Liam Arstall, FFE’s Head of Product Marketing, discusses fire detection in open spaces and the push for reduced installation time, cost and maintenance
Pye-Barker acquisition expands safety services in Kentucky
Pye-Barker completes acquisition of Modern Systems
Pye-Barker Fire & Safety has confirmed the acquisition of Kentucky alarm and security company Modern Systems.
According to Pye-Barker, the deal extends its fire protection and life safety coverage across the state by adding full fire code compliance and security support for new communities.
The company said Modern Systems has operated in Kentucky for more than 45 years.
It added that the team has delivered customised and integrated security solutions for businesses and residential customers throughout the state.
Modern Systems’ service history in Kentucky
Pye-Barker explained that Modern Systems was founded in 1979 by David Morris, who remains the company’s president.
It said the business has developed a wide range of offerings including fire alarms, intrusion detection, video surveillance access control and licence plate identification systems.
The group added that its systems are supported by AI analytics and 24/7 monitoring.
It noted that Modern Systems also provides annual inspections and maintenance services.
According to Pye-Barker, these activities are intended to ensure the protection of lives and property.
Technology and leadership approach
Pye-Barker said Modern Systems’ use of AI tools has been an important part of its strategy.
It added that this approach reflects the forward planning of the company’s leadership team.
The organisation commented that David Morris has directed the company through multiple decades of expansion in services, technologies and markets.
Morris said: “Aligning with the Pye-Barker team opens new doors to achieve our mission of widespread safety in Kentucky.
“I am without a doubt that Pye-Barker is the perfect team to enhance what we have built at Modern Systems, thanks to their steadfast dedication to community safety and internal family culture.
“I’m excited and inspired to continue our work serving Kentuckians together.”
Pye-Barker comments on integration
Bart Proctor, CEO of Pye-Barker, said: “Modern Systems has been on the cutting edge of new security and safety technology for four decades.
“Integrating the team into Pye-Barker allows us to push innovation forward and ensure fire and life safety is constantly being optimized across the nation.”
The company stated that the acquisition is intended to bring additional resources and national support to the Kentucky-based team.
It added that Modern Systems will continue to operate with its existing staff in place.
Transaction details and representation
Pye-Barker confirmed that Nelson Mullins Riley & Scarborough LLP represented the company in the transaction.
It added that the legal firm supported the process through to completion.
The company noted that Modern Systems’ customers will continue to be served without disruption following the deal.
Relevance for fire and safety professionals
The acquisition adds another regional provider to Pye-Barker’s nationwide network of fire protection and security companies.
For fire and safety professionals, the deal reflects consolidation trends in the US sector, where larger companies are expanding through the acquisition of long-established regional specialists.
It also highlights the growing role of AI-enabled monitoring and analytics in fire and security systems.
Professionals may note the emphasis on continuity of service, with Modern Systems’ existing workforce retained to support Kentucky customers.
Pye-Barker acquisition expands safety services in Kentucky: Summary
Pye-Barker Fire & Safety has acquired Kentucky-based Modern Systems.
Pye-Barker said the deal expands its fire and life safety coverage across the state.
Modern Systems was founded in 1979 by David Morris.
The company provides fire alarms, intrusion detection, video surveillance and licence plate identification systems.
It also offers AI-supported analytics and 24/7 monitoring.
Modern Systems performs inspections and maintenance services for customers.
David Morris said the partnership will extend safety across Kentucky.
Pye-Barker CEO Bart Proctor said the integration will support innovation.
Modern Systems will continue operating with its existing workforce.
Nelson Mullins Riley & Scarborough LLP represented Pye-Barker in the deal.
Fire safety overhaul: Why a Liverpool care home chose Hyfire’s wireless system
Courtfield Lodge care home upgrades fire protection
Hyfire has reported that Courtfield Lodge, a residential and dementia care home in Ormskirk, has been fitted with its Taurus wireless fire alarm system.
The company explained that the upgrade was carried out as the facility’s existing fire safety equipment no longer met modern requirements.
According to Hyfire, We Care Group, which owns Courtfield Lodge, made the decision to replace the system to ensure compliance with national regulations and to strengthen protection for residents and staff.
The care home, established in 1989, provides accommodation for adults aged over 65.
