Hyfire appoints Wendie Thomson to lead Scotland and Ireland sales

by Featured NewsFire DetectionPeople

New regional appointment announced by Hyfire

Hyfire has announced the appointment of Wendie Thomson as Regional Sales Manager for Scotland and Ireland.

According to Hyfire, Thomson joins the company with more than 30 years of experience in the fire safety and security sectors.

She will be responsible for supporting existing partners across the region, developing new business opportunities, and promoting the use of wireless fire detection technology.

Hyfire stated that Thomson previously managed accounts across Scotland, Northern England and Ireland in her former role, where she worked closely with consultants, manufacturers, and project teams.

Born in Southampton to Scottish parents, Thomson holds an HND in Commerce and Business Studies and began her professional career in local government.

Extensive experience across safety and service roles

Hyfire reported that Thomson began her career training in Environmental Health, before transitioning into roles focused on fire safety, risk management and emergency planning.

Her previous positions have included responsibility for both direct sales and national account management, with a focus on technical consultation and project coordination.

The company stated that her new position draws on both commercial and operational experience, with particular emphasis on the benefits of wireless detection technologies.

Thomson said: “As the Regional Sales Manager for Scotland and Ireland I’m looking forward to growing existing relationships to enhance sales as well as expanding our partners’ sector coverage, being mindful of our existing partners capabilities and loyalty, as well as looking at new partners for the sectors/areas we are missing.”

Focus on wireless solutions for construction projects

Thomson added: “I also feel there is a real opportunity within construction and new builds.”

“Working with contractors and consultants, I’ve seen the delays that arise when a site is further along than expected but cable installation is still pending.

“Wireless offers a more efficient project management solution, reducing the need for large installation teams on standby.

“That efficiency translates to real labour cost savings for our partners.”

Hyfire confirmed that increasing awareness of wireless solutions will form a key part of Thomson’s new remit.

Personal background and interests

Hyfire shared that Thomson enjoys spending time with family, reading and watching thrillers.

She was previously an amateur boxer and now participates in a ladies’ dance group that performs a range of styles, including disco and ballet.

Her professional path has included wide engagement with both frontline and strategic aspects of fire safety.

The company stated that she brings a combination of practical industry knowledge, commercial acumen and interpersonal skills.

Hyfire’s commitment to regional growth

Hyfire reported that the appointment is part of a broader strategy to strengthen support in key regions across the UK.

The company said the focus is on expanding its partner network while reinforcing existing collaborations in Scotland and Ireland.

It added that Thomson’s combination of service-side experience and technical sales knowledge is intended to help scale wireless fire system adoption across sectors.

Hyfire said it aims to address misconceptions about wireless fire detection and emphasise its viability across a range of projects, from retrofits to new builds.

The manufacturer stated that it looks forward to continuing its growth with Thomson playing a leading role in regional development.

Hyfire appoints Wendie Thomson to lead Scotland and Ireland sales: Summary

Hyfire has appointed Wendie Thomson as Regional Sales Manager for Scotland and Ireland.

Thomson brings over 30 years of experience in the fire safety and security industry.

She previously managed accounts across Scotland, Northern England and Ireland.

Thomson holds an HND in Commerce and Business Studies.

She began her career in local government and later transitioned into fire safety and risk roles.

Her responsibilities include supporting existing partners and identifying new opportunities.

Thomson plans to highlight the advantages of wireless fire systems, especially in construction.

She stated that wireless solutions can reduce project delays and labour costs.

Hyfire reported that her expertise spans account management, consultancy and project delivery.

The company said the appointment supports its regional growth strategy across the UK.

British Columbia expands wildfire camera network for early detection

by Fire DetectionWildland Fire

Government funds AI camera expansion to support wildfire response

The BC Ministry of Forests has announced that the wildfire camera network first piloted in 2024 will be expanded across British Columbia, with an investment of $200,000.

The programme is being delivered in partnership with the University of British Columbia Okanagan campus (UBCO).

According to the Ministry, the camera network uses 5G connectivity to detect smoke and send real-time data to first responders.

The system is designed to support evacuation decisions, guide resource deployment and improve predictions of wildfire movement.

Ravi Parmar, Minister of Forests, said: “With this technology, we’re making strides in protecting communities from wildfires by predicting them before they happen.

“And better predicting them means keeping more families safe. I’m proud to work with UBCO and use its research to protect our communities from the threat of wildfire.”

Climate risk drives focus on early fire detection

The Ministry of Emergency Management and Climate Readiness has also contributed $50,000 to the expansion project.

