Vladimir Zrnic appointed Global Portfolio Manager at Advanced

by Featured NewsFire DetectionPeople

Leadership change strengthens Advanced’s product development focus

Advanced has reported that Vladimir Zrnic has been appointed Global Portfolio Manager within its Products team.

Zrnic previously led European sales for Advanced for seven years.

According to Advanced, he was involved in developing customer relationships across Europe and tailoring fire safety solutions to a variety of sectors.

The company stated that in his new role, Zrnic will contribute to shaping the organisation’s product portfolio by using his technical background and industry knowledge.

Zrnic moves from European sales to product leadership

Advanced stated that Zrnic’s transition marks a shift from a regional sales focus to a global product management role.

The company described his previous work in sales as being driven by technical insight and customer engagement.

Zrnic said: “This new opportunity allows me to combine my technical and market knowledge to help shape Advanced’s future offerings. I’m excited to play a central role in ensuring we continue to develop innovative solutions that meet the needs of our customers and partners globally.”

Technical expertise to inform future offerings

According to Advanced, Zrnic will be responsible for aligning product development with global market demands.

The company said that this appointment is part of its broader strategy to bring customer feedback and technical insight directly into product planning.

Zrnic added: “I’d like to thank everyone I’ve worked with during my time in European sales, and I look forward to continuing to collaborate in my new capacity.”

Internal progression at Advanced

Advanced stated that this role change reflects its approach to internal development and strategic alignment.

The company said that Zrnic’s move is intended to strengthen how product strategies are developed and delivered.

No additional changes to the Products team structure were announced at this time.

Vladimir Zrnic appointed Global Portfolio Manager at Advanced: Summary

Advanced has announced the appointment of Vladimir Zrnic as its new Global Portfolio Manager. He previously led European sales for seven years.

In his new position, Zrnic will focus on product development, drawing on his technical and market knowledge.

According to Advanced, the role is designed to align products with customer requirements globally.

Zrnic said he is looking forward to contributing to the company’s future offerings and thanked colleagues he worked with in his previous role.

The company stated that this change supports its strategy of incorporating technical insight into product planning

MOBOTIX thermal cameras gain extended RIPCI approval for fire detection in Spain

by Featured NewsFire DetectionProducts

Extended RIPCI approval for MOBOTIX thermal systems in Spain

MOBOTIX has received an expanded “Technical Evaluation of Suitability” (Evaluación Técnica de Idoneidad) from Applus, a certification body recognised by the Spanish Ministry of Industry.

According to MOBOTIX, the approval is part of Spain’s Fire Protection Systems Regulation (Reglamento de Instalaciones de Protección Contra Incendios / RIPCI) and now includes additional hardware beyond the company’s existing certified thermal sensors.

The extension covers new interface boxes — the Mx-4IOA-Box and Mx-NPAA-Box — as well as the full range of M73 Thermal Radiometry (TR) sensors.

New certification supports broader project applications

MOBOTIX stated that the expanded RIPCI certification enables broader use of its systems in large-scale or complex fire protection environments.

Christian Cabirol, CTO of MOBOTIX AG, said: “With this extended certification, we are underlining our innovative strength and our strong position in the Spanish market.”

He added: “Our technology proves its strength precisely where conventional fire alarm systems reach their limits — for example in extensive outdoor areas or large halls.”

System integration and performance confirmed

The certification confirms that MOBOTIX thermal cameras can be integrated with existing fire alarm systems, and that they comply with insurance requirements and building codes.

Each thermal sensor can support up to 20 detection zones, which MOBOTIX said allows for precise configuration to match individual fire risks.

The systems are designed to detect temperature anomalies before visible smoke or flames appear.

Market drivers include regulatory and insurance standards

According to MOBOTIX, increasing regulatory demands and expectations from insurers are contributing to market growth for thermal detection systems.

The company referenced market forecasts predicting global fire protection spending could reach USD 150 billion by 2030.

Thomas Lausten, CEO of MOBOTIX AG, said: “Our certificates and the continuous expansion of our portfolio are proof of our commitment to always being one step ahead.”

He added: “In a fire, every second counts. Our mission is to help our customers protect lives and property — with technologies that are reliable and forward-looking.”

MOBOTIX thermal cameras gain extended RIPCI approval for fire detection in Spain: Summary

MOBOTIX has received expanded certification under Spain’s Fire Protection Systems Regulation (RIPCI), issued by Applus and recognised by the Spanish Ministry of Industry.

The certification covers the company’s new Mx-4IOA-Box, Mx-NPAA-Box, and all M73 Thermal Radiometry sensors.

The RIPCI certification confirms compliance with Spanish fire safety standards and allows integration into existing fire alarm infrastructure.

Each thermal sensor supports up to 20 configurable detection zones.

MOBOTIX stated that the updated approval supports its presence in complex applications such as outdoor areas and large industrial spaces.

The company said that increasing demand for fire detection systems is driven by regulations and insurance requirements, and that the global fire protection market may reach USD 150 billion by 2030.

Fire safety training and detection systems presented by Hochiki at Fire Safety Event

by EventsFeatured NewsFire Detection

Hochiki outlines commitment to fire protection at NEC Birmingham

Hochiki is participating in the Fire Safety Event 2025, held at the National Exhibition Centre (NEC) in Birmingham.

The company is showcasing its fire detection and emergency lighting technologies alongside its training and professional development services.

