UK schools asked to donate used heat detectors for fire safety research

by Associations and OrganisationsFeatured NewsFire Detection

FIA and BRE request heat detectors from school upgrades for testing

The Fire Industry Association (FIA) has asked fire alarm professionals to retain and donate used but functioning heat detectors removed during school maintenance work.

According to the FIA, this appeal supports a joint research project with the Building Research Establishment (BRE) to investigate how environmental conditions affect heat detector performance.

The FIA stated that summer holidays are an ideal period for this collection, as many schools schedule system upgrades during this time.

Research aims to study environmental impact on fire detection

The Fire Industry Association explained that the project with BRE focuses on how real-life conditions influence the operation and lifespan of heat detectors.

The FIA said the results will contribute to updated standards, new maintenance advice and improved product design for the wider fire detection sector.

The organisation added that understanding long-term detector performance is essential to ensuring effective fire safety in varied built environments.

Donated devices must be working and accompanied by usage data

The Fire Industry Association confirmed that only working heat detectors will be accepted for the study.

It specified that each unit must be submitted with a completed questionnaire detailing its usage location and environmental context.

The FIA said that this contextual information is necessary for the research to deliver relevant and practical insights for future applications.

How to participate in the collection initiative

The FIA stated that heat detectors can be donated by contacting gemma.sambells@bregroup.com for shipping details.

It also asked contributors to send completed questionnaires to the same address.

The Fire Industry Association and the Building Research Establishment expressed their thanks to those who have already donated.

They noted that with the upcoming summer upgrades, now is a useful opportunity for others in the sector to contribute.

UK schools asked to donate used heat detectors for fire safety research: Summary

The Fire Industry Association is collecting used, working heat detectors during school summer upgrades.

The detectors will support a joint research project with the Building Research Establishment.

The research aims to analyse how environmental conditions affect heat detector performance.

Only devices in working order will be accepted for study.

Each donated detector must be accompanied by a completed questionnaire.

The questionnaire collects data on where and how the detector was used.

The findings will support the development of future detection standards and maintenance guidance.

Contact gemma.sambells@bregroup.com to participate or submit a device.

Updated BS 5839-1 code of practice issued for UK non-domestic fire alarm systems

by Breaking NewsFire DetectionSafety

Revised fire safety code aims to improve alarm system design in commercial buildings

BSI has published a revised edition of its fire protection guidance for non-domestic buildings.

The updated document, BS 5839-1, provides detailed recommendations for the design, installation, commissioning and maintenance of fire detection and alarm systems.

The revised code of practice applies to systems in commercial, public and industrial premises in the UK, and incorporates feedback from research, consultations and incident reviews.

BSI outlines scope and updates in revised BS 5839-1 guidance

BSI reported that the code of practice is intended to support building safety through improved fire detection and alarm systems in premises other than dwellings.

The guidance applies to systems including manual call points, sounders, detectors and control panels.

It also covers systems that trigger additional fire protection functions such as smoke control, door releases, gas shut-off valves or lift recall systems.

The updated edition replaces the 2017 version and reflects current best practice for new work and any extensions involving new installation elements.

Changes include new recommendations for sleeping areas and unacceptable variations

According to BSI, the revised standard expands its guidance on buildings that include rooms for sleeping, such as hotels or similar premises.

The update recommends using detection systems other than heat detectors, or sprinklers that act as heat detectors, to increase early warning capability.

The guidance also identifies variations that are no longer considered acceptable in light of evidence from fatal fire incidents.

These changes are intended to reduce risk and improve occupant safety through earlier detection and more consistent system design.

BS 5839-1 supports UK building regulations and Approved Document B

The organisation noted that BS 5839-1 is referenced in both volumes of Approved Document B, which supports compliance with building regulations related to fire safety in England.

Approved Document B includes guidance on fire escape routes, control of fire spread, fire resistance of structures and fire service access.

BSI stated that the revised standard reinforces alignment with these regulations by offering up-to-date technical recommendations.

This supports designers, installers and building managers in ensuring that systems are compliant and effective in fire safety planning.

Expert commentary highlights importance of updated guidance

Ant Burd, Director of Built Environment at BSI said: “Detection and alarm systems are of critical importance to people’s safety in the event of a fire breaking out.”

