Cygnus SmartNet wireless system installed in Cambridge care home

by Building ManagementFeatured NewsFire DetectionProjectsSafety

Fire protection system installed in three days at Home Meadow

Advanced Fire Protection SW has installed a SmartNet-Pro wireless fire detection and alarm system at Home Meadow, a retirement property in Cambridge.

According to Cygnus, the installation was completed in three days and required no cabling, due to the 100% wireless design of the SmartNet system.

The retirement home is operated by housing association LiveWest and comprises 50 individual flats.

Cygnus stated that the previous cabling infrastructure was considered too outdated to support modern fire detection systems.

The company explained that a full rewiring was ruled out as it would have caused major disruption to residents.

LiveWest required a certified fire system that could be fitted with minimal intrusion.

Cygnus said the SmartNet-Pro met this need by offering full EN 54 compliance and wireless installation.

Installers report system stability and reduced disruption

Advanced Fire Protection SW has used SmartNet for previous installations, but this was its largest to date.

Lee Wilkinson, Managing Director at Advanced Fire Protection SW, said: “This was our third time using Cygnus SmartNet and our largest installation using the solution to date! We highly recommend SmartNet, it was a suitable choice for Home Meadow due to the fact it’s 100% wireless and a stable, reliable solution, with no requirement for cabling or boosters which causes increased disruption to residents.

“Additionally, as an installer, it is important to us that our customers are happy and LiveWest have been so pleased with the outcome, it is not only our preferred solution, but it has become their preferred solution for other sites too.”

Cygnus stated that the project involved fitting 212 devices.

It added that the pre-configuration and programming of the equipment allowed for rapid on-site installation.

LiveWest expands use of SmartNet across other sites

LiveWest said that the results of the project met both its safety and installation goals.

Oliver Colenso, Property Delivery Team Manager at LiveWest, said: “We specified SmartNet as we wanted a solution that met the highest safety standards and caused minimal disruption – something its 100% wireless design made possible.

“Minimising disruption to residents and workers was paramount, and working alongside Advanced Fire Protection SW, as well as our on-site warden, the installation process was smooth and well-coordinated.

“We’re thoroughly impressed with the outcome, and SmartNet has now become our preferred solution.

“Since this project, we have now installed Cygnus SmartNet into over a dozen of our sites at LiveWest.”

Cygnus said the system is now being considered for other residential schemes operated by the housing association.

Training provided through Cygnus Academy

Cygnus confirmed that training is required for all SmartNet installers.

The company said its training courses are offered at either the Cygnus Academy in Hereford or the Technology and Training Centre in Birmingham.

According to the company, training is split into basic and advanced modules.

Wilkinson said: “All eight of our installers at Advanced Fire Protection SW are certified with the basic training programme. A couple of us have also completed the advanced training course.

“We found the Cygnus Academy informative and helpful for learning the system and software.

“The environment was relaxed and the tutors very knowledgeable, we highly recommend the training and are keen to send more of our installers to receive the advanced course training too.”

Technical specifications of SmartNet-Pro system

Cygnus stated that the SmartNet-Pro system uses its proprietary wireless mesh technology.

According to the company, the system can support 511 devices across 96 zones on a single network.

It also added that up to five control panels can be linked, allowing a total of more than 2,500 devices.

Cygnus said that the system operates on a self-forming, self-healing mesh with multipath redundancy and channel hopping for signal reliability.

The company claimed that SmartNet installations can be up to twenty times faster than wired systems.

SmartNet wireless system installed in Cambridge care home: Summary

Advanced Fire Protection SW installed the SmartNet-Pro fire detection and alarm system at Home Meadow, a retirement home in Cambridge.

Cygnus said the SmartNet-Pro is a 100% wireless system that meets EN 54 certification.

The installation was completed in three days.

Home Meadow is owned by housing association LiveWest and includes 50 flats.

Cygnus stated that the previous system was outdated and unsuitable for modern needs.

A full rewiring was avoided to minimise disruption.