Minister Kelly Greene said: “As our climate changes, it’s important to manage and reduce risks to keep people safe.

“Taking steps to prevent disasters, such as the early detection of wildfires, can be life-saving and helps protect communities, homes, critical infrastructure and our forests.”

The technology was first tested in 2024 in five locations in British Columbia through a partnership between Rogers Communications, Pano AI and the BC Wildfire Service (BCWS).

The provincial government reported that the success of the trial supported the decision to fund broader deployment.

Officials confirmed that the cameras are already in use in several regions and will be extended to more areas in 2025.

Artificial intelligence supports data analysis and response

Data collected by the camera system is sent to UBCO, where it is processed using artificial intelligence.

The university said that the results are used to support emergency management, public safety messaging and on-the-ground decision-making by fire services.

Lesley Cormack, principal and deputy vice-chancellor of UBC Okanagan, said: “As a leading research institution, the University of British Columbia Okanagan is proud to partner with the BC Wildfire Service and the Government of British Columbia to support the people of the province through the provincial wildfire camera network.”

Mathieu Bourbonnais, from the Irving K. Barber Faculty of Science at UBCO, said: “The provincial camera network will serve as a vital public-safety platform, helping to build safe and resilient communities, while enhancing wildfire and emergency management across British Columbia.”

Community engagement encouraged in wildfire network rollout

The BC Wildfire Service has invited communities, local governments and First Nations to express interest in hosting or expanding the camera system.

Organisations can contact the BCWS by email at BCWS.CameraNetwork@gov.bc.ca.

The Province noted that collaboration with regional stakeholders is key to the system’s effectiveness.

The Ministry said that by increasing the number of participating sites, the coverage area will improve and lead to faster wildfire detection.

Officials noted that the network complements other BCWS prevention and readiness efforts, including public outreach and prescribed fire planning.

Technology-based prevention strategies growing in importance

The government of British Columbia has emphasised that using real-time detection technology is part of a broader approach to wildfire risk management.

The Ministry of Forests stated that advances in digital systems and artificial intelligence are contributing to better planning and faster responses.

Officials added that wildfire suppression costs can be reduced when fires are caught early, and public safety is improved when evacuation decisions are based on current data.

The provincial strategy includes camera-based detection, satellite monitoring, remote sensing, and partnerships with research institutions.

The government said the current camera expansion builds on those priorities by offering a practical tool for first responders.

British Columbia expands wildfire camera network for early detection: Summary

The BC Ministry of Forests announced a $200,000 investment to expand its wildfire detection camera network.

The programme is being delivered in partnership with the University of British Columbia Okanagan campus.

The Ministry of Emergency Management and Climate Readiness contributed an additional $50,000.

The system uses 5G technology to detect wildfire smoke and provide real-time data.

The data is analysed using artificial intelligence at UBCO.

The network is intended to support evacuation planning and resource deployment.

Initial trials took place in 2024 in five locations.

The pilot involved partnerships with Rogers Communications, Pano AI and the BC Wildfire Service.

Officials said the results supported province-wide expansion.

First responders and emergency managers are the primary users of the system.

UBCO researchers process and interpret the camera data.

The Province has invited communities and First Nations to participate in the network.

The system is part of a wider approach to wildfire prevention and emergency readiness.

The camera network is already operational in some areas.

More sites will be added throughout 2025.

FIA publishes guidance on BS 5839-1:2025 fire alarm system changes

by Associations and OrganisationsFeatured NewsFire Detection

Major revision to UK fire alarm standard announced

The Fire Industry Association (FIA) has published a new guidance note on BS 5839-1:2025, the British Standard for fire detection and fire alarm systems in non-domestic buildings.

According to the FIA, the document explains key changes introduced in the 2025 edition of the standard, including detector placement rules, system categories, documentation, and cyber security.

The FIA stated that the publication follows its recent national roadshow and online sessions, which were held to support professionals preparing for the updated standard.

The Association said the new guidance provides detailed commentary on the changes affecting system designers, installers, commissioners, and maintainers.

BS 5839-1:2025 replaces the 2017 edition and introduces new content across 26 clauses and annexes.

Updates to system categories and fire detector use

The FIA explained that BS 5839-1:2025 introduces a ban on using heat detectors in rooms where people sleep, including in both Category L2 and L3 systems.

The document adds that sleeping areas are now explicitly defined as high-risk, requiring smoke detection rather than heat-based alternatives.

It also stated that stairway lobbies, previously classed as low-risk, must now be fitted with automatic detection.