The Fire Safety Event, which concludes today, is expected to attract more than 12,000 professionals including fire safety officers, building managers, architects and engineers.

Shinsuke Kubo, Managing Director of Hochiki Europe, said: “The Fire Safety Event is an essential fixture for anyone serious about fire safety.

“It provides a crucial platform for industry professionals to come together, share best practices, and witness the latest innovations that are shaping the future of fire protection.”

Fire detection and emergency lighting systems on display

Hochiki is exhibiting several products at its stand, including the Latitude fire control system, the Ekho hybrid wireless range and the newly launched FIREscape Nepto emergency lighting system.

Company representatives from across the UK and Europe are available to explain product features and training options.

Visitors can also take part in a competition hosted at the stand for a chance to win Amazon vouchers.

Mr Kubo said: “The Fire Safety Event is far more than just a trade show; it is a critical assembly point for the fire safety community.

“Here, we unite to exchange vital knowledge, forge crucial partnerships, and collectively drive the development of solutions that will directly enhance the safety and well-being of communities across the globe.”

Fire safety training academy marks one-year milestone

Hochiki is using the event to promote its Training Academy, launched in February 2024, which aims to equip professionals with skills for effective fire system operation and maintenance.

The academy provides both in-person sessions at the company’s UK headquarters and an online platform with practical modules covering a range of topics.

Mr Kubo said: “Comprehensive training is paramount for ensuring the effective implementation and maintenance of fire safety systems.

“Our training facilities at Hochiki HQ, alongside our online Training Academy, deliver hands-on, practical training covering a broad spectrum of topics.”

UK and Europe remain key markets for Hochiki

Hochiki reports over 100 years of operation in the fire detection and emergency lighting industry, with activity across the UK, Europe, the Middle East and other regions.

The company attributes its longevity to an ongoing focus on customer engagement, research and development, and system reliability.

Mr Kubo said: “We understand that fire safety extends beyond mere products; it’s fundamentally about safeguarding lives and livelihoods.

“Therefore, we invest heavily in research and development, continuously striving to create solutions that are not only highly effective but also user-friendly in terms of installation, maintenance, and operation.”

Fire safety training and detection systems presented by Hochiki at NEC Birmingham: Summary

Hochiki has taken part in the Fire Safety Event 2025, held at the NEC in Birmingham, UK.

The event is expected to draw over 12,000 attendees.

Hochiki is presenting its Latitude fire control system, Ekho wireless devices and FIREscape Nepto emergency lighting system.

The company is also highlighting its Training Academy, which was launched in February 2024.

The academy offers in-person and online training sessions on fire system design, installation and maintenance.

Hochiki representatives from across the UK and Europe are attending.

Visitors can engage with training materials, register for courses and take part in an on-stand competition.

The company’s Managing Director, Shinsuke Kubo, emphasised the importance of collaboration and education in improving fire safety.

Hochiki continues to operate across Europe, the Middle East and beyond, and states that its focus remains on developing user-friendly, reliable systems supported by professional education.

Domestic vs. Commercial: British fire systems and regulations explained, with Apollo Fire Detectors

by Breaking NewsFire Detection

Stacey Adams, Market Development Manager at Apollo Fire Detectors examines the difference between domestic and commercial fire systems and regulations in the UK  

Understanding domestic and commercial fire systems 

A common misconception is that domestic fire systems are limited to standalone smoke detectors while commercial systems are large panel-based setups. However, fire safety exists on a spectrum, especially in hybrid environments like HMOs, student flats or high-rise buildings. Large residential blocks may need comprehensive fire systems, while small commercial premises might only require basic smoke alarms. 

Both environments require tailored fire safety solutions, ensuring that fire detection and alarm systems are suitable for the specific risks associated with each setting.

Stacey Adams

The assumption that commercial systems are inherently more advanced than domestic systems is not always correct, as some large residential buildings may have more extensive requirements than small commercial properties. 

For clarity, this discussion focuses on fire safety laws in England, which may differ in Wales and Scotland. 

Residential fire safety standards 

Domestic fire alarm systems fall under BS 5839-6:2019+A1:2020, covering installation and design requirements for new and existing homes. Grades range from F2 (basic battery-powered detectors) to A (full-scale fire systems with detectors, sounders and central control units) conforming to BS EN54. 

Most UK homes use battery-powered photo-electric smoke alarms. While no specific legal mandate requires them in private residences, landlords must install at least one per floor in rental properties. Testing is required only when a new tenant moves in. Mains-powered detectors are often recommended for reliability. Best practice suggests weekly testing, though compliance is rare. 

In some properties, such as high-rise residential buildings, fire detection systems may need to be integrated with evacuation and alerting systems to ensure that residents receive timely warnings in case of fire. High-rise settings complicate the role of domestic smoke alarms since they only detect localised fires within individual apartments, offering no building-wide coverage. 

Commercial fire safety standards 

UK commercial fire safety regulations are primarily governed by the Regulatory Reform (Fire Safety) Order 2005 (FSO), supplemented by the Fire Safety Act 2021. Even basic commercial systems surpass domestic alarms in reliability, false alarm reduction, fire spread identification and emergency response guidance. These features are crucial in high-rise buildings where timely detection and evacuation planning can save lives. 