Lee Wilkinson from Advanced Fire Protection SW said it was their largest SmartNet installation to date.

Oliver Colenso from LiveWest said the system has now been adopted at over a dozen other LiveWest sites.

Cygnus offers training for installers at the Cygnus Academy and in Birmingham.

SmartNet-Pro supports over 2,500 devices across a linked system.

Cygnus said the system uses mesh networking and is up to twenty times faster to install than wired alternatives.

Aico system selected by Adra for Welsh housing retrofit rollout

by Featured NewsFire DetectionProjects

Aico solution deployed across Welsh retrofit programme

Adra has adopted Aico’s Connected Home Solution to support its participation in the 2025 Optimised Retrofit Programme, according to an announcement from Aico.

The system will be used to monitor indoor conditions and track energy use across selected homes in Wales.

The Connected Home Solution provides real-time data on temperature, humidity, and carbon dioxide levels.

Aico said the system now also uses the Smart DCC network to monitor energy consumption without needing additional hardware.

The company said more landlords in Wales have adopted the system this year because of its integration with TrustMark for Welsh Government reporting and its lack of ongoing cost commitments.

Collaboration with Adra renewed in 2025

Aico confirmed that its partnership with Adra has been renewed in 2025.

As part of this agreement, Aico will continue to sponsor the training pod at Tŷ Gwyrddfai in Gwynedd.

Tŷ Gwyrddfai is a low-carbon training hub that supports local employment, skills development, and decarbonisation programmes.

The manufacturer explained that the centre plays a key role in preparing the regional workforce for retrofit work and energy efficiency upgrades.

Rhys Roberts, Business and Development Manager at Tŷ Gwyrddfai, said: “We’re proud to continue our partnership with Aico through the renewal of the training pod sponsorship at Tŷ Gwyrddfai. This collaboration supports our mission to upskill the local workforce and drive forward the decarbonisation agenda in North Wales.

“The Connected Home Solution is a vital tool in our Optimised Retrofit Programme, helping us deliver healthier, more energy-efficient homes while empowering our teams with the latest smart technology.”

Hands-on training delivered to support rollout

To support implementation, Matt Powell, Relationship Manager for North Wales & West England at Aico, delivered an in-person training session with Adra’s electrical team and subcontractors.

The session took place at Tŷ Gwyrddfai and focused on installation techniques and system operation.

The company said these site visits ensure that all contractors are prepared to install and operate the Connected Home Solution correctly.

Powell said: “Adra have always been on the front foot with their decarbonisation project. Tŷ Gwyrddfai is a game changer in North Wales, upskilling the local community for the road to net zero.

“It’s been great to see a flurry of landlords in Wales this year utilising the system for ORP, with 22 large Social Landlords and Local Authorities actively using the system in Wales.”

Centre of Excellence training also delivered

Aico said Adra’s electrical team also visited its Centre of Excellence in Oswestry earlier in 2025.

The visit included participation in the City & Guilds Assured training course on domestic alarm systems.

The course covers system design, installation, maintenance, siting, interconnection and electrical connection.

The company said it was designed to build technical knowledge and support professional competence in housing safety systems.

Adra’s continued engagement in technical training has been highlighted as part of its approach to upskilling teams delivering retrofit projects.

Role of connected data in retrofit schemes

The Optimised Retrofit Programme is supported by the Welsh Government and aims to improve energy performance in existing housing stock.

Adra is one of the regional housing associations taking part in the programme.

Connected systems are being used to reduce damp and mould risk and identify opportunities to reduce energy consumption.

Aico said its Connected Home Solution plays a central role in enabling live data tracking for indoor environments and energy use.

This allows housing teams to monitor property conditions over time and adapt interventions accordingly.

Aico system selected by Adra for Welsh housing retrofit rollout: Summary

Adra has selected Aico’s Connected Home Solution to support the 2025 Optimised Retrofit Programme.

The programme is funded by the Welsh Government.

The system provides live data on temperature, humidity, and carbon dioxide levels.