Category L4 systems now include recommendations for detectors in flue-like structures, while L3 requirements around ceiling voids have been reworded for clarity.

According to the FIA, detector type and configuration must be recorded and shared during commissioning and maintenance stages.

The guidance note includes new commentary in Annex D on selecting and configuring multi-sensor devices.

Changes to alarm transmission and cyber security

BS 5839-1:2025 sets out updated expectations for fire alarm transmission systems, in light of the UK’s transition to an all-IP network by 2027.

The FIA explained that the standard now includes maximum signal transmission times for Category L and P systems and requires fault reporting within specified timeframes.

A new section has also been added on cyber security and remote access to control and indicating equipment.

According to the guidance note, remote service access should require authentication and risk assessment to prevent unauthorised interference with system performance.

The FIA recommends physical protections such as locking cabinets and tamper-resistant fittings to secure network connections.

It added that a label should be placed at the control panel to remind premises management of ARC connectivity and testing responsibilities.

Documentation and maintenance updates

The 2025 revision includes new clauses on documentation, handover, and record-keeping requirements for fire alarm systems.

The FIA said users must now be given a cause-and-effect matrix or equivalent text description explaining how the system operates.

Maintenance intervals have also been clarified, with a one-month tolerance either side of the six-month servicing cycle now considered acceptable.

The Association explained that fire detection systems linked to alarm receiving centres must have each alarm type tested during servicing to confirm signal transmission.

Routine maintenance must also include functional checks of remote indicators and visual alarms, as well as checks on time clocks and updated system zoning.

Where modifications are made, a new certificate of extension or modification is now required.

Variations, void detection and call point revisions

The guidance note highlights new limits placed on what can be considered acceptable variation from the BS 5839-1:2025 standard.

According to the FIA, certain deviations are now explicitly disallowed, such as omitting a zone plan in multi-zone buildings with sleeping accommodation, or failing to provide ARC signalling in residential care homes.

Further clarification has been added on detector placement around ceiling voids, flue shafts, and structural obstructions.

The FIA said that “closely spaced” ceiling beams are now defined as those less than 1 metre apart centre to centre.

The guidance also confirms new call point rules, including clarified distance and mounting height tolerances.

Where multiple signal types share a sounder, tone differentiation must be used. In schools, class change alerts may now last up to 10 seconds.

Terms, definitions and annex reordering

BS 5839-1:2025 adopts definitions from the newly published BS 4422:2024 Fire Vocabulary.

The FIA stated that this aligns terminology across UK fire safety standards to ensure consistency in interpretation.

New terms have been introduced, including “access room,” “place of ultimate safety,” and “visual display unit.”

Annexes have also been reordered and updated. For example, a new Annex F introduces the formula for calculating false alarm rates and outlines thresholds for triggering investigations.

Annex D has been expanded with more guidance on multi-sensor use.

The guidance confirms that all variations must now be recorded in the system logbook, and firmware updates must be certified as modifications.

FIA publishes guidance on BS 5839-1:2025 fire alarm system changes: Summary

The Fire Industry Association has released a guidance note explaining updates to BS 5839-1:2025.

The standard applies to fire detection and fire alarm systems in UK non-domestic buildings.

The 2025 edition replaces the 2017 version and includes major revisions.

Heat detectors are no longer allowed in rooms where people sleep.

Automatic detection is now required in stairway lobbies.

New recommendations have been added for detector placement in ceiling voids.

The standard introduces transmission time requirements for fire alarm signals.

Cyber security requirements for remote access have been added.

Maintenance tolerances now allow for a one-month variation around six-month cycles.

Cause-and-effect matrices must be provided during system handover.

Some variations from the standard are now prohibited.

All variations must be recorded in the logbook.

Call point distance and mounting height rules have been clarified.

BS 4422:2024 terms are now used throughout the standard.

Annexes have been reordered and expanded to support the changes.

Wildfire tech firm Pano AI named in TIME100 list for 2025

by Breaking NewsFire DetectionWildland Fire

Pano AI included in TIME’s list of influential companies

Pano AI has been recognised on TIME’s 2025 list of the 100 Most Influential Companies.

The list, compiled annually by TIME, highlights organisations selected for their global influence, originality and impact.

According to Pano AI, the company was selected for its work in wildfire detection and early response technology, as well as its broader role in climate adaptation.

Pano AI is the only wildfire-focused technology company included in this year’s list, which features 105 organisations across multiple sectors.

