Hyfire Taurus fire system installed at leading UK museum

by Featured NewsFire DetectionProjects

Museum remains open during overnight Hyfire installation

Hyfire has reported the installation of its Taurus wireless fire detection system at a prominent UK museum, completed without full daytime closures.

According to Hyfire, the building received more than five million visitors in 2023, making it the most visited attraction in the UK.

Due to this high footfall, the installation was carried out overnight to prevent disruption to daily operations and public access.

Hyfire partnered with Square Mile Fire and Security for the project, with the installation process beginning each evening at 11 PM and continuing overnight.

Hyfire confirmed that the museum remained open throughout the works, with only one section temporarily closed off during daytime hours for non-disruptive tasks.

Safety planning around irreplaceable artefacts

The installation took place around historically valuable items and structures, some of which are over a thousand years old.

To manage risk, Hyfire and Square Mile Fire and Security used vibration sensors positioned near sensitive artefacts.

Hyfire Regional Sales Manager Gemma Hand said: “The museum remained open throughout the installation. One area was temporarily closed off to allow work to be carried out during the day, but no noisy tasks were performed while the museum was open.”

Gemma Hand added: “If the sensors detected any vibration, work would immediately stop, allowing museum staff to inspect the artifact before we could proceed.”

The approach ensured that heritage preservation measures were in place alongside safety upgrades.

Wireless system supports operational continuity

The Taurus system from Hyfire was selected due to its wireless design, which allowed minimal disruption to building infrastructure.

The wireless approach meant that major construction works were avoided, preserving the building’s structure and allowing installation to occur discreetly.

Hyfire stated that the system’s long battery life – up to 10 years for detectors and call points – also reduces maintenance frequency.

This was cited as an operational benefit for a venue that must limit access to restricted areas and historic zones.

The hybrid nature of the system allowed a balance between technological performance and protection of the museum’s interior.

Installation adapted to museum’s daily schedule

According to Hyfire, overnight works were essential to maintain public access during peak hours.

The work schedule was adjusted to begin late at night, allowing daytime programming, exhibitions, and visitor tours to continue without interruption.

Hyfire confirmed that no noisy tasks were undertaken while the museum was open, and access routes were maintained.

Only one zone of the museum was closed off at any time to accommodate phased installation.

This project model could apply to other busy heritage or public buildings needing similar upgrades.

Hybrid fire system designed for heritage environments

Hyfire’s Taurus system is a hybrid solution that combines wireless detection with standard fire safety infrastructure.

The company explained that this makes it suitable for protected environments where installation of traditional wiring is not possible.

Its use in this museum was chosen to minimise physical disruption and maintain historical integrity.

The Taurus platform supports detectors, call points, and control panels integrated into a broader safety network.

According to Hyfire, this project demonstrates the viability of hybrid systems in culturally sensitive locations.

Hyfire Taurus fire system installed at leading UK museum: Summary

Hyfire installed its Taurus wireless fire detection system at a major UK museum.

The museum was the UK’s most visited attraction in 2023 with over five million visitors.

The installation was completed without fully closing the museum during operating hours.

Works were conducted overnight by Square Mile Fire and Security starting at 11 PM.

Hyfire Regional Sales Manager Gemma Hand oversaw the project.

Sensitive artefacts were protected by vibration sensors that paused work if triggered.

Only one section of the museum was closed at any time for limited daytime work.

The Taurus system’s wireless design allowed preservation of the historic building.

Detectors and call points have a battery life of up to 10 years.

Hyfire stated that the hybrid system is suitable for heritage settings.

Hyfire wireless fire system deployed at South London care home

by Featured NewsFire DetectionProjects

Fire system upgrade enhances safety at Burrell Mead

Burrell Mead Residential Home in South London has completed a full upgrade of its fire system using 90 wireless devices from Hyfire.

According to Hyfire, the system was installed in partnership with Bickley Fire & Security Specialists Ltd to replace a previous hardwired alarm setup.

The installation forms part of a wider safety improvement programme at the not-for-profit care home, which was established by members of the West Croydon Baptist Church in 1964.

The company stated that the new fire system uses Taurus wireless devices and is supported by the TauREX software, designed to simplify configuration and maintenance.

Hyfire explained that the upgrade was designed to protect vulnerable residents while minimising disruption to the care home’s daily operations.