It also uses the Smart DCC network to monitor energy use without added hardware.

The system integrates with TrustMark for compliance reporting.

Adra and Aico renewed their partnership in 2025.

Aico continues to sponsor Adra’s training pod at Tŷ Gwyrddfai.

Matt Powell from Aico delivered training to Adra staff and contractors.

Adra staff also completed a City & Guilds Assured training course in Oswestry.

Twenty-two housing associations and councils in Wales are using the system in 2025.

Olympia Electronics delivers emergency lighting system at Tower 42 in London

by Building ManagementFeatured NewsLightingProjects

Emergency lighting installed at Tower 42 in London

Olympia Electronics has completed an emergency lighting installation at Tower 42 in London, according to a company announcement dated July 2025.

The Greece-based manufacturer supplied emergency lighting units that were integrated into the skyscraper’s existing infrastructure.

The company confirmed that the project was delivered in collaboration with local partners in the United Kingdom.

The new system meets current European regulatory standards.

Tower 42 is one of the tallest commercial buildings in the United Kingdom.

Greek company provides lighting units for UK high-rise

Olympia Electronics is headquartered in Pieria, Greece, and produces electronic safety systems including emergency lighting, fire detection, and security products.

The company exports to over 72 countries.

Its technology is currently in use at airports, hospitals, commercial buildings, and critical infrastructure sites.

The company described the Tower 42 installation as one of several projects helping to strengthen its global business operations.

Olympia Electronics stated that the UK installation reflects its wider strategy to increase its participation in international projects.

Emergency lighting designed to meet European standards

According to Olympia Electronics, the installed emergency lighting system complies with European safety and quality regulations.

The company described the units as featuring modern technology and refined aesthetic design.

The project was completed in partnership with UK-based collaborators, though their names were not specified.

Olympia Electronics stated that the integration was designed to work with the building’s existing systems.

The company said the process was carried out to support uninterrupted building operations.

Company continues international expansion strategy

Olympia Electronics said the Tower 42 project supports its wider export strategy.

The firm has identified international expansion as a core element of its business model.

Its current global footprint includes exports to over 70 countries.

According to the company’s management: “Continuous investment in innovation, the development of high-tech products, and international outreach form the core of our strategic identity.

“Our presence in landmark projects, such as Tower 42, is tangible proof of the strength and reliability of Greek industrial products on the global stage.”

Electronic safety systems form core of business

Olympia Electronics produces a wide range of electronic safety systems for industrial and commercial use.

Its portfolio includes emergency lighting, fire detection systems, gas detection units, and building safety technologies.

The firm has undertaken projects in high-rise buildings, healthcare facilities, shopping centres, and public transport terminals.

It also partners with local providers to deliver region-specific system integration and compliance.

The company’s stated aim is to continue expanding its role in complex infrastructure projects across Europe and beyond.

Olympia Electronics delivers emergency lighting system at Tower 42 in London: Summary

Olympia Electronics has announced the completion of an emergency lighting project at Tower 42 in London.

The company supplied and installed emergency lighting units that meet European standards.

The system was integrated into the existing infrastructure.

The installation was completed in collaboration with local UK partners.

Olympia Electronics is based in Pieria, Greece.

The company exports to over 72 countries.

Its technology is used in buildings including airports, hospitals, and shopping centres.

The firm said the Tower 42 project aligns with its international expansion strategy.

Management said the project supports its innovation and outreach priorities.

Olympia Electronics manufactures electronic safety systems.

Its portfolio includes emergency lighting and fire detection products.

Sheffield fire safety upgrade contract awarded to Harmony Fire

by ConstructionFeatured NewsFire DoorsPassiveProjectsSafety

Contract awarded for major Sheffield fire safety works

Sheffield City Council has awarded a £11.6 million contract to Harmony Fire for fire safety upgrades across its housing portfolio, as reported by Harmony Fire.

The contract will cover fire door replacements and remedial work at around 1,800 residential properties over a two-year period.

There is an option to extend the contract by a further two years.