Hyfire added that the installation was completed without disruption to the daily operation of the facility.
Regulatory compliance for UK care homes
Hyfire noted that care homes in the United Kingdom must comply with the Health and Social Care Act 2008 and the Regulatory Reform (Fire Safety) Order 2005.
These laws require care home managers and owners to ensure that fire safety measures are adequate and that staff are prepared to respond in the event of an emergency.
The company explained that local fire authorities carry out inspections to verify compliance with these requirements.
It added that wireless fire detection systems can support care homes in meeting both regulatory standards and operational needs.
Taurus wireless system deployment
According to Hyfire, its Taurus wireless devices can be installed in buildings of varying size and age.
The company said that the system was selected for Courtfield Lodge following a survey that identified it as a suitable option.
It explained that installation was completed quickly and without the need to restrict access to any part of the building.
Hyfire added that the wireless design supports rapid deployment and simple management.
Industry concerns on care home fire safety
Hyfire reported that recent industry commentary has raised concerns about fire safety competence in UK care homes.
It said that fire authorities have urged higher standards and stricter enforcement of regulations.
The company noted that these pressures are encouraging adoption of advanced systems such as Taurus.
It explained that wireless technology can help improve compliance while offering flexibility for facilities operating in older or heritage buildings.
Comments from Hyfire and partners
Jayne Griffiths, Hyfire Regional Sales Manager, said: “Care Homes are a crucial part of our society, hosting some of our most vulnerable individuals, which is why it is paramount that these facilities are fitted with the most up-to-date fire alarm system.
“As Courtfield Lodge prides itself in continually providing patients with a homely, relaxed and secure environment, and Hyfire is glad it can actively support the safety of such an important structure.”
Gary Brumby, lead installer at Jackson Fire & Security Liverpool, which carried out the installation, commented: “Hyfire’s Taurus devices were the ideal solution to the Care Home’s needs.
“Thanks to the reliability of the system and the ease of installation, Courtfield Lodge can now benefit from a deeper level of security.”
Relevance for fire and safety professionals
The installation at Courtfield Lodge demonstrates how wireless systems are being adopted in care homes to address compliance requirements.
The project shows how technology can be integrated without disrupting daily operations in facilities with vulnerable residents.
For fire and safety professionals, this case highlights the role of regulatory inspections in driving upgrades and the potential of wireless systems to provide a practical solution.
It also shows the collaborative role of system manufacturers and local installers in delivering compliant fire safety solutions.
Hyfire wireless fire system fitted at Courtfield Lodge: Summary
Hyfire has reported that Courtfield Lodge care home in Ormskirk has installed its Taurus wireless fire alarm system.
The system was adopted after We Care Group identified the need to replace outdated equipment.
UK care homes are legally required to comply with the Health and Social Care Act 2008 and the Regulatory Reform (Fire Safety) Order 2005.
Local fire authorities conduct inspections to ensure compliance.
Hyfire said the Taurus devices can be rapidly installed in facilities of different ages and sizes.
The company explained that the installation was completed without disruption to residents.
It reported that industry commentary has raised concerns about fire safety competence in UK care homes.
Hyfire added that wireless technology can help improve standards in line with regulatory expectations.
Hyfire Regional Sales Manager Jayne Griffiths said the system will improve protection for vulnerable residents.
Lead installer Gary Brumby of Jackson Fire & Security Liverpool said the Taurus devices were reliable and easy to fit.
Blackline Safety Wins ADNOC Order for 28,000 Devices
ADNOC has placed its first order with Blackline Safety under a multi-year agreement, beginning with 1,000 gas detectors and 1,200 location beacons
Hyfire and Hertek announce partnership in the Netherlands
Hyfire expands wireless fire safety into the Dutch market
Hyfire has announced a new partnership with Dutch company Hertek to expand the use of wireless fire detection technology in the Netherlands.
According to Hyfire, the collaboration builds on Hertek’s established market presence and combines it with Hyfire’s wireless systems, including the Taurus platform.
The company explained that the agreement is part of a wider European expansion strategy and reflects a focus on technology, customer requirements, and compliance.
Ollie Murray, Hyfire’s International Director, said the partnership strengthens both parties’ ability to provide scalable and regulation-compliant fire safety solutions across a range of projects.