“This latest revision of BS 5839-1 reflects BSI’s continued commitment to ensuring that fire detection and alarm systems meet the evolving needs of modern buildings and their occupants.“

“By incorporating lessons learned from recent research, industry feedback, and real-world incidents, the updated standard is designed to offer clear, comprehensive guidance.“

“Ultimately, this is about saving lives, supporting compliance, and strengthening fire safety across the built environment.“

Updated BS 5839-1 code of practice issued for UK non-domestic fire alarm systems: Summary

BSI has published a revised edition of BS 5839-1, a code of practice for fire detection and fire alarm systems in non-domestic premises.

The standard provides updated recommendations on system design, installation, commissioning and maintenance.

It applies to systems including manual call points, detectors, sounders, and control panels.

It also covers systems that activate other fire safety functions such as smoke control or gas shut-off.

The new edition replaces the 2017 guidance and supports consistency in new installations and system extensions.

It is referenced in Approved Document B of the UK building regulations.

The updated guidance includes changes relating to sleeping accommodation.

It recommends avoiding heat-only detection in favour of earlier detection methods.

BSI stated that unacceptable system variations have also been clarified based on past fire incidents.

The revised document is intended to improve safety and compliance in commercial, public and industrial buildings.

Ant Burd of BSI said the update reflects lessons from recent research and incidents.

Siemens introduces new fire safety training wall in Manchester

by Featured NewsFire DetectionSafetyTraining

Siemens expands hands-on training for fire safety engineers in the UK

Siemens has introduced a practical ‘training wall’ at its Manchester facility as part of ongoing investment in its partner training programme.

According to Siemens, the installation is designed to give engineers hands-on experience with its fire safety and building management systems.

The company said the wall includes Cerberus PRO and Cerberus FIT panels, FDA241 and FDA262 aspirating smoke detectors, sounders, two fire dampers with Siemens actuators, a PXC4 automation station, a Connect Box IoT unit and a Desigo optic embedded device.

Siemens confirmed that these components are connected to demonstrate how the systems integrate with each other and the wider Siemens Building X digital platform.

Siemens trainer highlights need for practical learning

Siemens Fire Product Trainer Justin Leeks, who was appointed in 2023, said the new setup was created to support deeper learning through experience.

Leeks said: “Theory is important but it only goes so far.

“I have been a fire systems engineer myself so understand how getting your hands dirty by being ‘under the hood’ and seeing how these systems operate is the best way of learning.

“This knowledge can then be taken into the field by engineers who understand the specifics of the systems and how to best manage installation, commissioning and maintenance.”

Leeks added: “One of the benefits of the systems is that a lot of the work can be done in advance, pre-configuring a whole site and thereby offering significant savings in on-site installation and commissioning time.

“I’d like to thank Advanced Air and Detector Testers for supplying some of the equipment for the wall – it’s great to see that other companies also recognise the value of training the next generation.”

Training format combines e-learning and in-person instruction

Siemens explained that the training is delivered using a two-part structure.

The company stated that the programme begins with e-learning to cover basic principles, followed by face-to-face sessions for more in-depth technical content.

It noted that the wall was designed with a modular approach so that it can be updated as new products are introduced to the Siemens portfolio.

According to Siemens, this aligns with its wider product strategy of supporting ongoing integration and flexibility.

UK leadership highlights industry relevance

Rob Yates, Siemens Head of Building Products Fire Safety in the UK and Ireland, said the training programme is part of the company’s response to the sector’s personnel needs.

Yates said: “Effective training programmes are vital to the future of the fire safety industry.

“Much is spoken of the skills shortage which demonstrates all too clearly why it is more important than ever that we invest in the training of those that do choose to go into fire safety engineering.

“Hopefully, in doing so, not only do we develop their skills but we also potentially encourage others to consider it as a career option.”

Siemens introduces new fire safety training wall in Manchester: Summary

Siemens has added a practical ‘training wall’ to its Manchester training centre.

The company said the wall includes connected fire safety and building systems hardware.

The equipment features Cerberus PRO and FIT panels, ASD range detectors, and BMS devices.

Siemens stated that the wall supports its Building X platform integration approach.

Justin Leeks, Siemens Fire Product Trainer, emphasised the value of hands-on experience.

Leeks said real-world interaction enhances engineers’ understanding of installation and maintenance.

He credited external suppliers for supporting the setup with additional equipment.