Current laws require businesses to have an appropriate fire detection system, though specifics depend on building size and usage. Smaller businesses not engaged in high-risk activities (e.g., flammable material storage) may not require full-scale systems.

The law is not 100% clear, especially to someone with no experience of the fire industry, and there are many grey areas, which is why a fire risk assessment (FRA) is mandatory and why you should always get an expert to undertake it, especially if you have any doubts about what is required.  

Stacey Adams

If you don’t believe that a fire system is needed, you need to state this in your FRA, including the reasons why you have reached this conclusion. If a fire incident later occurs and you’ve got this wrong, it could come back to haunt you. 

Commercial premises must also consider additional fire safety measures such as emergency lighting, fire extinguishers, door retainers (such as the Apollo ADR), and sprinkler systems where necessary. These supplementary safety measures help protect occupants and property by reducing fire spread and aiding evacuation efforts.  

Smoke detectors: domestic vs. commercial 

Domestic smoke alarms, found in 92% of UK homes, must meet BS EN14604:2005, outlining basic specifications but lacking the rigour of commercial standards.

Commercial fire systems vary in classification, from Category M (manual systems) to Category L1 (full automatic protection). While system configurations differ, detector types—heat, optical, photoelectric, or hybrid—remain largely consistent across installations. 

In commercial settings, fire alarms are typically interconnected and monitored, allowing for a rapid response from fire services when necessary. Many systems also incorporate advanced features such as fault monitoring, ensuring that any malfunctions in the system are detected and addressed promptly. 

The detector debate 

Fire industry discussions continue over appropriate detector use. Smoke detectors are generally preferred, as heat detectors can be slow to respond to smouldering fires. However, heat detectors are useful in kitchens and laboratories, where smoke detectors may be prone to false alarms. 

Commercial environments often use dual-detection (“double-knock”) systems, where both smoke and heat detectors must confirm a fire before triggering a full alarm. This approach is useful in complex environments like hospitals, care homes and high-rise residential buildings, where unnecessary evacuations should be minimised. 

Technological advancements have led to hybrid, multi-criteria and aspirating smoke detectors, offering faster, more reliable detection while minimising false alarms.

Stacey Adams

Though costlier than heat detectors, these solutions provide significant safety advantages.

Multi-sensor detectors, which combine optical and heat detection, are increasingly being deployed in both commercial and domestic settings due to their ability to reduce false alarms while maintaining sensitivity to real fire events.

Tri-sensor detectors, such as the Apollo Soteria Tri-Sensor, combine optical, heat and CO detection to provide comprehensive cover to any setting, while preventing false alarms. 

Blurred lines 

Until 2017, domestic and commercial fire systems were distinctly separate. Residential buildings had commercial-grade systems in communal areas but no mandatory coverage in private apartments. Post-Grenfell, regulations have evolved, especially for high-rise buildings (although in the wake of the Grenfell Tower Phase 2 Report, it is unclear what legislative changes will be made in the future). 

Many high-rises with defective cladding now feature BS 5839-1 Part 1 systems, ensuring comprehensive coverage. Ideally, these should transition to BS 8629-compliant evacuation systems once safety issues are resolved. In some cases, installed apartment detectors can be repurposed to alert management and emergency services without triggering a full evacuation. 

Some residential properties, despite being registered as businesses, do not require commercial fire systems. Furnished holiday lets, for example, follow standard buy-to-let rules, requiring only one smoke detector per floor. However, given that these properties may be occupied by different guests at different times, ensuring a robust fire safety system is particularly important. 

Evolving standards 

UK fire safety regulations are constantly evolving. Since February 2022, Scottish law mandates interconnected smoke alarms in all homes, including privately owned and rental properties, with furnished holiday lets requiring networked fire alarms unless a commercial system is in place. Similar laws may soon extend across the UK. 

Commercial fire safety regulations have also tightened post-Grenfell.

Stacey Adams

The Fire Safety Act 2021 focused on high-rise buildings, while the Building Safety Bill (2022) introduced broader commercial fire safety requirements. While these laws do not directly alter fire detector technology, they impact system management, installation, and future industry developments. 

In response to these evolving regulations, building owners and managers must remain proactive in reviewing and updating fire safety measures. Regular maintenance and professional inspections ensure compliance and help to address potential risks before they become major hazards. 

Conclusion 

Navigating UK fire safety regulations can be daunting. The distinction between domestic and commercial fire systems is complex, but by seeking expert advice and conducting proper risk assessments, property owners can ensure compliance and safety. Ensuring regular updates and compliance is not just advisable—it could prevent serious legal and safety repercussions. 

For professional guidance, companies like Apollo Fire Detectors offer tailored solutions to help property owners meet current fire safety requirements.

Understanding the nuances of domestic and commercial fire systems is not just a regulatory necessity but a fundamental aspect of protecting lives and property. As fire safety laws continue to evolve, staying informed and proactive is the best way to ensure that buildings remain safe for occupants now and in the future. 

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

Flexibility, reliability and wireless technology , with Hochiki

by Breaking NewsFire Detection

Hochiki Middle East team, Hemanth Kumar, General Manager discusses Outpost Al Barari, a luxury resort, being secured with Hochiki’s Ekho Hybrid Wireless fire detection system

Outpost Al Barari, a haven of opulence nestled within the heart of Qatar’s breathtaking desert landscape, offers a unique escape from the clamour of modern life. Surrounded by the majestic, towering sand dunes and the vast expanse of the Inland Sea nature reserve, this retreat provides an authentic desert adventure, seamlessly blended with world-class hospitality.  