CEO and co-founder Sonia Kastner said the recognition comes at a time when climate-related emergencies are becoming increasingly frequent and hazardous.

TIME assessed companies for impact and innovation

According to Pano AI, the TIME100 list is based on nominations from a wide range of industries and evaluated using input from TIME’s global network of correspondents and analysts.

The evaluation criteria included measurable influence, originality in approach, and achievement across industry or public sectors.

Pano AI stated that its inclusion reflects the expanding relevance of early warning systems in the context of climate change and emergency response.

The company explained that it sees the listing as evidence of growing recognition for technical tools that support early action in the face of extreme events.

TIME’s 2025 cohort included companies from technology, healthcare, finance, sustainability, and media.

AI-based wildfire detection used in multiple regions

Pano AI reported that its wildfire detection system is currently deployed across 10 U.S. states, five Australian states and the province of British Columbia in Canada.

According to the company, its platform monitors more than 30 million acres of land identified as high wildfire risk.

Pano AI added that its services support over 250 first responder agencies and nearly 40 organisations including government departments, energy suppliers, private landowners and forestry operators.

The system integrates ultra-HD cameras, satellite imaging, and artificial intelligence, supported by a 24/7 staffed monitoring centre.

The firm said that the combination of technology and human oversight helps speed up detection and improves coordination during wildfire incidents.

Funding and growth since 2020 launch

Pano AI was established in 2020 and has since raised $89 million in venture capital funding.

The company said its most recent round, a $44 million Series B investment, was led by Giant Ventures.

It noted that funding has supported the expansion of its detection system across North America and Australia.

The firm added that capital has also enabled the development of its human intelligence centre and expansion of partnerships with emergency services.

According to the company, growth has been driven by the increased demand for proactive wildfire strategies.

Executive comments on industry challenges and mission

Sonia Kastner, co-founder and CEO of Pano AI, said the company’s mission is aligned with the increasing urgency around wildfire mitigation.

Kastner said: “It’s an honour to be named to the TIME100 at such a pivotal moment for wildfire mitigation.”

She added:
“Wildfires are becoming more frequent and more destructive.”
“Our mission is to equip those on the front lines with the best possible tools, so that they can respond more effectively and more safely.”
“This recognition underscores the essential role innovation plays in confronting extreme weather and that the time to adapt is now.”

Kastner stated that technological tools will continue to play a central role in how communities respond to escalating fire threats.

TIME includes Pano AI in 2025 influential companies list: Summary

Pano AI has been included in TIME’s 2025 list of the 100 Most Influential Companies.

The announcement was made by Pano AI on 30 June 2025.

The company develops AI-based wildfire detection systems.

The TIME100 list is based on nominations, expert input, and assessment of impact and originality.

Pano AI’s system operates across the US, Australia, and Canada.

It monitors over 30 million acres of high-risk land.

The company supports more than 250 first responder agencies.

It serves nearly 40 customers across public and private sectors.

The company launched in 2020 and has raised $89 million in funding.

A $44 million Series B round was led by Giant Ventures.

CEO Sonia Kastner welcomed the recognition.

The system uses cameras, satellite data, and AI.

It is supported by a staffed human intelligence centre.

Pano AI stated that demand is increasing due to more frequent wildfires.

The TIME100 list includes 105 companies in 2025.

INFOCA expands wildfire response system using satellite tracking

by Featured NewsFire DetectionWildland Fire

Satellite tracking integrated into European wildfire response

Globalstar has reported that its collaboration with Technosylva is expanding internationally, with the latest deployment supporting Spain’s INFOCA, the Andalusian fire authority.

Technosylva’s Wildfire Analyst and fiResponse platforms are now used by agencies in North America, Latin America, and Europe, according to Globalstar.

The deployment in Andalusia combines Technosylva’s software with Globalstar’s SPOT satellite tracking devices to improve communication and decision-making in the field.

INFOCA is one of the largest emergency response organisations in Europe.

According to Globalstar, the satellite devices are embedded in the fiResponse platform and provide real-time location tracking, enabling dispatch teams to locate firefighters during wildfire operations.

INFOCA rollout builds on earlier use of SPOT in Spain

Globalstar explained that INFOCA first adopted SPOT Gen3 devices in 2020 during the COVID-19 pandemic to support first responders operating in remote areas.

By 2022, 550 devices had been deployed within the region.

Globalstar added that the neighbouring Castilla La Mancha region has used SPOT technology since 2015.

The company stated that the SPOT units offer GPS tracking and emergency signalling in areas where GSM signals are not available.

