solutions that protect this busy airport while also helping ensure uninterrupted operations for passengers and staff.”

“We are honoured to work on this vital safety initiative that builds on a long-standing and valued relationship.”

Honeywell to upgrade fire alarm system at Phoenix Sky Harbor International Airport: Summary

Honeywell has been selected to upgrade the fire alarm system at Phoenix Sky Harbor International Airport in the United States.

The upgrade applies to Terminal 4, which includes more than 80 airline gates.

The existing system was installed in 2003.

The new installation will include automated devices and modules that meet the latest UL safety standards.

Honeywell stated that the project will optimise emergency response and performance.

The Enterprise Buildings Integrator (EBI) dashboard will be updated to improve location mapping for alarm events.

The dashboard will help guide emergency responders with increased accuracy.

The system will remain active throughout the installation to protect the terminal.

The upgrade is expected to finish in 2026.

Phoenix Sky Harbor serves an average of 94,000 passengers each day.

Honeywell said the system aims to maintain safety and efficiency during the project.

The company noted current workforce constraints as a factor in automation strategy.

Honeywell confirmed the upgrade will reduce maintenance demands and operational costs.

When waste sites watch themselves: FireVu brings cloud intelligence to high-risk waste sites

by Breaking NewsFire DetectionWaste & Recycling

Mike Newton, CTO and founder of NetVu, explains how cloud connected systems like FireVu help waste sites respond faster to growing detection and verification challenge

As high-risk industries like waste and recycling evolve, so must their approach to fire safety.

The sector continues to grapple with a range of deepening challenges – growing volumes of combustible materials, the threat of lithium-ion battery fires, and increasingly remote or minimum staffed sites.

In this context, a new generation of cloud connected fire prevention technologies are coming to the market to meet these demands, promising speed, intelligence, and reliability.

At the heart of this evolution is a concept I’ve believed in and developed for over 40 years: remote access.

From the early days of Dedicated Micros through to today at NetVu, I’ve worked to make security systems smarter, more resilient, and accessible from anywhere.

The same thinking underpins fire detection and verification through our FireVu solution– bringing together real-time monitoring, intelligent analysis, and integrated suppression through strategic partners into one cohesive solution.

The core of this shift is about integration; fire detection systems provide local onsite standalone detection that is augmented by a broader digital infrastructure, combining sensors, video analytics, thermal imaging, and cloud access to create proactive, adaptive safety platforms.

These systems aren’t just detecting fires, they are verifying them, responding in real time, and offering stakeholders full situational awareness from anywhere in the world.

In a sector where every second counts, the ability to act early and with confidence is critical.

The challenges and changes in the waste and recycling sector

Waste and recycling facilities are among the most fire-prone industrial environments.

Daily operations involve sorting and processing large quantities of combustible materials.

Add to that the rising use and disposal of lithium ion batteries in the waste stream – often damaged or improperly disposed of – and the risk profile intensifies significantly.

Dust, vapours, and airborne particles complicate detection further.

Traditional fire alarms may fail or give false alerts in these conditions, and manual inspections are not fast or reliable enough to detect smouldering fires before they escalate.

Many facilities operate with minimal staff overnight or over weekends.

This has made remote monitoring and instant verification essential.

It’s no longer sufficient to simply trigger an alarm, operators need to see, evaluate, and respond to an event in real time.

Cloud-connected edge-based detection systems address these specific market needs by offering:

  • Remote access to live video and alerts: enabling faster responses from off-site teams or emergency services.
  • Layered detection methods: smoke, flame, and thermal, backed by AI analytics to reduce false alarms.
  • Integration with automated suppression systems: ensuring fires are not only detected, but extinguished quickly and appropriately

The value of resilience and remote access

Over the past four decades, I’ve seen firsthand how remote access and digital resilience have revolutionised the security and fire safety sectors.

My journey began with the invention of the time-division multiplexer and early networked video recording – technologies that laid the foundation for what we now consider the modern surveillance industry.

That same thinking powers fire prevention.

Today’s cloud connected systems continue this legacy, giving users around the-clock access to critical footage and system health, no matter where they are.

For industries like waste management, where the risks are high and the stakes even higher, including risk to life, such resilience is essential.