Community care home installs wireless fire devices

Hyfire reported that Burrell Mead is home to elderly residents seeking both medical and spiritual care, and that uninterrupted service delivery was a key factor in planning the upgrade.

The care home operates on a not-for-profit basis and continues to serve members of the local community who require long-term residential support.

The company said the Taurus system was chosen due to its ability to deliver performance equivalent to wired systems while offering a faster installation process.

Hyfire added that its devices are well suited to settings where residents may be sensitive to disturbance or relocation during upgrade works.

It noted that the use of wireless technology helped limit both physical disruption and time on site.

Installation carried out with minimal disruption

Brett Boyd, Regional Sales Manager at Hyfire, said: “When dealing with such a facility, where many residents may be elderly or very ill, it was crucial that the installation was quick and did not disrupt day-to-day operations nor limit residents in any way.”

Hyfire confirmed that its partnership with Bickley Fire & Security Specialists Ltd was key to completing the upgrade efficiently.

The company added that the installation process required no structural alterations and involved minimal changes to the building layout.

The devices were installed to provide full coverage of the premises and integrate with other building systems.

Hyfire stated that wireless installations are especially suited to older properties where access to infrastructure may be restricted.

Technology and tools supporting the upgrade

According to Hyfire, the Taurus system includes a range of tools intended to simplify design, installation and ongoing maintenance.

The company said its TauREX software supports a graphical interface that helps engineers design tailored fire protection systems for different building types.

It reported that the software also includes EasyScan and ConfigWizard tools, which automate aspects of the setup and help engineers identify appropriate configurations.

Hyfire stated that these features support accuracy in system design and reduce installation time.

The manufacturer added that this approach ensures more reliable outcomes and improved service life across installations.

Wireless systems aligned with care sector needs

Hyfire stated that wireless fire systems are particularly relevant in residential and care home settings where vulnerable individuals must be protected without introducing unnecessary risk.

The company explained that wireless solutions offer flexible deployment and lower installation impact, which are critical in healthcare environments.

It noted that such systems are increasingly being adopted across the care sector in response to operational constraints and regulatory requirements.

Hyfire said the outcome at Burrell Mead demonstrates how wireless technology can be applied in older buildings with limited scope for rewiring or structural intervention.

It added that wireless systems are capable of meeting the same safety objectives as wired counterparts when designed and installed to specification.

Wireless fire system deployed at South London care home: Summary

Burrell Mead Residential Home in South London has installed a new wireless fire system.

The upgrade uses 90 Taurus wireless devices from Hyfire.

The installation was carried out by Bickley Fire & Security Specialists Ltd.

Hyfire said the system replaces an older hardwired alarm.

The company reported that the new devices were chosen to minimise disruption.

According to Hyfire, installation time and physical impact were both reduced.

Brett Boyd, Regional Sales Manager at Hyfire, said the work was completed without disturbing residents.

Hyfire stated that its TauREX software supports customised system configuration.

Tools such as EasyScan and ConfigWizard were used in the process.

The company said the system meets performance levels expected of wired alarms.

Hyfire reported that the system is suitable for care homes with access limitations.

The installation was completed to improve resident safety and meet compliance needs.

Euralarm updates guidance on EN 50710 for service companies

by Featured NewsFire DetectionResearch

Clarification released on EN 50710 remote servicing standard

Euralarm has released an interpretation sheet aimed at helping service companies better understand and apply the EN 50710 standard.

According to Euralarm, the sheet expands on the existing 2022 guidance and provides interpretation, recommendations, and answers to frequently asked questions.

The EN 50710 standard was published in 2021 by CEN-CENELEC and outlines requirements for secure remote services in fire and security systems.

Euralarm’s Services section was involved in the standard’s development, with the goal of increasing adoption of remote servicing by providing actionable guidance.

Content and purpose of the interpretation sheet

Euralarm stated that the new interpretation sheet addresses recurring questions about the implementation of EN 50710.

The sheet consists of two sections.

The first section expands the 2022 checklist, adding interpretation and recommendations for each clause and identifying whether it concerns remote access infrastructure, fire or security systems, or organisational procedures.

The second section includes general answers to frequently asked questions not linked to specific clauses.