Training combines online foundational content with classroom-based technical sessions.

The modular wall design allows Siemens to update the wall as new products are developed.

Rob Yates, Siemens UK and Ireland Head of Fire Safety, commented on the sector’s skills gap.

Yates said the training investment supports both competence and industry engagement.

Pfannenberg to showcase NFPA-compliant fire alarms for industrial use

by Featured NewsFire DetectionProducts

Fire alarm systems designed for industrial use to be featured in Las Vegas

Pfannenberg has announced it will exhibit its range of fire protection signalling devices at the 2025 NFPA Conference & Expo.

The company confirmed it will attend the event in Las Vegas, Nevada, from 16 to 18 June, where it will showcase alarms built to comply with NFPA 72 standards.

Pfannenberg manufactures audible alarms, visual alarms and combined units intended for industrial settings.

Pfannenberg highlights NFPA 72 compliance and performance enhancements

Pfannenberg stated that its PATROL and PYRA product ranges are UL listed and fully compliant with NFPA 72 requirements for fire signalling devices.

The company explained that its sounders feature the T3 tone, meeting the 10dB offset requirement for Private Mode and 15dB for Public Mode, which are specified in NFPA 72 guidelines.

It added that its systems exceed the NFPA 72 18.5.5.6 “Performance based alternatives” requirements, and that the sizing exceeds the minimums set in Table 6-4.4.1 for 0.4l/m² coverage.

Integration with digital tools enables system planning and coverage mapping

Pfannenberg said its products support Building Information Modeling (BIM) integration to assist in designing alarm systems with 3D accuracy.

It also noted the availability of proprietary software that allows users to calculate alarm coverage using three-dimensional mapping tools.

According to the company, this improves efficiency in alarm system layout while helping to reduce unnecessary costs.

Product range includes alarms for harsh environments

Pfannenberg will showcase its PATROL PA X Series at the NFPA Expo, which includes devices offering sound outputs from 100 dB to 122 dB.

The manufacturer said the units are suitable for spaces with high ambient noise or intense lighting, with visibility maintained through smoke due to the high flash energy strobe lights.

It stated that the alarms can produce between 5 to 15 Joules of flash energy, with up to 70% light emission retained after 8 million flashes.

Jacob Vernon, Product Manager – Audible and Visual Signaling at Pfannenberg, said:
“Pfannenberg is continually innovating and improving fire protection alarms, striving to ensure their effectiveness and compliance with the latest safety protocols for industrial and warehouse spaces.”

Vernon added:
“By leveraging cutting-edge technology and industry best practices, Pfannenberg’s comprehensive approach to fire prevention aims to safeguard lives and protect assets in the face of fire hazards.”

Pfannenberg showcases NFPA-compliant fire alarms for industrial use: Summary

Pfannenberg will exhibit its fire protection signalling devices at the 2025 NFPA Conference & Expo in Las Vegas, Nevada.

The company’s alarms are designed for industrial applications and comply with NFPA 72 standards.

The PATROL and PYRA product ranges are UL listed and meet both Public and Private Mode sound offset requirements.

Pfannenberg stated its devices exceed NFPA 72 sizing requirements and support performance-based alternatives.

Its products can be integrated with BIM software for 3D planning of alarm systems.

Pfannenberg offers 3D coverage software to help design effective alarm layouts and reduce cost.

Alarms in the PATROL PA X Series emit sound levels from 100 dB to 122 dB.

Visual alarms feature high-intensity strobes ranging from 5 to 15 Joules.

The units are designed for visibility in environments with smoke and bright light.

Pfannenberg will present these products at Booth #139 at the NFPA Conference.

JEM Systems presents modular ASD system for fire detection

by Featured NewsFire Detection

JEM details ModuLaser fire detection system

JEM Systems has highlighted Kidde Commercial’s ModuLaser Modular Air Sampling Detector as an aspirating smoke detection system intended for early fire detection in complex environments.

JEM stated that aspirating smoke detection systems continuously sample air through a pipe network, move it to a detection unit by fan, then filter and analyse it in a high-sensitivity laser chamber.

Multiple alarm thresholds can be configured so responses can be triggered at different stages of smoke detection by local staff, fire alarm systems and fire suppression systems.

The system is intended for environments including telecommunications facilities and data centres where very early warning detection can help reduce downtime.