Mark O’Connell, General Manager for EMEA and APAC at Globalstar, said: “We’re proud to support Technosylva and INFOCA in equipping fire agencies with critical satellite technology to help save lives and protect communities.”

Technosylva software used for fire modelling and coordination

Technosylva’s Wildfire Analyst and fiResponse platforms provide fire behaviour modelling and incident coordination tools.

According to Globalstar, the software allows fire agencies to assess real-time and forecasted fire conditions.

This information can then be used to determine fire spread, optimise resource deployment, and improve crew safety during live operations.

Joaquin Ramirez, Founder and CTO at Technosylva, said: “Increasing wildfire threats require integrated, intelligent solutions.”

“Spain understands that fire behavior modeling, advanced communications, and real-world field operations must work in concert to improve firefighter safety and decision-making.”

International uptake of predictive fire systems

Globalstar stated that Technosylva’s platforms are used by major firefighting agencies in the United States, including in Texas and Georgia.

These agencies use predictive fire modelling tools to assess risk and allocate resources based on current and projected environmental conditions.

The company reported that the combined software and satellite technology is also being used in deployments across Canada and Latin America.

According to Globalstar, the use of satellite-enabled systems ensures that responders retain situational awareness even in remote locations.

It added that Technosylva’s systems are being increasingly integrated into fire strategies that combine prevention, mitigation, and response.

Web event scheduled to discuss new wildfire tools

Globalstar and Technosylva are hosting a webinar to present more details about their wildfire response technology.

The online event is titled “The Keys to Enhancing Safety & Efficiency in Firefighting Operations” and will take place on 30 June 2025.

According to Globalstar, the session will explore the impact of field-deployed satellite tools on decision-making during wildfires.

The webinar will also highlight how predictive fire spread data can support faster, more targeted responses by firefighting teams.

Registration is currently open for those who wish to attend.

INFOCA expands wildfire response system using satellite tracking: Summary

Globalstar has announced the expansion of its collaboration with Technosylva.

Technosylva provides wildfire modelling and incident management platforms.

The systems are now being used by Spain’s INFOCA, one of Europe’s largest emergency response bodies.

INFOCA first deployed Globalstar’s SPOT Gen3 satellite devices in 2020.

By 2022, 550 devices were in use in Andalusia.

The neighbouring Castilla La Mancha region has used SPOT technology since 2015.

SPOT devices provide GPS tracking and emergency signals in remote areas.

These tools are integrated with Technosylva’s fiResponse platform.

The system is designed to help track crews and coordinate wildfire operations.

Technosylva’s software is also used in the U.S., Canada, and Latin America.

Fire agencies in Texas and Georgia use it to predict fire spread.

The tools support decisions on crew deployment and equipment use.

A webinar on the technology will be held on 30 June 2025.

New fire protection systems target smaller and mid-sized buildings

by Breaking NewsFire DetectionProducts

Edwards introduces Edge platform for mid-sized sites

Edwards has announced two new fire alarm systems for commercial use across the United States and Canada.

The company stated that the new platforms – Edge by Edwards and Evolve by Kidde Commercial – are designed to improve fire protection in small and mid-sized buildings.

Both systems are intended to simplify fire safety technology while meeting industry standards and installation needs.

The Edwards Edge platform is a modern fire alarm system built for mid-sized buildings with commercial occupancy.

It includes an intuitive touchscreen interface, flexible system design, and integration capability with existing building infrastructure.

Touchscreen control panel introduced with Edge

The Edge system is being released by Edwards, part of Kidde Global Solutions.

According to the company, Edge is a connected panel with addressable detection and a 10-inch touchscreen designed for usability.

The platform is built to support up to 1000 addressable devices and is compatible with various signalling and power modules.

The Edge platform is intended to support both new installations and upgrades of existing systems.

Kidde Commercial releases Evolve for simpler installations

The second product launch comes from Kidde Commercial, which is introducing the Evolve platform.

According to Kidde Commercial, the Evolve system delivers enterprise-level fire protection in an accessible format for smaller facilities.

It is aimed at supporting projects with streamlined installation and setup requirements.

The platform is available in 1-, 2- and 4-loop configurations and features automatic address programming and a colour touchscreen display.

It has virtual switches, up to 72 physical switches and 5 colour LED, all programmable, and is backwards compatible with VS2/VS4.

Both platforms align with US codes and standards

Both Edge and Evolve platforms are compliant with US National Fire Protection Association (NFPA) codes and standards.

This includes requirements under NFPA 72, which governs fire alarm systems and emergency communications.