Target audience and intended application

Euralarm explained that the interpretation sheet is intended for service companies that aim to provide remote services in accordance with EN 50710.

These companies are required to implement specific organisational processes alongside technical solutions for remote connectivity.

The new resource is designed to support this requirement by clarifying how to interpret and apply the relevant clauses.

Euralarm added that the interpretation sheet can help service companies assess their preparedness for compliant service delivery.

Background on EN 50710 and earlier guidance

Euralarm reported that EN 50710 was developed by the joint technical committee CEN/CLC/JTC 4 and formally published by CEN-CENELEC in 2021.

The standard sets out conditions for secure provision of remote services related to fire and security systems.

To support implementation, Euralarm previously published a guidance document in 2022, followed by a document on cloud service contracting in early 2025.

As CEN-CENELEC does not publish interpretation sheets, Euralarm developed its own to assist its members.

Euralarm updates guidance on EN 50710 for service companies: Summary

Euralarm has released an interpretation sheet for EN 50710.

The EN 50710 standard outlines requirements for secure remote services on fire safety and security systems.

It was developed by CEN/CLC/JTC 4 and published by CEN-CENELEC in 2021.

Euralarm played a role in its development and previously published guidance on remote services in 2022.

The interpretation sheet expands that guidance with clause-by-clause recommendations.

The document contains two sections.

The first section provides detailed interpretations aligned with a checklist.

The second section answers general questions about the standard.

The target audience includes service companies aiming for EN 50710 compliance.

The sheet outlines both technical and organisational requirements for remote services.

Euralarm stated that the resource will assist in understanding and applying the standard.

Cambridge’s Chesterford Research Park enhances fire system with Nimbus solutions

by Featured NewsProjects

Nimbus solutions deployed at Chesterford Research Park

Chesterford Research Park, located near Cambridge, has added six innovative Nimbus remote fire alarm management units to its fire alarm systems across the campus.

The park plans to incorporate an additional seven units in the forthcoming weeks.

Collaborative effort for safety

Chesterford Research Park, known for its hi-tech research specialisations in Pharmaceuticals, Biotechnology, and other advanced scientific disciplines, continuously aims to provide an optimal environment for creativity and discoveries.

In line with this commitment to excellence, building managers, Cushman & Wakefield (C&W), collaborated with Smart Managed Solutions to upgrade the park’s fire systems.

Their combined efforts culminated in the selection of Gem Fire Solutions to install the new Nimbus Fixed Gateway units, aiming to streamline fire system monitoring and maintenance.

Richard Weinling, Projects Director of Smart Managed Solutions, stated: “The Nimbus gateways met a clear requirement for real-time remote monitoring of the diverse fire systems installed in various buildings at Chesterford Research Park.

“The units were straightforward to install, and each system is connected using a wired internet connection with integrated failover to cellular data, ensuring uninterrupted safety surveillance.

“This marks a significant step forward in fire safety management for the site, and also showcases our commitment to employing cutting-edge technology for our clients.”

Jamie Dyer, Managing Director of Gem Fire Solutions, commented: “The synchronised monitoring, swift data communication, and flawless fusion of Nimbus with the current fire systems is genuinely impressive.

“These attributes empower the on-site teams to act promptly and adeptly to any fire risks or malfunctions.

“In a Research Park setting, where innovative developments and cutting-edge experiments are a norm, this is more than just an advancement in technology; it’s a commitment to the building safety and assurance of researchers, staff, and the broader scientific community and its developments.”

Nimbus’s approach to fire safety

The Nimbus platform aims to simplify tasks for fire installers, maintenance engineers, and end users.

Whether it’s with new systems or existing ones, Nimbus’s approach seeks to replace conventional methods with an efficient, automated solution.

Peter Martin, UK Business Manager at Nimbus, remarked:
“Seeing our Nimbus solutions in action at such an esteemed location like Chesterford Research Park solidifies the growing need for innovative fire safety management in hi-tech environments.

“Collaborations like these, with forward-thinking organisations such as Cushman & Wakefield, Smart Managed Solutions, and Gem Fire Solutions, underline our commitment to revolutionising fire safety across diverse sectors.”

Steve Nichols, Technical Services Manager for Cushman & Wakefield at Chesterford Research Park, added:
“The Nimbus units have completely transformed our fire system testing procedures, eliminating the need for paperwork when testing manual call points.