Sites can’t afford downtime in detection systems.

They need reliable, tamper-proof solutions that can function through smoke, vibration, or network fluctuations, that can be supported remotely.

Real-time response in action

Effective fire prevention isn’t just about having better sensors, it’s also about having better insight.

Another critical component in this ecosystem is metadata – the contextual information generated alongside video and sensor data.

Metadata includes time stamps, sensor types, detection zones, and event classifications, all of which enhance situational awareness and streamline incident response.

In surveillance and fire prevention, metadata enables faster search and retrieval of relevant footage, supports automated decision making, and allows systems to distinguish between routine activity and potential threats.

By embedding metadata into cloud connected platforms, operators gain a powerful tool for forensic analysis, compliance reporting, and continuous system learning.

Cloud platforms give facility managers, insurers, and emergency services instant access to critical data: live video, thermal heat maps, and historical analysis.

This not only enables fast decisions during an incident but also supports investigation, training, and risk mitigation afterward.

The integration of video based detection systems with automated suppression technology is becoming the gold standard.

FireVu’s visual verification capabilities are compatible with suppression technologies – whether water, foam, or inert gas – allowing sites to precisely target and contain fires in the very early stages.

Our strategic partnerships create a comprehensive ecosystem for fire prevention and suppression, providing facilities with a seamless, reliable solution that covers all stages of fire risk management; from early detection to containment and resolution.

This shift is not just about technology for technology’s sake.

It’s about meeting the evolving demands of insurers, regulators, and communities who expect better safeguards around fire-prone operations.

Whether dealing with the sudden ignition of flammable waste or the long-smouldering threat of hidden hotspots, cloud-enabled platforms offer a smarter, more accountable approach.

Driving smarter fire safety

The convergence of cloud computing, AI-powered analytics, and real-time verification has reshaped what’s possible in fire prevention.

No longer reactive, systems can now predict, detect, and respond with unprecedented precision.

For the waste and recycling industry, this is not a luxury, it’s an imperative.

As waste streams diversify and operational models shift, having intelligent, connected fire detection and suppression systems is critical to keeping people, property, and the environment safe.

Ultimately, the conversation must move beyond simple compliance.

Fire prevention is becoming a strategic pillar of business continuity and operational excellence.

Cloud managed systems that offer remote oversight, integrated response, and trusted resilience are no longer the future, they’re the standard we must build upon.

What the industry is talking about: Top 3 trends in fire prevention

Across the fire safety and waste management sectors, three clear priorities are shaping procurement and innovation strategies:

1. Cloud-connected and remote monitoring solutions

There is increasing pressure to monitor and manage fire risks across multiple locations with fewer staff.

Cloud-connected platforms make this possible, offering mobile visibility, incident archiving, and remote diagnostics that help teams act fast without having to be physically present.

2. False alarm reduction through AI and multi-sensor verification

Advanced detection platforms are now combining different sensing technologies, such as thermal cameras and flame analytics, with AI pattern recognition to exclude known heat sources including people and vehicles.

3. Integrated detection and suppression systems

A growing number of operators are turning to full-circle fire safety solutions.

One of our key strategic partners, Fire Shield combines FireVu with high performance dynamic suppression solutions which can cut response times dramatically and improve safety compliance.

Central to FireVu’s approach is its proprietary VSD (Visual Smoke Detection) and VFD (Visual Flame Detection) technologies.

Unlike traditional sensors, these systems use advanced video analytics to identify smoke and flame signatures visually, enabling earlier and more accurate detection, minimising false alarms and maximising response speed.

Why fire safety in recycling matters

Cory Environmental, London

The Smugglers Way site in London experienced a number of significant incidents within an 18-month period which caused substantial damage and shut downs.

This was identified as a growing problem, with a pending risk of a site destroying fire.

The speed of development and rising rates of damage were a particular concern.

In 2016, a new solution was deployed using FireVu detectors.

This has resulted in incidents being detected quickly, and addressed before the fire could spread to other areas of the site.

The FireVu solution proved highly effective and is now considered the default solution when there have been further expansions on the site.

Since the installation there have been no major incidents resulting in significant damage or extended shutdowns.