The company stated that both platforms also meet Underwriters Laboratories (UL) requirements and are certified accordingly.

This ensures they can be used in commercial environments requiring code-compliant fire alarm systems.

Systems designed to support scalability and flexibility

The company explained that both platforms are scalable and adaptable depending on the site type.

Edge is positioned for mid-sized commercial buildings, whereas Evolve supports small to mid size projects requiring advanced protection within compact infrastructure.

Both systems were developed to offer efficient system commissioning and low lifecycle costs for building owners and engineers.

The manufacturer noted that additional support and system information are available through their national distributor network.

New fire protection systems target smaller and mid-sized buildings: Summary

Edwards has launched two new fire protection systems.

The first, Edge, is produced by Edwards and is intended for mid-sized buildings.

It features a touchscreen control panel.

The second, Evolve, is released by Kidde Commercial.

Evolve is designed for small to mid-sized projects with simplified installation requirements.

Both platforms are compatible with US fire codes and UL standards.

They are scalable and can be integrated with building management systems.

Edge supports up to 1000 addressable devices, while Evolve is available in loop-based configurations.

Kidde Global Solutions said both systems offer improved installation and commissioning processes.

Smoke alarms failing in thousands of UK homes annually

by Featured NewsFire DetectionResearch

Government data shows widespread failures in home smoke alarms

Over 12,000 residential fires occur each year in the UK in homes without smoke alarms, according to Safety Group.

The organisation cited government data indicating that more than 470 people have died since 2019 in house fires where no alarm was present or the alarm failed to function.

According to the same data, smoke alarms only activated in 36 per cent of house fires, with many failing to sound due to battery or maintenance issues.

Safety Group said the findings reveal a gap between reported alarm ownership and actual alarm functionality.

The data show that while around 90 per cent of homes report having smoke alarms, only 70 to 75 per cent of these are working.

Alarms fail due to age, poor maintenance or incorrect placement

Safety Group UK reported that many UK homes are equipped with outdated or poorly maintained smoke alarms.

The organisation explained that smoke alarms generally have a lifespan of about 10 years, after which their effectiveness declines.

It recommended checking the manufacture date and replacing alarms that are close to or past their expected lifespan.

Safety Group added that devices may also fail to work due to dust or insect obstruction, flat smoke alarm batteries, or incorrect installation location.

It recommended placing alarms on ceilings away from fixtures and testing units monthly.

Interconnected alarms can provide early alerts across properties

Safety Group UK advised upgrading to interconnected smoke alarm systems.

These systems are designed to trigger all alarms in the home simultaneously when one detects smoke.

The company stated that this can provide additional seconds for safe evacuation, particularly in multi-level homes.

According to the organisation, both wired and wireless models are available, with wireless systems offering easier retrofitting for existing homes.

Some newer systems can also alert residents through mobile phone notifications.

Fire services advise regular testing and evacuation planning

Fire England recommends testing all smoke alarms every month by pressing the test button for a few seconds.

Safety Group UK supported this advice and suggested making testing a regular household activity.

The organisation also stressed the importance of replacing batteries annually and keeping spare batteries dedicated to alarms only.

In addition, it encouraged households to develop clear escape plans, including two exits per room and support roles for residents with additional needs.

Smoke alarms fail to operate in 12,000 UK house fires annually: Summary

Government data show that over 12,000 house fires occur each year in homes without smoke alarms.

Since 2019, 471 people have died in fires where alarms were absent or failed.

Only 36 per cent of smoke alarms triggered during a fire.

Around 90 per cent of UK homes report having alarms installed.

Only 70 to 75 per cent of these alarms are in working order.

Common issues include flat batteries, poor maintenance, and incorrect placement.

Smoke alarms have a lifespan of around 10 years.

Safety Group UK recommends regular testing and annual battery changes.

Interconnected alarms can improve early warning across a property.

Fire England advises testing alarms monthly and preparing a fire escape plan.

Fire safety control unit introduced for small UK buildings

by Building ManagementFeatured NewsFire DetectionProducts

Compact smoke ventilation system designed for compliance

WindowMaster has launched a new smoke and heat exhaust ventilation (SHEV) control unit designed for smaller building applications.

According to WindowMaster, the new WSC 106 unit is suited to stairwells, restaurants and commercial buildings in the UK that require fire safety compliance alongside day-to-day ventilation.

The company said the unit delivers up to 6 amps of output current and integrates with standard ±24V DC actuators and MotorLink® enhanced actuators to open windows during a fire event.