“This is invaluable for audit and compliance reporting. Moreover, our site Security Team greatly benefits from the Nimbus Control Room Monitor system, which offers real-time monitoring of each building’s fire system status.

“This ensures 24/7 visibility and also delivers significant time savings for potential incident seek & search activities.”

IFSJ Comment

Chesterford Research Park’s integration of Nimbus solutions underlines a broader trend towards leveraging technology to enhance fire safety.

Collaborative efforts, as seen with Cushman & Wakefield, Smart Managed Solutions, and Gem Fire Solutions, demonstrate how technology can streamline processes, improve efficiency, and ultimately protect individuals and assets in high-risk environments.

The move by Chesterford not only reflects its commitment to its occupants but also sets a benchmark for other institutions in the field.

Advanced installs fire system in Dubai’s MIRACLZ tower block

by Featured NewsFire DetectionMiddle East - Projects

Advanced, a renowned manufacturer of fire protection solutions, has installed its cutting-edge fire system in MIRACLZ, a brand-new mixed-use tower block in Dubai.

The implementation of Advanced’s Axis EN range, featuring voice evacuation, fire telephone, and smoke management capabilities, now provides comprehensive fire safety coverage for the entire building.

Situated adjacent to the iconic Miracle Garden, the 37-storey MIRACLZ tower offers a diverse range of amenities and living spaces. The impressive structure accommodates a total of 591 fully furnished apartments, including one-bedroom, two-bedroom, and studio layouts.

Alongside the residential units, MIRACLZ also has an array of shopping and leisure experiences, a state-of-the-art swimming pool, a luxurious sauna, a well-equipped gymnasium, a spacious party hall, and a dedicated kids’ play area.

About the fire system

The main fire panel with voice command centre is located in the ground floor fire command centre room and is networked with multiple 1, 4 and 8-loop panels to form a distributed system. The installation also included an Advanced remote repeater panel and a dedicated voice evacuation amplifier on each of the building’s floors.

EDMAC Consulting specified the fire system and it was supplied, installed and commissioned by Advanced distribution partners, Cignetix Systems. Fully integrated with BACNET BMS, the system incorporates over three thousand addressable devices including interfacing units for monitoring or controlling of water flow switches, staircase pressurisation fans, lifts, air handling units and fire dampers. The system complies with various European, American and UAE Civil Defence codes.

Robust and versatile

Sunil Gopalkrishnan, Managing Director at Cignetix, said: “Thanks to their reputation for performance, quality and ease of use, Advanced are our preferred choice of fire alarm, fire telephone and voice evacuation systems – capable of handling large networks of up to 200 panels and complex cause and effect programming.”

Sasi Kumar, Commercial Manager, Middle East and Africa at Advanced, said: “The Middle East is a unique market with both EN and UL solutions being used. GCC customers can be disappointed if a fire system doesn’t meet the standard they require on a project, but we offer solutions for both standards in our Axis EN and Axis AX product ranges respectively.

“Few competitors can match us from that respect and this flexibility is valued by our customers. The Axis ranges are not only robust and versatile, but also easy to use – from installation and commissioning to servicing, maintenance and day-to-day operation. We have had excellent feedback on the Advanced Axis EN system from the installer at MIRACLZ.”

Axis EN

Providing powerful networking capacity, the Axis EN system supports robust networks of up to 200 panels per network. Networks can also be combined to create very large fire systems making the Axis EN ideal for complex, large-scale installations. Whether networking high-risk sites with complicated cause and effect, remotely monitoring networked sites, or integrating with building management systems, intuitive software and panel navigation make setup straightforward.

Axis EN is a complete fire system solution combining a high-performance, addressable panel approved to EN54 Parts 2, 4 and 13 with a comprehensive wired and wireless detector range plus extensive peripheral options.

Fire telephone solution

Advanced’s fire telephone solution is ideal for high and low-rise apartment buildings, hotels, universities, government and military sites where local fire departments and emergency personnel need access to fire/emergency communications. Designed for clear, easy-to-use control, the conventional system benefits from LED status indications showing its operational state – whether the system has a call-in, is connected or is in fault condition. The fire telephone system can be configured as either a standalone, independent system or completely integrated into the Axis EN fire system.