Murray added that Hertek’s expertise in Dutch regulations and customer needs will ensure that the technology is applied effectively in the local market.
Partnership goals and strategy
Hyfire reported that the Netherlands is a market with high potential for wireless adoption, particularly in renovation and commercial construction projects.
It stated that the partnership will allow both companies to bring wireless technology to a wider audience of installers, consultants, and end users.
Murray said: “As Hyfire continually establishes and grows our brand globally, selecting a partner whose own values mirror ours and shares the desire to move life safety systems forward through the power of technology is an exciting opportunity.
“Hertek as the market leading brand in the Netherlands is the perfect fit for our market leading products of today and the future.”
According to Hyfire, the collaboration allows each company to focus on its strengths: Hyfire in product development and international growth, and Hertek in local knowledge and customer focus.
Technology integration and product application
Hyfire noted that its Taurus system will complement Hertek’s existing portfolio of addressable and conventional systems.
It explained that Taurus will integrate with Hertek’s Penta control panel and Hertek Connect platform to deliver a combined solution that requires minimal disruption to buildings.
The company stated that this approach will be especially relevant for renovation projects and sites with complex building layouts.
Murray commented: “Hertek is a household name in the Dutch market. With Hyfire’s global success we are able to share the benefits of wireless technology to Installers, Consultants and End Users.”
Standards and compliance
Hyfire reported that Taurus meets European CPR standards and Dutch NEN 2535 requirements.
It confirmed that EN 54-13 certification is also in progress.
The company stated that future product development will continue to align with Dutch regulatory demands and incorporate feedback from customers.
It added that maintaining compliance across multiple jurisdictions is a core focus of the partnership.
Hertek’s position in the Dutch market
According to Hertek, the agreement strengthens its ability to serve Dutch customers with flexible wireless solutions.
The company explained that the systems can be installed without invasive building work, offering advantages where time constraints or structural conditions make traditional systems more challenging.
It reported that combining Hyfire technology with Hertek’s established portfolio gives the business an enhanced position in the market.
Murray concluded: “For those that see the benefits in Wireless already and those who are yet to experience the power of Hyfire – our collaboration with Hertek will provide you the opportunity to experience the power our Taurus products offer first hand.
“You will not be disappointed!”
Relevance for fire and safety professionals
This development is relevant for fire and safety professionals because it highlights the increasing adoption of wireless detection systems in European markets.
The partnership shows how international technology providers and local specialists are working together to meet both technical standards and customer needs.
For professionals, the collaboration demonstrates how compliance requirements and system integration shape the selection of fire detection technologies.
It also reflects broader trends in applying wireless systems to renovation and large-scale construction projects.
Hyfire and Hertek announce partnership in the Netherlands: Summary
Hyfire has announced a partnership with Hertek in the Netherlands.
The company reported that the agreement will expand the use of wireless fire detection technology in the Dutch market.
Hyfire confirmed that its Taurus system will be introduced as part of the collaboration.
The system will integrate with Hertek’s Penta control panel and Hertek Connect platform.
Hyfire stated that Taurus meets European CPR standards and Dutch NEN 2535 requirements.
EN 54-13 certification is currently in progress.
Hertek reported that the partnership strengthens its ability to provide flexible solutions.
The company explained that wireless systems can be installed without invasive work, saving time in renovation projects.
Hyfire noted that the Netherlands is a key market for wireless adoption.
It added that the collaboration builds on Hertek’s knowledge of regulations and customer needs.
Murray said the companies share values and focus on technology.
The partnership aims to bring wireless solutions to installers, consultants, and end users.
Hyfire reported that ongoing product development will reflect customer input and Dutch regulations.
The company confirmed that compliance across jurisdictions is a continuing priority.
The collaboration marks a step in Hyfire’s European expansion strategy.
Zelim partners with US Navy on AI detection research
Agreement enables joint trials with US Navy
Zelim has announced a Cooperative Research and Development Agreement (CRADA) with the US Navy’s Naval Undersea Warfare Center (NUWC) Division Newport to test its AI detection system, ZOE Shield.
According to Zelim, the agreement allows the company to participate in BlueTIDE 2025, a demonstration event organised by 401 Tech Bridge, NavalX and the Northeast Tech Bridge.