It is designed to detect smoke during the incipient stage of a fire before visible smoke develops.

In spaces with high airflow or difficult access, including server rack cooling containment aisles, elevator hoistways and automated storage and retrieval system warehouses, sampling pipes can be positioned so testing and maintenance can be completed outside the protected area.

This arrangement is described as consistent with NFPA 72 Chapter 14 requirements, with airflow disruptions within the system reported automatically as faults.

Modular design and site applications

JEM stated that ModuLaser uses a modular design that allows detection to be configured on a per-pipe basis, with up to eight pipes served within a single detector arrangement.

The system is described as avoiding unused pipe ports and allowing detectors to be expanded or adapted as site requirements change.

It also includes ClassiFire technology, which adjusts detection thresholds in response to seasonal changes and background environmental conditions.

Laser dust discrimination technology is included to identify obscuration spikes caused by airborne particles and reduce nuisance alarms.

Up to 127 modules can be networked to a command display interface for centralised configuration and firmware management.

Each pipe is analysed independently, so a fault on one pipe does not affect the performance of others.

JEM said the platform can support cross-zoning between pipes without latency and allow individual modules to be serviced without disabling the full system.

The company also identified applications in cold storage, atriums, auditoriums, laboratories, server rooms and elevator shafts, as well as occupancies where revised building and fire codes require aspirating smoke detection or radiant-energy-sensing systems for lithium-ion or lithium metal battery manufacturing or storage.

JEM said it distributes ModuLaser products and provides design support for integrating aspirating smoke detection into wider fire protection strategies.

Advanced fire system installation at Eribé Knitwear enhances safety in Scotland

by Featured NewsFire DetectionProjects

Advanced system supports fire safety upgrade at Scottish knitwear facility

Fire protection manufacturer Advanced has provided a wireless-enabled fire alarm system at the Eribé Knitwear headquarters in Melrose, Scotland.

According to Advanced, its MxPro 5 analogue addressable fire panel was chosen for installation following a fire risk assessment that identified the need for Category L2 coverage.

Safe Services, a fire and security service provider, replaced the outdated fire system at the Eribé site with the new MxPro 5 panel.

Fire safety retrofit enabled by wireless integration

Safe Services reported that the MxPro 5 panel was retrofitted using an EMS Firecell wireless detection system.

It explained that the wireless configuration reduced the need for cabling throughout the building, which helped to minimise disruption.

Graeme Millar, Fire Technical Sales Engineer at Safe Services, said: “We were responsible for the installation, commissioning, verification and handover of the system at Eribé, and will also be conducting ongoing maintenance.

“We have several sites we have worked on with the same combination, and know the Advanced MxPro 5 works well with EMS equipment.

“The Advanced MxPro 5 is our panel of choice as it’s a trusted and reliable panel with our design and installation teams.”

Eribé prioritised safety as part of 2024 business review

Eribé Knitwear began a comprehensive business assessment in 2024, which included an internal review of its fire protection arrangements.

The company stated that the fire system upgrade was part of its commitment to protecting staff and visitors.

Tamsin Ansdell of Eribé Knitwear said: “In 2024 we reviewed our business as a whole to strengthen our processes.

“The safety of our staff, premises, and customers was a priority and so we were fully behind investing in an Advanced fire safety system.

“We are now really proud to say that with the help of Safe Services, our extended team, managers and directors feel far more knowledgeable regarding the risks and actions, and the whole team feels safer and more invested in it as a result.”

Advanced MxPro 5 panel offers configurable and scalable protection

Advanced said that its MxPro 5 fire panel is compatible with wired and wireless systems and can be used in networks of up to 200 panels.

The panel is certified to the EN 54 standard by FM Approvals and supports four detector protocols.

Neil Parkin, Sales Manager at Advanced, said: “Choosing wireless equipment when installing a fire system is ideal for retrofitting, where cabling can be trickier to install and visually unappealing.

“Add to that the time and cost benefits they provide to installers, and it is a great choice in multiple scenarios both large and small.

“Our MxPro 5 panels are designed to make life as easy as possible, delivering robust protection that offers real peace of mind, all backed up by our highly rated technical support.”

Advanced fire system installation at Eribé Knitwear enhances safety in Scotland: Summary

Fire protection solutions manufacturer Advanced supplied a wireless-capable MxPro 5 fire panel to Eribé Knitwear.