While guests luxuriate in the unparalleled comfort and elegance of the resort, the surrounding desert climate, with its dramatic fluctuations in temperature and the constant movement of sand, can cause significant alterations to the landscape. These shifts inevitably impact the resort’s layout.  

To minimise its environmental footprint and maintain harmony with the natural surroundings, Outpost Al Barari employs temporary structures, allowing it to adapt to the ever-changing terrain. This approach, while environmentally conscious, presented a formidable challenge for conventional fire alarm systems. 

Fire Cloud Qatar, renowned for its expertise in fire safety solutions across the region, recommended Hochiki’s Ekho hybrid wireless fire alarm system as the ideal solution. This advanced system, leveraging cutting-edge wireless technology, offered the requisite flexibility, reliability and ease of installation that this unique hotel demanded. 

Features of the Ekho system 

Key features of the Ekho system, which proved pivotal in its selection, include its self-configuring mesh network. This intelligent network enables seamless, uninterrupted communication between the fire control panel and all wireless field devices, eliminating the need for any physical cabling.  

This inherent flexibility allows for effortless expansion and reconfiguration, perfectly mirroring the outpost’s complex and ever-evolving layout.

Hemanth Kumar

Furthermore, the wireless nature of the devices significantly expedited the installation process, minimising disruption to the resort’s operations and ensuring a swift implementation. 

The full Ekho system was brought online in a streamlined, four-step process, demonstrating the system’s efficiency and ease of deployment.  

Site survey and assessment 

Fire Cloud Qatar initiated the process with a comprehensive site survey, utilising Ekho’s Survey Kit.

This meticulous assessment allowed for the determination of the optimal placement of wireless fire detection devices and control units, ensuring robust and reliable radio signal strength.

Hemanth Kumar

Hochiki’s Ekho system’s inherent flexibility enabled strategic deployment, ensuring comprehensive coverage across the entire resort, even in the most challenging areas. 

Installation 

Following the site survey, Fire Cloud Qatar’s team of highly skilled technicians swiftly installed the Ekho wireless devices. The absence of traditional cabling significantly simplified and accelerated the installation process, minimising disruption to the resort’s daily operations and ensuring a rapid deployment. 

System configuration and testing 

Once the devices were installed, Fire Cloud Qatar meticulously configured the system to ensure optimal performance and seamless communication within the wireless mesh network. Rigorous testing protocols were implemented to validate the system’s reliability and responsiveness, ensuring that it would perform flawlessly in the event of an emergency. 

Training and handover 

Finally, Fire Cloud Qatar provided comprehensive training to Outpost Al Barari’s personnel, covering all aspects of the Hochiki system’s operation, emergency procedures and routine maintenance.

This thorough training ensured that the resort’s staff were fully equipped to manage the system and respond effectively to any potential fire incidents. Following the training, the system was formally handed over to the outpost management, with ongoing support provided by Fire Cloud Qatar. 

Guests at Outpost Al Barari can now relax and enjoy their stay, secure in the knowledge that Hochiki’s Ekho system has significantly enhanced fire safety across the site, providing reliable detection and alarm coverage throughout the resort.

Hemanth Kumar

Staff can confidently deliver the resort’s renowned five-star service, knowing that regardless of how the luxury retreat evolves, the fire detection system can seamlessly adapt to its ever-changing layout, ensuring continuous protection. 

The successful installation of the Hochiki Ekho wireless fire alarm system by Fire Cloud Qatar at Outpost Al Barari underscores the undeniable effectiveness of wireless technology in overcoming the limitations and challenges posed by traditional wired systems.  

This customer story serves as a testament to the power of innovative fire safety solutions in addressing the specific needs of challenging sites such as Outpost Al Barari, where traditional approaches simply fall short. 

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

X-Sense to unveil wireless and hybrid alarms at FSE 2025 in Birmingham

by Featured NewsFire DetectionProducts

X-Sense showcases smart fire safety technology at NEC Birmingham

X-Sense is introducing two new smoke alarm models at the Fire Safety Event (FSE) 2025, taking place from 8 to 10 April at the NEC in Birmingham.

According to X-Sense, the new devices include a wireless model with voice alerts and a hybrid model featuring a removable RF module.

The company will display the new alarms at Booth 4/C112 alongside its wider product range, including carbon monoxide detectors, home security systems and other sensors.

Voice alert smoke alarm model aimed at home use

X-Sense is displaying the XS0B-MR, a wireless smoke alarm designed to assist faster emergency response by issuing voice alerts such as “Smoke detected in the bedroom.”

The company states this feature may help children and elderly people respond more quickly compared to traditional sirens.

The XS0B-MR retails for €29.99 and can wirelessly interconnect with multiple alarms.

It also connects with the X-Sense Home Security App through the SBS50 gateway for remote monitoring and alert sharing.

Hybrid alarm includes detachable RF module

The second model on display is the XS0F, which supports both wired and wireless interconnection and includes a detachable RF module.

X-Sense confirmed that this model is available exclusively through physical retail outlets.

It is intended for use in both new builds and retrofits, with the option to use existing mains wiring while adding radio-based functionality where needed.

The detachable RF module offers installation flexibility for complex layouts or extended coverage areas.