The company explained that the event will conclude with a full-scale in-water trial on 28 August in Narragansett Bay, Rhode Island.
Zelim said it is one of a small number of international companies selected for the 2025 BlueTIDE Prize Challenge following a competitive review process.
The company stated that this year’s mission scenario focuses on protecting subsea infrastructure from threats posed by small crewed and uncrewed autonomous systems.
ZOE Shield trial and operational role
Zelim reported that its role in the scenario is to detect small remotely operated surface vessels operating covertly in sensitive areas.
It said these craft may present a potential threat to subsea infrastructure by serving as a precursor to sabotage.
The company explained that its ZOE Shield system is based on the same AI engine used in its ZOE man overboard system, which is deployed in the cruise and offshore sectors.
It added that ZOE Shield extends these functions by providing situational awareness of small surface craft not using AIS.
The developer outlined that the system introduces automated classification and alerting, helping operators with early detection and response measures.
Features of the AI detection system
According to Zelim, ZOE Shield is designed to function in environments where GPS denial or radar jamming could limit conventional surveillance methods.
It stated that this makes the system relevant for security operations requiring layered detection and resilience against interference.
The company noted that the US Navy is evaluating the system as part of its assessment of intelligent surveillance technologies.
Zelim explained that this evaluation will take place in live operational scenarios during BlueTIDE.
It added that the data will be used to support the Navy’s capability review and potential future development.
CEO comments on defence scenario
Sam Mayall, CEO and co-founder of Zelim, said: “This agreement gives us a unique opportunity to trial ZOE Shield in an operational defence scenario at a US Navy facility, where multiple assets, including USVs will be deployed on the mission.
“This is about closing the gap between detection and decision, especially in domains where the threat is small, fast-moving and unpredictable.
“Our mission is to help operators identify anomalous behaviour earlier, whether the goal is rescue or protection.
“This demo is a vital step toward deploying ZOE for real-world defence scenarios.”
Role of CRADAs in research collaboration
Zelim stated that CRADAs enable non-federal organisations to work directly with US Navy personnel and facilities.
It said this framework allows research partners to collaborate outside of federal acquisition rules.
The company explained that the structure also protects intellectual property and proprietary data.
According to Zelim, this mechanism is being used to facilitate the ZOE Shield trial in Rhode Island.
It added that further information will be released in line with CRADA requirements after the demonstration.
Relevance for fire and safety professionals
AI detection technologies such as ZOE Shield have potential applications in safety-critical fields beyond defence.
The system’s ability to function without reliance on radar or GPS may inform the design of fire and rescue monitoring technologies in environments subject to interference.
The early classification and alerting features under test may also have relevance to operators seeking to improve situational awareness in complex emergency scenarios.
Zelim partners with US Navy on AI detection research: Summary
Zelim has signed a CRADA with the US Navy’s NUWC Division Newport to test its AI detection system ZOE Shield.
The agreement enables Zelim’s participation in BlueTIDE 2025, a demonstration event scheduled to conclude on 28 August in Narragansett Bay, Rhode Island.
Zelim is one of a small number of international companies selected for the 2025 BlueTIDE Prize Challenge.
The company will trial ZOE Shield to detect small surface vessels operating covertly near subsea infrastructure.
The AI engine used in ZOE Shield is also employed in Zelim’s ZOE man overboard system, which is already deployed in maritime industries.
ZOE Shield provides automated classification and alerting functions and is resistant to GPS denial and radar jamming.
The system is being evaluated by the US Navy for its role in layered maritime surveillance and response.
Sam Mayall, CEO and co-founder of Zelim, said the demonstration is an opportunity to test ZOE Shield in a live defence scenario.
CRADAs enable collaboration with the US Navy while protecting intellectual property and removing federal acquisition requirements.
Further details will be made available after the demonstration in line with the CRADA framework.
Europe’s methane challenge: How three new detectors could shape compliance and safety
EU methane rules drive demand for detection
Teledyne Gas & Flame Detection has announced the release of its MethaSense range of methane detectors, designed to meet new regulatory demands in Europe.
According to the company, the launch follows the introduction of the EU Methane Regulation, which requires operators to report annual methane emissions with independent verification.