According to Harmony Fire, the programme includes the installation of FD60 and FD30 fire-rated door sets at both individual flat entrances and in communal areas.

The works will be managed from Harmony Fire’s Chesterfield office.

Housing stock across Sheffield to be upgraded

The contract forms part of a wider strategy by Sheffield City Council to modernise general needs housing across the city.

According to the council, the aim is to fast-track fire safety improvements and increase protection for residents.

The door sets, designed to withstand fire for either 30 or 60 minutes, are intended to meet regulatory compliance for compartmentation and tenant safety.

Manufacturing and supply will also be managed locally, with door sets produced in Chesterfield.

Harmony Fire said the localised supply chain is expected to reduce transport emissions and improve environmental sustainability.

Council explains tenant safety priority

Cllr Douglas Johnson, Chair of Sheffield City Council’s Housing Policy Committee, said:

“We take the safety of our tenants very seriously, and are always looking at new ways to protect people in their homes.

“We are delighted that Harmony Fire will be helping with fire door replacement across our property portfolio, and we hope people are reassured by the improved safety measures many will see begin to be installed at their properties in the coming weeks and months.”

The council has not yet announced a detailed timetable for the installation schedule.

Updates are expected as the programme progresses.

Harmony Fire outlines delivery strategy

Harmony Fire said it would use its regional team to oversee works and provide consistency across all project stages.

Amos Thomas, Pre-Construction Director at Harmony Fire, said:

“Our latest project with Sheffield City Council recognises the core benefits that strong public private partnerships (PPP) bring to clients and communities, through swift and efficient mobilisation and high-quality, compliant delivery.

“Bringing fire safety expertise to the table at an early stage in the project planning process is invaluable in correctly specifying requirements and prioritising programme scheduling to set projects up for success from the outset.”

The company said it would prioritise early planning and specification to help reduce risks and meet deadlines.

Fire door compliance and specification

According to Harmony Fire, the doors being installed are compliant with FD30 and FD60 standards.

FD30 doors are rated to withstand fire for 30 minutes, and FD60 doors for 60 minutes.

These ratings are based on testing under British Standards to ensure that the doors can maintain integrity and insulation in the event of a fire.

The use of compliant door sets in both individual and communal settings is intended to prevent the spread of smoke and flames between units.

Fire-rated doors are a key component in passive fire protection strategies.

Sheffield residential homes to receive fire safety improvements: Summary

Sheffield City Council has awarded a £11.6 million fire safety contract to Harmony Fire.

The contract covers fire door installation and remedial work at 1,800 homes.

Work will take place over two years, with an option for a two-year extension.

Door sets installed will include FD30 and FD60 fire-rated products.

Manufacturing and project coordination will be based in Chesterfield.

Cllr Douglas Johnson said the work will help protect residents.

Harmony Fire said early engagement improves planning and delivery.

The company cited benefits of public-private partnerships.

Door sets will be installed in both individual and communal areas.

FD30 and FD60 standards are used to assess fire resistance.

Honeywell to upgrade fire alarm system at Phoenix Sky Harbor International Airport

by Featured NewsFire DetectionProjects

Fire alarm upgrade announced for US airport

Honeywell has announced it will lead a fire alarm system upgrade at Phoenix Sky Harbor International Airport in the United States.

The company said the upgrade will take place in Terminal 4, the busiest terminal at the airport, with over 80 airline gates across eight concourses.

The existing Honeywell fire alarm system was originally installed in 2003.

Honeywell said the new upgrade will incorporate modern devices and modules that comply with the latest UL safety standards.

The company added that the upgraded system will include automated components designed to improve emergency response and performance.

Scope of the terminal project

According to Honeywell, the system upgrade will focus on both hardware and software changes.

The company confirmed that maps used by the Honeywell Enterprise Buildings Integrator (EBI) will be updated to improve alarm location accuracy.

Honeywell said EBI maps will assist emergency responders by providing clearer visualisation of incident sites within the terminal.

The upgrade is expected to be complete in 2026.