The system was installed in Melrose, Scotland, after a fire risk assessment identified the need for Category L2 coverage.

Safe Services conducted the installation, using the EMS Firecell wireless system to avoid disruptive cabling.

The MxPro 5 panel replaced an outdated system that could not be upgraded to current standards.

The panel is certified to EN 54 by FM Approvals and can be configured with up to 200 panels in a network.

Eribé Knitwear reviewed its operations in 2024 and prioritised safety system upgrades as part of the process.

Eribé said its staff now feel more knowledgeable and safer as a result of the fire system installation.

Advanced reported that the panel supports multiple protocols and includes wireless functionality.

The system’s wireless features simplify installation and enable easier maintenance scheduling.

The installation was completed by Safe Services, who will also carry out future servicing.

The importance of a reliable gas detection system

by Breaking NewsFire Detection

In the industrial world, safety is never an option: it is a responsibility. And when it comes to potentially explosive environments, chemical plants, laboratories, underground car parks or HVAC facilities, the presence of flammable or toxic gases makes it essential to adopt reliable detection solutions, capable not only of preventing accidents, but also of ensuring business continuity.

Reliability as a pillar of prevention

An effective gas detection system is not just a supporting technology: it is a vital prevention system. In an environment where failure can have serious consequences, both in terms of safety and economic damage, the reliability of installed devices makes the difference between a mitigated risk and a real danger.

Detectors must be designed to work in often harsh environmental conditions – humidity, dust, temperature variations – and must maintain their accuracy over time. They must also be easy to maintain, upgradable and integrable into existing control systems.

Sensitron: reliability without compromise

For over thirty years, Sensitron has been protecting people and environments with advanced gas detection solutions. We work every day to offer reliable technology designed to operate continuously, accurately and safely. Our detectors, certified according to the most stringent European and international standards, are the result of consolidated experience and a continuous drive towards innovation.

From production to design, every step is guided by our values: care, to ensure that every detail is perfect; courage, to anticipate the challenges of the future; excellence, to offer only the best; growth, to improve together with our customers.

Rely on someone who knows the risk

A gas detection system is much more than a sensor: it is a safety net that protects lives, environments and investments. Therefore, choosing an expert partner is crucial. Sensitron not only supplies devices, but also supports its customers with advice, technical support and training, building tailor-made solutions for every need.

Hochiki to deliver regional fire safety seminars with Jendee and local authorities

by Featured NewsFire DetectionSafetyTraining

Caribbean CPD seminars target local compliance and education

Hochiki has reported that it will partner with Jendee Trading to deliver a programme of educational seminars and customer events across four Caribbean nations in May 2025.

According to Hochiki, the initiative will focus on region-specific fire safety education, incorporating local legal requirements and involving the participation of Electrical Inspectorates in St. Vincent, St. Lucia, Trinidad, and Grenada.

The sessions will be tailored for a wide range of professionals, including engineers, insurers, and building owners, and aim to strengthen understanding of both international standards and island-specific regulations.

Programme to address island-specific regulations

Hochiki Europe stated that the joint team will visit the Caribbean from 4 to 22 May 2025, delivering events in St. Vincent, St. Lucia, Trinidad, and Grenada.

The company said the seminars will include contributions from each island’s Electrical Inspectorate to ensure that guidance aligns with national laws and frameworks.

The tour will focus on fire detection system design, false alarm reduction, and building compliance across industries such as tourism, food production, healthcare, and technology.

Accredited training contextualised for Caribbean professionals

Hochiki explained that two accredited Continuing Professional Development (CPD) courses will be delivered during the initiative.

The training covers BS 5839 Part 1 Code of Practice for Fire Detection System Design and methods for reducing false alarms.

Both courses will be contextualised to the legal environment of each host country and will involve input from local Electrical Inspectorates to highlight specific regional requirements.

Industry collaboration highlights long-term commitment

Richard Wharram from Hochiki Europe said: “We are incredibly enthusiastic about engaging with our customers, both new and existing, across the Caribbean.

“Sharing the stage with our esteemed colleagues from Jendee, whose deep regional expertise is unmatched, is a privilege.

“Furthermore, the active involvement of the local Electrical Inspectorates is paramount, ensuring our educational content is directly relevant to local regulations.