Teledyne said the MethaSense family includes three models – MethaSense, MethaSense XP and MethaSense Trace – each using patented non-dispersive infrared (NDIR) sensor technology for methane detection.
The group explained that the products cover residential, industrial and utility applications, with integrated alarms, wireless connectivity options and long battery life.
The manufacturer indicated that the detectors are intended to support compliance with reporting obligations while providing continuous safety monitoring.
Residential detection with MethaSense
According to Teledyne Gas & Flame Detection, the MethaSense model is designed for homes and small businesses.
The company explained that the detector offers a 0–5% volume detection range, with high selectivity to methane and resistance to sensor poisoning to avoid false alarms.
It added that integrated audible and visual alarms provide alerts for occupants, while compatibility with advanced metering infrastructure allows integration into smart home systems.
Teledyne said the model uses progressive signal processing to detect concentrations as low as 10% of the lower explosive limit.
It noted that the detector operates with a 10+ year battery life, continuing to provide coverage during power outages.
Industrial monitoring with MethaSense XP
Teledyne reported that the MethaSense XP model is designed for industrial environments with limited access and demanding conditions.
The company said the unit combines NDIR sensor technology with a rugged housing, wireless communication options and long-term battery autonomy.
It explained that MethaSense XP carries ATEX and IECEx certifications for operation in hazardous areas.
The manufacturer added that the detector includes audible and visual alarms, immunity to corrosion and a design intended for continuous monitoring.
Teledyne stated that the model is intended to protect worker safety while ensuring operational continuity.
Utility and LDAR applications with MethaSense Trace
According to Teledyne, MethaSense Trace is designed for leak detection and repair programmes and for utilities subject to emissions reporting.
The group explained that the detector has an IP67-rated housing for outdoor use and can withstand harsh conditions.
It said the device provides 10× greater methane selectivity than earlier sensors and offers a detection range from 50 ppm to 100% volume.
Teledyne indicated that the model supports 24/7 detection and quantification of methane emissions, with cloud-based analytics and automated reporting.
It added that the solution enables operators to meet regulatory requirements while monitoring environmental and safety thresholds.
EU reporting obligations
Teledyne explained that under the EU Methane Regulation, operators must now submit annual reports on methane emissions from 5 August 2025.
The company said the regulation requires detailed source-level data and independent verification.
It added that the MethaSense product line is intended to help operators meet these obligations while maintaining operational efficiency.
The organisation noted that regulatory compliance was a key driver behind the development of the new range.
Industry perspective
Régis Prevost, Product Line Manager at Teledyne Gas & Flame Detection, said: “NDIR technology, as utilised by all three detectors in our new MethaSense series, offers high selectivity, fast response times and long-term reliability.
“Users benefit from natural gas detectors that provide a low-maintenance, cost-effective, versatile solution for continuous methane monitoring, supported by key features that include up to 10+ years of battery life, zero recalibration requirements, wireless connectivity options, and suitability for smart infrastructure and safety-critical environments.”
Relevance for fire and safety professionals
Methane is a flammable gas, and detection systems play a role in preventing fire and explosion risks in both residential and industrial settings.
The introduction of new EU regulations increases the demand for reliable detection technologies that can support compliance while reducing risks.
For safety managers and engineers, understanding the capabilities of detectors like the MethaSense range will be relevant to risk assessments and operational planning.
The availability of certified, long-life detectors may also influence procurement strategies for utilities, housing providers and industrial operators.
Teledyne launches new MethaSense detectors for methane detection: Summary
Teledyne Gas & Flame Detection has launched the MethaSense range of methane detectors.
The series includes MethaSense, MethaSense XP and MethaSense Trace.
All models use NDIR sensor technology for methane detection.
MethaSense is designed for residential and small commercial use.
MethaSense XP is intended for industrial applications.
MethaSense Trace is developed for leak detection and repair and utility monitoring.
The EU Methane Regulation requires annual methane emission reports from August 2025.
Teledyne said the new range supports compliance with the regulation.
The detectors include wireless communication options and audible and visual alarms.
Battery life exceeds 10 years across the product family.
MethaSense Trace offers 10× methane selectivity and a detection range from 50 ppm to 100% volume.