This was originally published in the July 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here. 

Fire safety cable standards drive demand for Category 3 Control in UK

by Featured NewsFire DetectionPassiveSafety

Updated guidance prompts cable safety focus

AEI Cables has reported increased demand for Category 3 Control fire performance cables in the UK, following renewed attention to guidance in BS 8519:2020.

The British Standard outlines how control cables should be selected and installed in fire safety systems used in buildings such as care homes, offices, hospitals and shopping centres.

The company said these systems include evacuation alarms for disabled occupants, emergency voice communication systems and voice alarms in public buildings.

The guidance sets expectations for cable performance during fire-related emergencies and categorises cables by their survival time and function.

According to AEI Cables, following – and exceeding – these minimum standards improves the reliability of critical fire safety systems.

AEI Cables comments on current UK trends

Stuart Dover, General Manager of AEI Cables, said the company is seeing a steady rise in customer interest for Category 3 Control cable types.

He said: “We are seeing quite an increase in demand for Category 3 Control cables and we can only stress that if they meet and exceed all standards requirements this can only help in the interest of safety of property and lives in these critical spaces.

“Meeting standards is a minimum requirement but going above and beyond these standards will help firefighters in a real-life fire situation.”

AEI Cables has been promoting the role of LPCB-certified products and urging the industry to take account of updated codes of practice.

According to Dover, the cables play a role in powering systems like smoke control, heat extraction and evacuation alarms, which are relied upon during incidents requiring fire service intervention.

Firetec Enhanced and BS 8519 Category 3 Control

The company said its Firetec Enhanced cabling has received third-party certification from LPCB.

This certification applies to BS 8519 Annex B under both Category 2 Control and Category 3 Control classifications.

The BS 8519 Code of Practice includes three power cable categories and three control cable categories.

Each category aligns with survival times of 30, 60 or 120 minutes depending on the intended system function during a fire.

AEI Cables said the updated code provides clarity for contractors, developers and consultants specifying products for life safety systems.

Industry approvals and UK use cases

AEI Cables stated that its fire performance cable range is backed by third-party testing and certification from organisations including BASEC and LPCB.

The manufacturer added that it also holds approvals from Lloyds Register, the Ministry of Defence, Network Rail and London Underground.

Its cables are designed and tested to international standards and are supplied to infrastructure, defence and public sector projects.

The company said the most common UK applications include use in tall buildings, healthcare environments and transport hubs where system failure poses a life safety risk.

Role of Category 3 Control cables in emergencies

Control cables serve different functions from power cables, and Category 3 Control cables are specified for the highest level of system resilience.

These cables are used in systems that support evacuation, suppress smoke and allow fire services to manage internal conditions during an emergency.

According to AEI Cables, these systems must remain operational during extended fire exposure.

The company said reducing toxic gas and flame spread also assists in safer evacuation routes and fire service access.

AEI Cables has urged those responsible for design and specification to prioritise cables with enhanced survivability and independent certification.

Fire safety cable standards drive demand for Category 3 Control in UK: Summary

AEI Cables has reported growing demand for Category 3 Control fire safety cables.

The company attributed this trend to the updated BS 8519:2020 guidance.

This British Standard outlines cable selection for life safety systems.

Category 3 Control cables are used in evacuation and fire management systems.

AEI Cables said meeting and exceeding standards improves fire safety.

Firetec Enhanced cables have been certified by LPCB to BS 8519.

BS 8519 includes six cable categories based on function and duration.

AEI Cables holds certifications from BASEC, LPCB and others.

Its cables are used in care homes, hospitals and high-rise buildings.

Summer fire protection guidance released by New York firefighters

by Featured NewsFire DetectionSafetyTrainingWildland Fire

Fire protection advice issued for holidays in New York

The Firefighters Association of the State of New York (FASNY) has released updated summer safety guidance to help prevent fire and life safety incidents during holidays and outdoor activities.

According to FASNY President Eugene Perry, fire protection must remain a priority whether families are renting vacation properties, camping, or staying home.

The National Fire Protection Association (NFPA) reports that nearly 50 percent of home fire deaths occur in homes without working smoke alarms.