Expansion in Europe supports regional service

X-Sense stated that it has opened a new regional office and warehouse in Germany.

This development is aimed at improving local support for European distributors and installers.

The company said the new infrastructure will allow for faster delivery times and easier access to technical support.

The move reflects X-Sense’s strategy to enhance its service provision across the European market.

X-Sense unveils wireless and hybrid alarms at FSE 2025 in Birmingham: Summary

X-Sense is participating in the Fire Safety Event 2025 at NEC Birmingham, where it is showcasing two smoke alarm models.

The XS0B-MR is a wireless model with voice alerts and app integration.

The XS0F is a hybrid model with a detachable RF module for use in various installation settings.

The XS0F is only available in physical stores.

Both models are part of a broader product range that includes carbon monoxide detectors and home security systems.

X-Sense stated that both products are certified by TÜV, BSI, CE and UKCA.

To support customers in Europe, X-Sense has opened a regional office and warehouse in Germany.

The company said this will help improve delivery times and customer support for European partners.

Patol to showcase heat and flame detection systems at NEC Birmingham

by EventsFeatured NewsFire Detection

Patol announces participation in Fire Safety Event 2025

Patol has confirmed it will exhibit a range of its fire detection technologies at the Fire Safety Event 2025, taking place from 8–10 April at the NEC Birmingham.

According to Patol, the company will present multiple systems designed for early fire detection in environments where conventional methods may be limited.

The products are intended for sectors including waste processing, industrial operations, and logistics.

Patol will exhibit on stand 4/N26.

Range of fire detection products to be demonstrated

Patol has announced it will demonstrate its Linear Heat Detection Cable (LHDC), which is intended for detecting heat in facilities such as tunnels, conveyors, and other high-risk environments.

Other systems include Infrared Transit Heat and Flame Sensors, designed to detect hot spots or embers in transported materials such as coal, biomass, or recycled waste.

The company will also display its Aspirating Smoke Detection (ASD) systems.

These are used for early detection of smoke in areas such as data centres, lift shafts, cold stores, and storage facilities.

Patol technology supports early detection across industries

Patol reports that its fire detection solutions are used across sectors including power generation, transportation, and waste management.

Its Thermal Imaging Cameras will also be presented at the event.

These devices detect abnormal temperature fluctuations to help identify potential risks before ignition occurs.

The company states that its technologies are installed in conditions that may challenge standard detection approaches.

Live demonstrations and expert engagement at the event

Patol has said it will provide live demonstrations of its detection systems at the Fire Safety Event 2025.

Visitors to the stand will be able to observe the technologies in use and discuss their application with company specialists.

Patol stated: “Attendees can see the technology live in action, with the opportunity to discuss with Patol’s team of experts how these solutions can enhance fire safety strategies across sectors – gaining valuable insights on fire safety practices and compliance.”

Patol to showcase heat and flame detection systems at NEC Birmingham: Summary

Patol has announced it will take part in the Fire Safety Event 2025 at the NEC Birmingham, from 8–10 April.

The company will present various fire detection technologies on stand 4/N26.

These include Linear Heat Detection Cables for early fire warning in tunnels and conveyors, Infrared Transit Heat and Flame Sensors for hot spot identification, and Aspirating Smoke Detection systems used in cold storage and data environments.

Thermal Imaging Cameras for heat monitoring will also be demonstrated.

Patol reports that its systems are used across sectors such as power generation, transportation, logistics, and waste management.

The company will provide live demonstrations during the event and offer discussions with fire detection specialists.

Enhancing Fire Protection for Large Premises: The Importance of Wireless Communication and Critical Alerts

by Breaking NewsCommunicationsFire Detection

By Bruce McNair, Commercial Director, Call Systems Technology

Fire safety in large facilities, such as universities, hospitals, and corporate complexes, is critical. Protecting individuals in these settings demands a comprehensive strategy that combines cutting-edge technologies with careful planning. As we move into an era where real-time data and quick communication are crucial, wireless communication systems and vital alert systems are key to managing fire safety effectively.

The Need for Reliable Fire Protection

Large facilities face unique fire safety challenges due to their size and complexity. They require durable, adaptable systems that provide real-time responses. Traditional wired systems, while reliable, lack scalability and are harder to maintain, leading to delays in alerts and response times. This emphasises the need for more dynamic solutions suited to expansive premises.

The Evolution of Wireless Communication in Fire Safety

Wireless communication technologies have greatly transformed building management, including fire safety. In fact, the shift to wireless systems brings a range of benefits:

Scalability and Adaptability

Wireless systems are easily expandable and customisable to meet the changing needs of large premises, especially in environments where building layouts and occupancy levels can frequently change.

Reduce Installation and Maintenance Costs

By eliminating the need for extensive wiring, wireless systems reduce installation time, costs, and maintenance efforts. They are also easier to update and expand as new safety requirements emerge.

Real-time Monitoring and Alerts

Wireless technology enables real-time fire alarm monitoring and critical alerts, ensuring quick detection and response during emergencies.

Improved Data Integration

Modern wireless systems integrate data from multiple sources, providing a comprehensive view of fire safety status right across the premises. This integration improves decision-making and supports more effective emergency response planning.

Robust Security Measures

The latest wireless fire safety systems use advanced encryption and security protocols to protect against unauthorised access and cyber threats, ensuring communication channels remain secure and reliable.