The detectors provide continuous monitoring in varied conditions.
The company said the models are suitable for smart infrastructure.
Teledyne noted that the regulation also requires independent verification.
The manufacturer added that the detectors are intended to support safety and efficiency.
Bull Products to exhibit at UK Construction Week 2025
Bull Products confirms debut at Birmingham event
Bull Products has announced it will be exhibiting at UK Construction Week Birmingham for the first time.
According to Bull Products, the company will be at stand D112 from 30 September to 2 October 2025.
It said the stand will showcase safety systems designed for the construction sector and related applications.
The company added that its Fire 360° service will be a central focus, along with its SITENET, SITEPROTECT and SITEEVAC+ alarm and detection systems.
Fire 360° service and carbon reduction focus
Bull Products reported that its Fire 360° service is designed as a complete compliance solution.
The company explained that the service covers design, installation, commissioning and maintenance across sites of different sizes in the UK.
It added that Fire 360° also includes asset collection, storage, cleaning and inspection, preparing equipment for reuse on future projects.
According to Bull Products, Fire 360° supports the Green Bull initiative by helping customers address carbon reduction requirements while maintaining site efficiency.
SITENET fire detection and alarm system
Bull Products stated that SITENET will be featured at the event as part of its system range.
The company explained that SITENET is a fully EN 54 certified wireless intelligent fire detection and alarm system.
It added that SITENET can link up to 511 devices from one panel across 32 zones.
The system uses radio devices and wireless mesh technology with network redundancy and channel hopping, the company said.
It reported that SITENET meets JCoP and HSG168 compliance requirements and can be used in both internal and external environments.
SITEPROTECT system applications
Bull Products confirmed that SITEPROTECT will also be on display.
The organisation stated that SITEPROTECT is a temporary wireless mesh fire detection and alarm system designed for the construction industry.
It explained that SITEPROTECT supports up to 480 devices across 15 zones using EN 54-5 and EN 54-7 certified detector heads.
The system also incorporates wireless emergency fire, first aid, intruder and lockdown alarms.
The company added that the lockdown alarm has been developed primarily for the education sector but can also be deployed in public settings such as shopping centres.
SITEEVAC+ system for cost-sensitive projects
Bull Products noted that SITEEVAC+ is the third system in its product line to be displayed at the exhibition.
The company explained that SITEEVAC+ is a wireless mesh fire detection and alarm system supporting up to 50 devices in 3 zones.
It said the system is intended for projects working within lower budgets while still requiring essential fire detection capability.
According to Bull Products, SITEEVAC+ is particularly suited to housebuilding and development sites.
It added that the system uses EN 54-5 and EN 54-7 certified detector heads.
Company statement on exhibition
Carl Leeson, Head of Sales at Bull Products, said: “We’re excited to be exhibiting at UK Construction Week Birmingham after the success of the London event in May.
“We invite attendees to visit us at stand D112 to discover how Bull Products has a cutting-edge solution for every application with SITENET, SITEPROTECT and SITEEVAC+.”
Relevance for fire and safety professionals
The exhibition of Bull Products at UK Construction Week provides sector professionals with an opportunity to assess compliance-focused fire detection and alarm systems designed for construction environments.
The presence of SITENET, SITEPROTECT and SITEEVAC+ demonstrates the range of wireless mesh systems available across different project budgets and operational scales.
For safety managers, the integration of temporary and permanent detection systems into site operations is relevant to meeting regulatory standards such as JCoP and HSG168.
The addition of services such as Fire 360° also links fire safety provision with sustainability objectives, reflecting operational and compliance requirements within the sector.
Bull Products to exhibit at UK Construction Week 2025: Summary
Bull Products has announced its first appearance at UK Construction Week Birmingham.
The company will be at stand D112 from 30 September to 2 October 2025.
It will present its Fire 360° service and fire detection systems SITENET, SITEPROTECT and SITEEVAC+.
Fire 360° includes design, installation, commissioning, maintenance, asset collection, cleaning and inspection.
The service supports the Green Bull initiative for carbon reduction.
SITENET is EN 54 certified and supports up to 511 devices across 32 zones.
It uses wireless mesh technology with network redundancy and channel hopping.