“Attendees will greatly benefit from this comprehensive approach, gaining valuable insights into design support, in-depth product knowledge, technical training, and commissioning assistance, ultimately contributing to safer and more compliant installations within their communities.”

Debbie Marsh from Jendee said: “Our five decades of experience in the Caribbean have taught us the vital importance of working closely with local authorities.

“Partnering with Hochiki Europe and, crucially, with the Electrical Inspectorates in each island, allows us to deliver training that is not only informative but also directly relevant to the legal and regulatory frameworks.

“This collaborative effort is key to building trusted partnerships and ensuring the highest standards of fire safety across the region.”

Shinsuke Kubo, Managing Director of Hochiki Europe, said: “Establishing strong and trusted partnerships within the Caribbean region is fundamental to Hochiki Europe’s long-term commitment.

“By working in close conjunction with Jendee and, most importantly, with the local Electrical Inspectorates, we are demonstrating our dedication to ensuring that our knowledge and expertise are applied in a way that is fully compliant with local laws and regulations.

“This unified approach is crucial for building a safer and more resilient future for the Caribbean.”

Hochiki delivers regional fire safety seminars with Jendee and local authorities: Summary

Hochiki has announced a series of fire safety seminars in partnership with Jendee Trading across four Caribbean nations in May 2025.

The events will take place in St. Vincent, St. Lucia, Trinidad, and Grenada.

Each seminar will involve presentations by the local Electrical Inspectorate.

Two CPD courses will be delivered: BS 5839 Part 1 and False Alarm Reduction.

Courses will be contextualised to match the regulatory frameworks of each host nation.

Seminars will be aimed at engineers, insurers, building owners, and fire safety professionals.

Hochiki said the programme supports knowledge-sharing around international and local safety standards.

The company stated that the initiative is designed to support safer and more compliant fire safety installations in the region.

Jendee Trading said the approach reflects its experience working closely with Caribbean authorities.

Hochiki’s Managing Director said the partnership supports long-term regional engagement and regulatory alignment.

AI fire prediction system deployed to reduce wildfire risks to Israeli transport

by Featured NewsFire DetectionWildland Fire

Israel’s AI fire prediction system launched to reduce wildfire disruption

The Jerusalem Post has reported that Israel’s Ministry of Transportation has launched an AI fire prediction system to minimise wildfire-related disruptions across its transport networks.

The Israel Meteorological Service, operating under the ministry, developed the system to support emergency teams, reduce fire spread and protect passengers during wildfire events.

According to the ministry, the system combines artificial intelligence, weather modelling and environmental data to forecast areas most at risk from fire outbreaks.

Climate change preparedness and international collaboration

The Transportation Ministry stated that the new system forms part of its wider climate resilience strategy.

Transportation Minister Miri Regev said: “The fire prediction system being launched in the coming days is one of the many products of the ministry’s preparation for the climate crisis.”

She added: “It will help us prepare better, reduce disruption to transportation, and prevent risk to human life.”

According to the ministry, the technology has been developed in collaboration with Greece and Cyprus, countries that also experience summer fire risks due to similar weather conditions.

Technology to track, forecast and respond to wildfire threats

The Jerusalem Post reported that the system uses variables such as vegetation moisture levels to identify high-risk areas.

It is further supported by a new simulation tool designed to generate three-dimensional maps showing expected fire spread, taking into account real-time weather data.

The Transportation Ministry stated that this data will assist emergency teams in containing fires before they affect critical transport systems.

Moshe Ben Zaken, Director-General of the Transportation Ministry, said: “As global warming disrupts traditional forecasts and causes extreme weather events with greater frequency, the importance of early prediction is greater than ever.”

He added: “We are allocating all necessary resources to ensure we have the most advanced technologies in the world to prevent widespread disruptions and save lives.”

Wildfire risks to Israeli transport network

According to ministry data, wildfire events typically result in around 15 days of transport disruption per summer season, including train delays and road closures.

The Jerusalem Post stated that areas such as the Golan Heights and Upper Galilee, which saw heavy winter rains, could face heightened wildfire risks due to the growth of flammable vegetation.

The ministry explained that the AI system will enable operators such as Israel Railways and Netivei Israel to respond more quickly to emerging fire threats.

AI fire prediction system deployed to reduce wildfire risks to Israeli transport: Summary

Israel’s Transportation Ministry has launched a new AI fire prediction system.