Critical Alerts: The Backbone of Emergency Response

Efficient fire protection depends on quick, accurate alerts. In large facilities, timely alerts can greatly impact fire emergency outcomes. Here’s why critical alert systems are essential:

Instant Notification

Critical alerts guarantee that the right individuals are immediately informed when a fire alarm is triggered. This quick notification allows for swift action, such as starting an evacuation or summoning emergency responders.

Wide-Ranging Coverage

Advanced alert systems can cover large areas, ensuring every part of the premises is protected. This is particularly important in larger environments where different areas may well have different levels of risk.

Tailored Alerts

Modern systems enable the customisation of alerts based on the fire’s severity and location, ensuring a response that’s specifically tailored to each emergency.

System Integration

Critical alert systems can seamlessly integrate with other building management systems, including security and HVAC, facilitating a unified response during emergencies. This integration boosts overall safety and operational efficiency.

Reliability and Redundancy

Designed with redundancy, critical alert systems provide multiple communication pathways, ensuring that alerts are consistently delivered, even in the event of a system failure.

Real-World Application: Insights from the University of Sussex

To demonstrate the impact of these technologies, let’s take a closer look at the University of Sussex, where Call Systems Technology’s (CST) wireless fire safety systems were implemented. With the challenge of managing over 84 individual fire alarm systems across its campus, the University needed a reliable and integrated solution.

CST’s Gen2 Q System and AlarmCall Pro+ provided a reliable, integrated solution. The wireless system enabled real-time monitoring and centralised alerts, with a thorough RF signal survey ensuring optimal coverage and seamless integration of wireless transmitters and fire alarm interfaces.

Installation Process

Installation was planned to minimise disruptions, with CST working closely with Mitie Fire and Security and Ladrillos Facilities LTD. A phased approach allowed for the addition of five to six alarm interfaces daily, ensuring thorough testing at each stage.

Integration with Existing Systems

A key challenge was integrating the new wireless system with existing fire alarm panels. CST’s AlarmCall Pro+ wireless interface transmitter adapted easily, connecting with various panels and ensuring smooth data transmission to the Gen2 Q software.

Centralised Control and Monitoring

The Gen2 Q software, installed in the University’s security control room, provides a centralised platform for monitoring all fire alarms and critical alerts. The custom dashboard interface displays across two 27” touch screen monitors, offers real-time data, enabling security personnel to quickly identify and respond to incidents.

Data Harvesting and Reporting

The Gen2 Q application’s fire messaging system captures and processes data from connected alarms, generating detailed daily, weekly, building, and device-specific reports. This robust reporting capability enables proactive maintenance and ensures optimal fire safety performance.

Impact on Safety and Efficiency

CST’s comprehensive solution greatly enhances fire safety management at the University of Sussex. Real-time alerts and comprehensive monitoring enable quick, efficient responses to fire-related events, significantly improving the safety of students, staff, and visitors.

Quick and efficient fire responses have been able to safeguard lives and property by reducing injury and damage. The wireless setup cuts cabling and maintenance costs, while increased reliability enhances fire safety management and team confidence. Detailed reports ensure thorough monitoring.

The Role of Wireless Communication Across Sectors

Hospitals

Wireless fire safety systems in healthcare ensure timely alerts to the right personnel without delay, enabling swift action to protect patients and staff, with easy integration into existing infrastructure.

Corporate Complexes

In corporate settings, wireless communication offers a scalable solution for multiple buildings and floors, ensuring real-time monitoring, alerts, and employee safety as the business grows.

Retail Environments

Wireless fire safety systems in large retail spaces enhance customer safety by enabling quick evacuations and coordinated responses. As referenced earlier, seamless integration with other related systems, among them security and building management, enhances overall operational efficiency.

Industrial Sites

For industrial sites with complex layouts and hazards, wireless systems provide essential coverage and flexibility ensuring prompt and reliable communication for fire safety.

Future Trends in Fire Safety Technology

As technology continues to advance, several key trends are shaping fire safety management for large premises:

Internet of Things (IoT) Integration

IoT devices are becoming increasingly prevalent in the fire safety systems. These devices can provide real-time data on factors like temperature and smoke levels, improving the ability to detect and respond to potential fire hazards.

Artificial Intelligence (AI) and Machine Learning

AI and machine learning algorithms can analyse data from fire safety systems to identify patterns and predict potential fire events. This capability allows for proactive measures to be taken, further enhancing the overall safety regime for the host organisation.

4G Off-Campus Monitoring

Utilising 4G routing through an encrypted tunnel, fire safety systems can maintain continuous connectivity and transmit crucial data to control rooms. This ensures constant monitoring and management of fire safety infrastructure from off-campus locations, providing an added layer of security and reliability.

Enhanced User Interfaces

Future fire safety systems will feature more intuitive and user-friendly interfaces, making it easier to monitor and respond to incidents. Enhanced visualisations tools will provide clearer insights into the status of fire safety infrastructure.

Looking Ahead: The Future of Fire Safety

As technology continues to evolve, the integration of wireless communication and real-time alerts will become increasingly essential in fire safety management. Larger facilities will greatly benefit from these advancements, ensuring they are better equipped to respond to emergencies effectively.

At CST, we are dedicated to developing and implementing technologies that not only meet current safety standards but also address future challenges. By focusing on real-time communication, adaptability, and integration, we aim to create safer environments for everyone.