WSC 106 designed for fast smoke and heat extraction

The manufacturer explained that the WSC 106 responds immediately to smoke detection, opening windows to release heat, smoke and toxic gases while allowing fresh air into the building.

It stated that the system is intended to maintain clear escape routes during fire evacuation, improve visibility and reduce smoke inhalation risks.

The control unit is CE marked under EN 12101-10 and certified to ISO 21927-9, which WindowMaster said ensures the system complies with UK and European fire safety regulations.

Features support both fire response and daily ventilation

The company highlighted several additional features of the WSC 106, including simplified wiring using BUS technology, which allows for more efficient connection of smoke detectors, alarm systems and switches.

Eight DIP switches allow users to configure the behaviour of window and vent openings depending on the application.

It also noted that the unit supports integration with both standard 24V drives and MotorLink® systems, as well as pyrotechnic gas generators.

Dual-purpose ventilation system for building projects

WindowMaster stated that the WSC 106 is intended to support both emergency smoke extraction and everyday ventilation in modern buildings.

The company said the unit can be used in low-carbon design projects and helps maintain indoor air quality while meeting life safety compliance needs.

Erik Boyter, CEO of WindowMaster, said: “In a fire emergency, every second counts.

“The WSC 106 is designed to respond instantly, ensuring smoke is rapidly extracted to keep escape routes clear, improve visibility, and ultimately protect lives.

“Its compact size, seamless integration, and ease of installation make it a no-brainer for UK architects, contractors, and fire safety engineers looking for a smart, future-proof solution that prioritises both compliance and occupant safety.”

Fire safety control unit introduced for small UK buildings: Summary

WindowMaster has launched the WSC 106 compact SHEV control unit.

The unit is designed for use in small to medium-sized UK buildings.

It provides 6 amps of output current.

It is intended for use in stairwells, restaurants and commercial spaces.

It responds to smoke detection by opening windows for ventilation.

The unit is CE marked to EN 12101-10 and complies with ISO 21927-9.

It works with both standard ±24V DC and MotorLink® actuators.

It includes BUS wiring, eight DIP switches, and pyrotechnic gas generator compatibility.

The unit supports daily ventilation needs in addition to emergency use.

WindowMaster said the unit supports fire safety and indoor air quality.

Fire alarm guidance released for UK school lockdown use

by Associations and OrganisationsFire DetectionResearchSafetyTraining

Fire alarm systems may support both evacuation and invacuation procedures

The Fire Industry Association (FIA) has published updated guidance on using fire alarm systems to support lockdown and invacuation alerts in schools.

According to the FIA, the guidance responds to increasing interest in adapting fire detection and alarm systems for use during non-fire emergencies, including security incidents and chemical threats.

The note outlines key considerations for implementing this dual use, referring to British Standard BS 5839-1:2025 for compliance requirements.

The FIA stated that many public buildings, particularly schools, are assessing how their current alarm infrastructure can be extended to address a broader range of risks.

BS 5839-1:2025 guidance on dual alarm functionality

The guidance references Clause 5a of BS 5839-1:2025, which states that alarm systems linked to hazards other than fire must be clearly differentiated and coordinated.

The FIA explained that this requirement applies when a single fire alarm system is also used to signal lockdown alerts, which must sound different from standard fire evacuation signals.

It added that systems must be designed to prevent conflicting messages, especially in cases where different emergencies occur at the same time.

The FIA noted that in certain scenarios, such as a violent intruder on school grounds, invacuation may be given higher operational priority than evacuation.

Benefits and limitations of using fire alarm systems for lockdown

The guidance outlines several practical advantages for schools considering this dual-function use.

The FIA stated that combining lockdown alerts with existing fire alarm infrastructure can be more cost-effective than installing separate systems.

It also pointed out that fire detection and alarm systems are typically engineered for high reliability and site-wide coverage, making them suitable for time-sensitive alerts.

However, it cautioned that any adaptation must be supported by a building-specific risk assessment, technical planning, and collaboration with emergency services and installers.

Key operational considerations for schools

The FIA advised that any decision to use fire alarm systems for lockdown purposes should involve clear planning and consultation with relevant stakeholders.

It stressed that distinct alarm tones must be agreed upon and easily recognisable to avoid confusion between evacuation and lockdown instructions.

The organisation also recommended establishing procedures to manage simultaneous or conflicting emergency alerts, especially where multiple risks are present.

It emphasised the importance of ensuring that all staff understand the protocols and that decisions about alarm hierarchy are documented and agreed in advance.