The announcement was made by the ministry and reported by The Jerusalem Post.

The system was developed by the Israel Meteorological Service.

It uses artificial intelligence, weather modelling and environmental data to predict high-risk areas for wildfires.

A new simulation tool will provide 3D maps showing projected fire spread based on real-time weather.

Transportation Minister Miri Regev said the system is part of the country’s broader climate preparedness plan.

Moshe Ben Zaken, Director-General of the ministry, said early predictions are increasingly important due to global warming.

The system was developed with input from Greece and Cyprus.

According to ministry data, wildfires cause around 15 days of delays each summer.

The ministry said the tool will help protect passengers and reduce disruption across Israel’s transport network.

STI launches G3 and GF push button series in EMEA with optional IP camera

by Breaking NewsFire Detection

STI expands launch of G3 and GF push buttons to EMEA

Safety Technology International (STI) has introduced its G3 and GF push button series across Europe, the Middle East and Africa (EMEA), following their earlier deployment in the United States.

According to STI, the new series is designed for fire, access control and intrusion systems and was first showcased at Intersec 2025.

STI reported that early adopters include major infrastructure projects in the Middle East, such as airports and stadiums.

Visual accountability through integrated camera technology

The company stated that a defining feature of the G3 and GF range is an optional built-in IP camera designed to support visual identification and accountability.

STI said the camera provides eye-level footage of individuals interacting with the device, which it explained helps address limitations of overhead CCTV in capturing identifying features when hats or hoods are worn.

It added that the camera captures footage before, during and after button activation, which supports incident analysis and helps deter misuse.

Sibtain Naqvi, Head of Marketing & Product Management at STI, said:
“We designed these buttons not just to perform a function, but to address a real issue in the industry: the growing challenge of malicious activations and alarm fatigue.
“The optional camera delivers an immediate step-change in accountability and deterrence.”

Fire and security applications with regional compliance

STI explained that the G3 is suitable for access control and security use, while the GF is intended for fire alarm integration.

Both devices are made from impact-resistant polycarbonate and offer operational variants such as Momentary, Key-to-Reset and Turn-to-Reset.

Protective covers, available with or without built-in sounders, comply with recommendations in BS 5839-1:2017, which advises the use of covers to reduce false alarms.

STI confirmed that the GF model is UL-listed, a factor it noted is particularly relevant to the Middle East, where UL certification is commonly required for fire safety systems.

Supporting UK site readiness and Martyn’s Law compliance

The company highlighted that the introduction of the G3 and GF series aligns with new requirements under the Terrorism (Protection of Premises) Act 2025, known as Martyn’s Law.

According to STI, the optional IP camera can support documentation requirements under the law by capturing footage that aids incident detection, lockdown activation and evacuation planning.

It added that these capabilities may assist venues in demonstrating efforts to improve site readiness and reduce vulnerability to potential threats.

The legislation is currently in its implementation phase.

Technical specifications and industry response

STI confirmed that the G3 model uses a DPDT (2 Form C) switch and the GF uses an SPDT (Form C) switch, both rated for 30 VAC/VDC at 5 A.

It stated that the optional IP camera supports a 180-degree diagonal view, 5MP resolution at 30 frames per second, and is powered via 12VDC.

The company said that feedback from Intersec attendees in the Middle East has been positive, with security professionals expressing interest in the products’ potential to reduce call point misuse and improve alarm management.

STI launches G3 and GF push button series in EMEA with optional IP camera: Summary

STI has launched its G3 and GF push button series across EMEA.

The series was first introduced at Intersec 2025.

The company said the push buttons are designed for fire, access control and intrusion systems.

An optional built-in IP camera captures real-time footage at eye level.

STI stated the camera helps reduce false activations and supports incident response.

The G3 is for general access and security use.

The GF is designed for fire alarm integration and is UL-listed.

Both are made from impact-resistant polycarbonate.

They offer multiple reset configurations and optional protective covers.

STI noted that the camera’s footage can support Martyn’s Law readiness.

The camera supports 5MP resolution and 180-degree field of view.

Switch ratings are 30 VAC/VDC, 5 A.

The launch follows earlier deployment in the United States.

STI reported that early adopters include Middle East infrastructure sites.

Feedback from Intersec attendees was positive, the company added.