As we look ahead, our mission is to continue pushing the boundaries of what’s possible in fire safety technology. Through ongoing research, development, and collaboration with industry partners and clients, we are committed to staying at the forefront of innovation, delivering solutions that protect both lives and property in the most effective ways possible.

Blackline Safety expands global presence in fire hazmat safety technology

by CommunicationsFeatured NewsFire DetectionPPE

Global customer growth reported in fire hazmat monitoring

Blackline Safety has reported a 175 percent increase in the number of fire hazmat customers using its connected personal and area monitors worldwide over the past year.

According to Blackline Safety, customer numbers grew from 127 to 350 over the last 12 months.

The company stated that thousands of users are now operating its monitoring solutions across North America, Europe, the Middle East, Australia and New Zealand.

The company attributed this growth to increased demand among fire and hazmat teams for tools that provide enhanced monitoring and real-time data access during high-risk operations.

Blackline stated that its cloud-connected devices allow remote tracking of personnel safety conditions and support faster response decisions.

NewEXO 8 Gamma monitors set for initial shipment

Blackline Safety has announced that the first shipments of its EXO 8 Gamma area monitors will begin this month.

The monitor is capable of detecting gamma radiation in addition to up to eight gases simultaneously.

According to Blackline, EXO 8 is the only portable area monitor with direct-to-cloud capability and simultaneous gas and gamma detection features.

Doug Mayer, Fire Hazmat Business Development Specialist at Blackline Safety, said: “EXO 8’s gamma detection capability is a game-changer for fire and hazmat teams — not only in emergency response, but also in public event monitoring.”

Mayer added: “From gas leaks and chemical spill incidents of all kinds, and now gamma radiation, we’ve reimagined safety solutions to help responders deploy equipment faster, get more gas exposure information, and share data for real-time visibility.”

Fire teams adopt wider range of connected safety tools

In addition to the EXO 8 Gamma, Blackline Safety reported ongoing uptake of its broader range of connected safety technologies by fire-hazmat teams.

These include G7 personal gas detectors featuring cellular and satellite connectivity, two-way voice communication, fall and no-motion alerts, and automatic data logging.

The G6 single gas detector, offering real-time connectivity and emergency SOS functions, is also in use.

Fire departments are also using Blackline Live, the company’s cloud-based platform that provides real-time information on personnel location, gas exposures and device status from any internet-connected device.

Travis Rebello, Firefighter and Hazmat Coordinator for the City of New Bedford, Massachusetts, said: “Blackline’s remote monitoring capabilities allow me to log in any time and see what my guys are dealing with and then to triage what other assets are needed on the scene at any time.”

Fire industry professionals to see new technology at FDIC International 2025

Blackline Safety will be exhibiting its connected safety products at FDIC International 2025 in Indianapolis from 7 to 12 April.

The company confirmed that it will showcase its portfolio, including the EXO 8 Gamma, G7 and G6 wearables, and the Blackline Live platform, at Booth 943.

FDIC International is one of the fire sector’s largest exhibitions, attracting fire and rescue personnel from multiple regions for demonstrations, training and equipment evaluation.

Attendees will have the opportunity to see live demonstrations of Blackline’s latest technologies and learn how connected systems are being integrated into fire and hazmat operations.

Blackline Safety expands global presence in fire hazmat safety technology: Summary

Blackline Safety has reported a 175 percent year-on-year increase in fire hazmat customers, growing from 127 to 350 clients across several regions including North America, Europe and Australasia.

The company stated that its cloud-connected safety devices are being increasingly adopted for their ability to support remote monitoring and real-time data sharing during emergency response operations.

The firm will begin shipping its EXO 8 Gamma area monitors later this month.

This model can detect up to eight gases and gamma radiation simultaneously and is connected directly to the cloud.

Blackline also reported continued adoption of its G7 and G6 gas detectors and Blackline Live cloud platform.

These tools offer features such as SOS alerts, two-way communication and live tracking.

Blackline Safety will showcase its technologies at FDIC International 2025 in Indianapolis from 7 to 12 April, where it will demonstrate its monitoring systems at Booth 943.

The future is fully connected, with Cygnus

by Breaking NewsFire Detection

Stephen Marsh, Head of Sales at Cygnus, explores the evolution of wireless fire detection, the benefits of mesh networks, and the impact of EN 54 certification on the industry 

In March 2023, Cygnus achieved EN 54 certification for its fire detection and alarm system, SmartNet. This significant milestone marked the beginning of an important journey for the company.

As the company celebrates the two-year anniversary of this achievement, Stephen Marsh, Head of Sales at Cygnus, discusses the evolution of wireless technology and what the future holds.  

In today’s smart homes and buildings, the Internet of Things is driving an explosion in the number and type of smart products that can be linked together on a network. This can also be seen in the world of fire and security systems, where video surveillance, access control and alarm systems are increasingly built on wireless networks. 

A wireless mesh network for fire detection and alarm systems   

A wireless mesh network is a decentralised network architecture consisting of interconnected nodes. Nodes are radio frequency transceivers that facilitate network communications, such as network switches, routers, switches or printers. In the wireless fire detection and alarm context, nodes are devices such as detectors and sounders.  

Unlike traditional networks that rely on a single central hub, wireless mesh networks distribute data across multiple nodes.

It allows each node to act as both a transmitter and a receiver, creating a self-forming, self-healing mesh network.