Perry said the risk increases when people are in unfamiliar spaces without verified safety equipment or exit plans.

FASNY is encouraging residents and visitors to check all alarms, prepare escape routes, and supervise children near heat or water sources.

Fire safety advice for holiday rentals

FASNY has urged families to carry out basic fire protection checks when renting holiday homes or cabins.

Perry said: “If you decide to rent a home or cabin, families need to make sure there are working smoke detectors and CO alarms throughout the house.”

According to NFPA statistics, 37 percent of home fire deaths happen in properties with no smoke alarms, while homes with working alarms are half as likely to experience a fatality.

Perry added: “A simple check that your vacation spot has working CO alarms and smoke detectors is an important step that can prevent a tragedy, and may save the lives of you and your family.”

Families unfamiliar with the layout of a property may struggle to evacuate during a fire, particularly at night.

FASNY said most fatal fires happen between midnight and 8 a.m., meaning escape planning is important before arrival.

Outdoor fire safety for campers

FASNY has reminded residents to follow outdoor fire safety rules when camping across New York state.

Perry said: “New York state has many beautiful camping areas to enjoy – from the mountains to the beaches. If families decide to camp, they should remember to keep fire safety as a priority.”

Campers are advised to learn how to start, manage and extinguish fires safely and to monitor local fire bans before use.

According to the U.S. Forest Service, 80 percent of forest fires are caused by human activity.

FASNY said campers must check with local officials before lighting fires during dry weather conditions.

The association said these steps are essential to prevent accidental wildfires, especially in areas with high vegetation.

Backyard fire protection for grills and pizza ovens

Backyard cooking can carry burn and fire hazards, according to FASNY.

Perry said: “A BBQ is a great way to cook for the family. But complacency around the grill can lead to danger and injuries. You should always exercise caution and keep the grill well away from structures and where people are playing or walking.”

NFPA data shows that children under five account for 39 percent of annual burn injuries caused by contact with grills or coals.

FASNY recommends placing grills in clear areas, cleaning grease buildup, and keeping fire extinguishers nearby.

Gas and wood-fired pizza ovens are also becoming common in outdoor kitchens but carry new risks.

Perry said: “People are at higher risks for burns when using a pizza oven by themselves. They don’t realize how hot the stone can get, making burns more common than with other cooking appliances.”

Pizza ovens require regular cleaning and sufficient distance from flammable surfaces to prevent fires.

Pool safety and drowning prevention

FASNY has also warned of drowning risks at residential swimming pools.

Perry said: “In the time it takes to reply to a text or turn off the oven, a child can fall into a pool and drown. All pools should have appropriate barriers to keep children out when adults are not around. When the pool is in use, an adult should be designated to watch in case something goes wrong.”

According to the U.S. Consumer Product Safety Commission, drowning is the top cause of unintentional death for children aged one to four.

Data shows that 71 percent of fatal drownings happen at residential locations.

FASNY said pool owners should install fences, enforce supervision rules and stay alert during all pool use.

The association has asked families to treat pool safety with the same seriousness as fire prevention.

General fire protection tips for summer

FASNY has included further advice to help residents manage general fire risks this summer.

Smoking should be avoided in grassy or wooded areas.

Electrical cords and devices should be inspected for signs of wear or damage.

Flammable items like petrol should be stored in secure, marked containers outside the home.

Gardens and outdoor spaces should be cleared of dried leaves, rubbish and overgrown vegetation to reduce the chance of fire spread.

Perry said: “On behalf of all of FASNY, we wish everyone a happy, healthy and safe summer.”

FASNY was founded in 1872 and represents 80,000 volunteer firefighters and EMS professionals across New York state.

Summer fire protection guidance released by New York firefighters: Summary

The Firefighters Association of the State of New York has published fire protection guidance for the summer.

The advice covers holiday rentals, camping, backyard cooking and pool safety.

FASNY President Eugene Perry has urged families to check smoke alarms and prepare escape routes.

NFPA data shows nearly half of home fire deaths occur in homes without working smoke alarms.

Campers are advised to check fire regulations and control outdoor flames.

The U.S. Forest Service reports that 80 percent of wildfires are caused by people.