SITEPROTECT supports up to 480 devices in 15 zones and includes fire, first aid, intruder and lockdown alarms.
The SITEPROTECT lockdown system was developed for education and can be applied in public sites.
SITEEVAC+ supports up to 50 devices in 3 zones and is intended for cost-sensitive projects.
It uses EN 54-5 and EN 54-7 certified detector heads.
Carl Leeson, Head of Sales at Bull Products, confirmed the company’s invitation for attendees to visit the stand.
Why California’s high-tech fire detection still needs volunteers in yellow vests
Fire detection in California supported by Orange County volunteers
The Los Angeles Times has reported that Orange County Fire Watch relies on trained community volunteers to provide fire detection during high-risk weather conditions in California.
According to the newspaper, the programme mobilises more than 300 people when the National Weather Service issues red flag warnings for extreme fire danger.
Volunteers are sent to trailheads and roadways in the county’s wildland-urban interface, where they observe conditions and watch for possible ignition sources.
They wear marked vests and hats, attach magnets to their vehicles, and use binoculars to spot fire activity.
The programme is coordinated from a temporary command centre where staff use televisions, computers, and phones to manage field teams.
The role of human activity in wildfire ignitions
The Los Angeles Times reported that human-operated equipment has historically been responsible for about 34 per cent of wildfires in Orange County, while arson accounted for about 15 per cent.
Experts cited by the newspaper explained that reducing these ignition sources is a priority in coastal areas, where native vegetation is increasingly replaced by flammable invasive species.
Lightning once accounted for most ignitions, but now contributes to fewer than 5 per cent of coastal fires.
Researcher Alexandra Syphard said: “When you have so-called ‘red flag days,’ that is the time to put the effort into monitoring for ignitions.
“The fact that you have these volunteers doing that — it is exactly what I would recommend.”
Volunteer training and organisation structure
According to the Los Angeles Times, Orange County Fire Watch draws its participants from existing county park and Irvine Ranch Conservancy volunteer pools.
Together these organisations provide access to about 1,700 people who are already engaged in community service.
Volunteers must complete first aid and engagement training before taking part in a four-hour course on fire behaviour, emergency response, and spotting suspicious activity.
The newspaper reported that this prepares them to quickly identify fires and pass information to the Orange County Fire Authority.
Coordinator Renalynn Funtanilla said volunteers also engage the public on trails and roads to warn about red flag conditions.
Technology in California fire detection
The Los Angeles Times explained that high-tech fire detection systems are increasingly used across California, including AI-enabled cameras, satellites, and sensor networks.
Cal Fire has partnered with the University of California San Diego on more than 1,100 remote cameras, which in 2024 detected 1,600 fires.
NASA and the National Oceanic and Atmospheric Administration operate GOES satellites, which scan the state every 10 minutes.
The Earth Fire Alliance, supported by Google and Cal Fire, has developed a FireSat constellation prototype for high-resolution scans of fire-prone regions.
The Irvine Ranch Conservancy has also tested student-designed heat and smoke sensors.
Human presence and prevention efforts
Despite technological advances, the Los Angeles Times reported that Orange County Fire Watch emphasises the role of direct public interaction.
Volunteers warn hikers about cigarette use, flag vehicles creating sparks, and provide information about fire safety.
Funtanilla said: “Computers, sensors and AI can’t talk to the public and say, ‘Hey, did you know about these red flag warning conditions?’
“There’s definitely value to that human touch of having a person stationed with this yellow vest that someone from the public can actually ask questions.”
Wildfire consultant Jeff Shelton also said the programme should expand alongside technology, describing it as “indispensable.”
Measuring effectiveness of fire watch programmes
The Los Angeles Times reported that researchers face challenges in measuring the direct impact of fire watch initiatives.
Counting prevented ignitions, such as sparks from a vehicle rim identified by volunteers, provides only partial evidence.
Broader studies comparing ignition numbers during fire watch operations have not yet been conducted.
Despite these limits, experts said volunteer-based monitoring is cost-effective and complements the use of high-tech fire detection.
Relevance for fire and safety professionals
This case highlights the balance between community engagement and advanced fire detection technology.
For professionals, it shows how low-cost volunteer programmes can supplement remote sensing and AI systems.