Stephen Marsh

This configuration enables seamless communication, as data packets can travel through multiple pathways to reach their destination, ensuring redundancy and minimising the likelihood of network failure. 

In a wireless mesh network, nodes communicate directly with one another, dynamically rerouting data to maintain connectivity – even if one or more nodes fail. Each device has a primary and secondary parent, so if the signal to the primary parent is broken, the secondary parent will take its place, and the device then selects a new secondary parent.

This ‘self-healing’ capacity – coupled with the ability to expand the network by simply adding more nodes – makes wireless mesh networks ideally suited for sites requiring robust and flexible communications systems. 

The advantages of a wireless system 

There are a number of benefits when it comes to wireless systems. Firstly, the absence of wiring significantly reduces installation time and costs. Traditional wired systems require extensive cabling, which can be both time-consuming and expensive. Wireless systems can be installed significantly faster, making them an ideal choice for both new constructions and retrofit projects. 

Moreover, the wireless nature of these systems minimises disruption to the building’s structure and occupants.

Stephen Marsh

There is no extensive impact to the fabric of the building and preserves the integrity of fire barriers. This makes systems such as SmartNet particularly suitable for historic buildings, schools, and other environments where conserving the building’s integrity is crucial. 

EN 54 certification: an important milestone  

Prior to 2008, there was no recognised standard for wireless fire alarm systems. In that year, EN 54 part 25 was published, which set out to ensure that wireless fire alarm systems provide the same level of protection as wired systems. The standard specifies requirements, test methods and performance criteria for components which use radio frequency (RF) communication links.  

EN 54 introduced several changes to the way wireless alarms should operate, including bi-directional communication, dual battery back-up, and enhanced fault monitoring. It also provided requirements for the evaluation of conformity of the components to the requirements of the standard. 

EN 54 sets the standards for the operation, testing and manufacture of fire detection and alarm systems. Any equipment used for a wireless fire detection and alarm system should be third party certificated to the relevant parts of EN 54.  

The EN 54 certification marked a pivotal moment for Cygnus, establishing SmartNet as the world’s first EN 54 certified, 100% wireless fire detection and alarm system.  

Stephen Marsh

Achieving EN 54 certification is a rigorous process that involves extensive testing and evaluation by accredited laboratories. For Cygnus, receiving this certification for SmartNet was a testament to the system’s reliability, effectiveness, and compliance with the highest industry standards.

The EN 54 certification covers various aspects of fire detection and alarm systems, including control and indicating equipment, power supply equipment, and fire detectors.  

The Cygnus and SmartNet journey  

Over the past two years, SmartNet has been widely adopted across various sectors, from commercial and industrial properties to high-rise buildings and public institutions. The system’s scalability and adaptability have made it a preferred choice for applications of all sizes.  

SmartNet-Pro offers a scalable solution with the capability for each panel to connect 511 devices and up to 96 zones, with networking of up to 5 panels available via a software release code, providing a combined solution of over 2500 devices.

Whilst SmartNet-Pro caters to the larger scales of application, SmartNet-100 provides all the key benefits of SmartNet-Pro in a more cost-effective solution, designed to support a maximum of 100 devices. Based on this nature, SmartNet-100 is best suited for small to medium sized applications where the scalability of the SmartNet-Pro is not required. 

Cygnus SmartNet has been recognised for its excellence in fire safety by winning the prestigious Security & Fire Excellence Award for the Security or Fire Solution of the Year in 2024. Additionally, SmartNet is a finalist for the Fire Resilience Excellence Awards (FREAS) in the Outstanding Product/Innovation category, further highlighting its innovative approach and impact on the industry.  

A journey of continuous development:  Cygnus Accessories  

Cygnus SmartNet is equipped with advanced accessories designed to streamline installation and maintenance processes. Cygnus ALERT is a cloud-based notification and monitoring platform that provides real-time event, fault, and mesh information to integrators and site administrators.

This tool enables swift responses to on-site situations, enhancing overall site safety. The Cygnus Mesh Analyser is an enhanced diagnostic tool that displays the structure and strength of the mesh network, suggesting actions to improve system performance.

It also shows the history of how devices have joined the network and their previous connections, ensuring a robust and stable network. The Cygnus Site Survey kit has been designed to help with the planning and deployment of the SmartNet system. By ensuring that the wireless sensor network is set up for maximum reliability and efficiency, it saves time during installation and on future call outs.

The Portal Programming Unit (PPU) allows installers to run firmware updates and update device configurations wirelessly while they are on site, making the whole process faster and more efficient for areas that are hard to access.

Together, these tools make SmartNet a comprehensive solution for efficient and reliable fire detection and alarm systems. 

Looking to the future 

As we look to the future, innovations in sensors, wireless systems, and artificial intelligence are going to allow fire detection and alarm systems to detect fires more accurately and faster.

There is also a growing trend towards integrating fire alarm systems with other critical safety and building management systems. This integration will enable seamless communication between third party systems via IOU devices. 

The two-year anniversary of Cygnus SmartNet’s EN 54 certification is a momentous occasion. It is a celebration of the hard work, dedication, and innovation that has gone into creating a world-class fire detection and alarm system.

As we look to the future, Cygnus remains committed to pushing the boundaries of fire safety technology, ensuring that SmartNet continues to set the standard in the industry. 

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