Fire alarm guidance released for UK school lockdown use: Summary

The Fire Industry Association released updated guidance on 3 June 2025.

The guidance addresses using fire alarm systems for lockdown and invacuation alerts in schools.

It refers to BS 5839-1:2025 Clause 5a, which requires alarms to be distinct and coordinated.

The FIA stated that many schools are exploring this dual use due to rising safety concerns.

It noted that combining functions may reduce costs and improve system reliability.

It cautioned that lockdown alarms must be clearly differentiated from fire alarms.

The organisation said a full risk assessment must guide implementation.

It recommended stakeholder collaboration to ensure clarity and compliance.

It stated that some scenarios may prioritise invacuation over evacuation.

The FIA advised that building-specific protocols should be developed.

It concluded that schools must prepare operational responses to overlapping emergencies.

India issues fire prevention directive for landfill and waste sites

by Featured NewsFire DetectionWaste & Recycling

Fire directive targets open burning and landfill risk

The Ministry of Environment, Forest and Climate Change has reported that the Commission for Air Quality Management in NCR and Adjoining Areas (CAQM) has issued new orders to reduce fire incidents at waste sites and cut air pollution.

Under Direction No. 91, the Commission has directed agencies across Delhi-NCR to prevent fires caused by legacy and fresh municipal solid waste (MSW) and biomass.

These measures aim to address rising concentrations of particulate matter and harmful gases linked to open burning.

The Commission’s directions are issued under Section 12 of the CAQM Act, 2021 and are intended to enhance fire safety at sanitary landfill (SLF) sites and dumpsites, with agencies instructed to take comprehensive fire mitigation actions.

Landfill fire prevention and legacy waste management

The Commission has ordered agencies to identify and assess fire risks at all SLF sites and dumps in the Delhi-NCR region.

This includes categorisation, boundary fencing, and the installation of CCTV systems and methane gas detectors.

The Ministry reported that timelines for bio-remediation and legacy waste liquidation should align with submissions made to the Supreme Court.

State governments and the Government of the National Capital Territory of Delhi (GNCTD) are expected to review and update action plans.

To prevent internal heat build-up, windrow temperatures must be monitored and logged.

Fire drills and audits must be conducted quarterly, with sites equipped with extinguishers, fire tenders, water tankers, earthmovers and sand.

New obligations for fresh waste handling

Agencies must now ensure that MSW is collected, processed and transported in line with the Solid Waste Management Rules, 2016.

According to the Ministry, there will be a zero-tolerance policy for open waste burning across transit and collection areas.

Surveillance will be increased in areas vulnerable to open burning, especially at night and in winter. Enforcement patrols will be expected to conduct regular checks.

Urban Local Bodies have also been directed to expand capacity for handling horticultural waste throughout the year.

Public engagement is required to help prevent fires caused by unauthorised burning.

The Ministry stated that Residents Welfare Associations, industry bodies, shopkeepers’ groups and sanitation staff are all expected to play a part through awareness and participation efforts.

Quarterly reports and enforcement

The Ministry confirmed that the Delhi Pollution Control Committee and State Pollution Control Boards must each provide a quarterly summary of compliance in a standardised format. These reports must detail actions taken to prevent fires and open burning.

The Ministry noted that these directions do not replace existing orders issued by the courts or other regulatory bodies, including the Central Pollution Control Board.

Non-compliance will be penalised under Clause 14 of the CAQM Act, 2021.

The Commission is seeking to ensure uniform enforcement and greater accountability in fire prevention and risk control at waste sites.

India issues fire prevention directive for landfill and waste sites: Summary

The Commission for Air Quality Management has issued Direction No. 91 under the CAQM Act, 2021.

The direction addresses fire incidents at landfill sites and the open burning of municipal waste and biomass in Delhi-NCR.

The Ministry of Environment, Forest and Climate Change confirmed the order on 4 June 2025.

The order applies to agencies operating within the National Capital Region and adjoining areas.

Measures include waste segregation, landfill temperature checks and CCTV surveillance.

Agencies must install gas detectors and conduct fire safety audits quarterly.

Open waste burning at collection and transit points is now banned.

Urban Local Bodies are instructed to expand waste handling capacity.

Public awareness campaigns must be conducted to reduce open burning.

Quarterly reports must be submitted to the Commission in a prescribed format.

Non-compliance may result in penalties under Clause 14 of the CAQM Act.

The directions supplement existing rules issued by the courts and CPCB.

The Ministry stated that the new measures are mandatory for all relevant agencies.