It also illustrates the importance of prevention in areas where human activity is a major ignition source.
Fire and safety practitioners may consider similar models where public involvement and formal emergency response can work together.
Fire detection in California supported by Orange County volunteers: Summary
The Los Angeles Times has reported that Orange County Fire Watch deploys volunteers to monitor for wildfires in California.
More than 300 volunteers are mobilised during red flag warnings.
Volunteers monitor trailheads and roadways in the wildland-urban interface.
The programme is coordinated through the Irvine Ranch Conservancy.
Human equipment use accounts for about 34 per cent of wildfires in the county.
Arson is linked to about 15 per cent of wildfires.
Volunteers complete first aid and fire behaviour training.
The Orange County Fire Authority supports the programme.
High-tech fire detection is used elsewhere in California.
AI cameras, satellites, and sensors detect fire starts.
Researchers said effectiveness of volunteer fire watch is difficult to measure.
Volunteers provide prevention by engaging the public.
Experts said combining technology and community monitoring is cost-effective.
Some experts described the programme as indispensable.
The programme has operated in Orange County for ten years.
Firefighters’ hidden health risk now tracked by new software
Fire service operations supported by new RAM software
Dräger has released a browser-based software system to improve daily work in fire service operations.
The Resource and Asset Management (RAM) platform is designed to provide a single tool for equipment monitoring, maintenance, and documentation.
It covers processes and data throughout the life of each piece of equipment, from initial deployment to end of service.
According to Dräger, the system is intended to improve compliance and safety through more reliable equipment management.
The company said RAM forms part of its wider focus on firefighter protection and operational safety.
Asset tracking and equipment condition monitoring
Dräger explained that RAM enables rapid verification of stock levels and equipment condition.
It said the software allows fire services to see what assets are in use, what is available, and when items are due for service or maintenance.
These functions are designed to help staff manage resources more effectively and reduce the risk of deploying unavailable or overdue equipment.
The company added that the system is intended to support improved allocation and operational readiness.
Integration with testing and maintenance systems
RAM also integrates maintenance data for gas detection devices and other equipment.
Dräger said testing can be carried out directly through its cloud connection, reducing the need for manual record keeping.
It explained that maintenance records are automatically linked with equipment status, which is designed to streamline workshop operations.
The company reported that combining testing and record keeping is intended to raise efficiency across fire service workshops.
Contamination monitoring and firefighter health
Dräger said RAM includes functions for tracking contamination of personal protective equipment and breathing apparatus.
The company explained that data provides fire service staff with a record of what equipment has been exposed and what is safe to redeploy.
It added that the system records cleaning processes after use to maintain an accurate record of equipment readiness.
According to Dräger, these functions are designed to help reduce health risks linked to exposure to harmful substances after fire incidents.
Statement from Dräger
Liz Millward, Marketing Manager Emergency and Rescue Services at Dräger, said: “Dräger takes pride in designing technology that protects lives, and we are dedicated to keeping people safe through our designs.
“The new software plays a vital role in safeguarding firefighters by ensuring they have reliable access to the essential safety equipment they need.
“Even after a fire has been put out, harmful substances remain as soot and vapours on the surface of their PPE, which can have health implications for the subsequent PPE users.
“Having a clear inventory of contaminated stock helps fire service professionals quickly and efficiently select clean equipment before deploying it for operational use.”
Relevance for fire and safety professionals
Fire and safety professionals can use the data recorded in RAM to maintain accurate information on equipment availability.
The system provides documentation of contamination and cleaning, supporting safe redeployment of PPE and breathing apparatus.
Integration of testing and maintenance records is intended to reduce manual administration in fire service workshops.
This approach is designed to improve compliance and support operational safety through reliable equipment tracking.
Browser-based system launched for fire service operations: Summary
Dräger has released RAM, a browser-based software for fire service operations.
The system is designed to track equipment, maintenance, and contamination.
RAM provides stock verification to show availability and condition.
It integrates maintenance data and testing functions for gas detection devices.
The system records contamination of PPE and breathing apparatus.
It documents cleaning processes to confirm when equipment is ready for reuse.
Liz Millward of Dräger said the software helps safeguard firefighters by providing reliable access to essential safety equipment.