Backyard grills and pizza ovens should be used with caution and kept clean.

Children under five make up 39 percent of grill burn injuries, according to NFPA data.

Residential pools must have safety barriers and adult supervision.

The U.S. Consumer Product Safety Commission reports that drowning is the top cause of accidental death for children aged one to four.

FASNY also recommends clearing vegetation and storing flammable materials safely.

Kentec leadership appointed to Hochiki global strategy team

by Featured NewsFire DetectionPeople

Hochiki appoints new international strategy team

Hochiki Corporation has announced the formation of a new global strategy team within its International Business Division, with leadership from UK-based Kentec Electronics.

According to Kentec, Kevin Swann, Managing Director of Kentec, has been appointed Global Strategy Director for the division while continuing in his current role.

Swann’s appointment is part of a wider strategic alignment aimed at strengthening Hochiki’s market positioning and operational focus worldwide.

The company said the new team will lead on product development, regional market integration, and long-term strategic planning.

Kevin Swann takes dual role across UK and global operations

Hochiki stated that Kevin Swann will be responsible for aligning international strategy across product, market and operational areas.

Swann has served as Managing Director of Kentec since 2018 and has led the company’s expansion into the Middle East, Africa, and China.

He also oversaw the development of Kentec’s manufacturing and operations base in Dartford, Kent.

In his new capacity, Swann will support broader priorities including growth planning and regional collaboration.

Junichi Uozumi, Head of the International Business Division at Hochiki, said: “Kevin Swann’s strategic oversight will be key to ensuring Hochiki’s long-term success in global markets.

“With the support of Kevin Mears, Thiago, and Kendo, we are building a team that is not only focused on product, but on delivering the broader strategy needed to drive international growth and strengthen our global presence.”

Global product roles assigned across three continents

To support the new structure, Hochiki has confirmed the appointment of three product managers with distinct regional and technical remits.

Kevin Mears has been promoted to Global Product Manager (EN), having previously served as Head of Product Management at Kentec.

Mears is based in the UK and has more than 25 years of experience at the company.

Thiago Andrade has been named Global Product Manager (UL) and will be based in the US.

Andrade joins from Kidde Fenwal and brings experience in UL-certified markets in North America and internationally.

Kendo Matsuura, currently based in Japan, will continue in his role as Global Product Manager for Sensor Design.

Strategic goals target unified global vision

Hochiki said the new team will work across functions to harmonise product development and regional adaptation.

The company stated that one of the team’s key aims is to ensure local market needs are reflected while maintaining consistency across the global portfolio.

Swann is expected to coordinate strategic alignment across business units to support Hochiki’s long-term market positioning.

The team will also focus on international growth, business partnerships, and operational efficiencies.

According to the company, this collaborative model is intended to improve cohesion across regions and support scalable global delivery.

Hochiki Group seeks to enhance long-term capability

The new initiative reflects an ongoing focus within Hochiki Group companies on long-term planning, according to the manufacturer.

Hochiki said the appointments support the company’s broader direction around innovation, customer requirements, and international engagement.

The firm confirmed the team will work across business functions and geographic areas to drive alignment and delivery.

By combining product expertise with market strategy, Hochiki aims to build an integrated approach to global development.

The company said the team formation marks a formal shift toward coordinated leadership across global regions.

Kentec leadership appointed to Hochiki global strategy team: Summary

Hochiki Corporation has appointed Kevin Swann as Global Strategy Director for its International Business Division.

Swann will continue as Managing Director of Kentec Electronics.

Hochiki confirmed the appointment on 11 July 2025.

Swann will lead strategy across product, market, and operational areas.

Kevin Mears has been promoted to Global Product Manager (EN).

Mears is based in the UK and has worked at Kentec for over 25 years.

Thiago Andrade has been appointed Global Product Manager (UL).

Andrade is based in the United States and joins from Kidde Fenwal.

Kendo Matsuura continues as Global Product Manager for Sensor Design.

He is based in Japan and specialises in detection technologies.

The team will align global product strategy with local market needs.

Hochiki stated the appointments aim to support international growth.

Junichi Uozumi said the team will strengthen the company’s global presence.