The EBI system will remain operational throughout the project to maintain full terminal protection during installation.

Supporting operational efficiency

Honeywell said the digital dashboard included in the system will improve operational insights and reduce costs.

The dashboard is intended to help decrease routine maintenance and cut down the manpower required to manage the system.

The company highlighted that the upgrade is being delivered at a time when labour shortages remain a challenge across the building safety sector.

The upgrade forms part of efforts to maintain system performance while addressing current workforce constraints.

Daily passenger numbers and risk management

Phoenix Sky Harbor International Airport handles an average of 94,000 passengers per day.

Terminal 4 is the main terminal used for both domestic and international flights.

Honeywell said the project aims to help ensure passenger safety is not compromised while work is carried out.

The company confirmed that no disruption to normal operations is expected during the upgrade period.

Comment from Honeywell leadership

Sudhakar Janakiraman, President of Honeywell Building Solutions, said:

“This award to enhance the Phoenix Sky Harbor International Airport’s fire alarm system reflects our commitment to delivering innovative and reliable automation solutions that protect this busy airport while also helping ensure uninterrupted operations for passengers and staff.”

“We are honoured to work on this vital safety initiative that builds on a long-standing and valued relationship.”

Honeywell to upgrade fire alarm system at Phoenix Sky Harbor International Airport: Summary

Honeywell has been selected to upgrade the fire alarm system at Phoenix Sky Harbor International Airport in the United States.

The upgrade applies to Terminal 4, which includes more than 80 airline gates.

The existing system was installed in 2003.

The new installation will include automated devices and modules that meet the latest UL safety standards.

Honeywell stated that the project will optimise emergency response and performance.

The Enterprise Buildings Integrator (EBI) dashboard will be updated to improve location mapping for alarm events.

The dashboard will help guide emergency responders with increased accuracy.

The system will remain active throughout the installation to protect the terminal.

The upgrade is expected to finish in 2026.

Phoenix Sky Harbor serves an average of 94,000 passengers each day.

Honeywell said the system aims to maintain safety and efficiency during the project.

The company noted current workforce constraints as a factor in automation strategy.

Honeywell confirmed the upgrade will reduce maintenance demands and operational costs.

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.

FLIR thermal imaging system enhances grid reliability in Ireland

by Featured NewsProjectsThermal Imaging

Thermal monitoring used to help prevent blackout risk

A new thermal imaging system using FLIR technology has been installed at Moneypoint Power Station to reduce fire risks and provide continuous monitoring of key infrastructure.

According to FLIR, the system is designed to prevent cascading failures that could affect up to 25 percent of Ireland’s power supply.

The deployment was led by ESB Energy and Butler Technologies.

The system integrates FLIR A500f and A70 thermal cameras and monitors components such as transformers and cabling.

The power station is located on Ireland’s west coast and currently operates as an oil-fired facility while serving as a national test site for renewable energy development.

Shift from manual to real-time automated monitoring

FLIR reported that thermal inspections at the Moneypoint facility were previously carried out manually on a weekly basis.

The new automated system delivers alerts within seconds of abnormal temperature detection.

According to the company, this allows for quicker interventions that may help prevent larger failures.

Thermal monitoring now covers areas such as turbine halls and substations.

Butler Technologies has adapted the system to push alerts to shift managers via app, SMS or email.

John Free, Senior Account Manager at Butler Technologies, said: “This isn’t about replacing engineers. It’s about empowering them.

“With fewer hands on deck, this system becomes an extra set of eyes they can trust.”

Enhanced asset monitoring with FLIR data feeds

FLIR explained that its thermal imaging system allows engineers to detect early signs of stress or failure.

Each image contains over 16,000 reference points, enabling more precise analysis than traditional sensors.

FLIR stated that this data improves the speed and accuracy of decision-making during incidents.

According to the company, the improved insights help avoid visual guesswork and allow for targeted maintenance.

The site has ordered additional cameras and is using the system to monitor operational patterns.

Integrated system architecture simplifies response

FLIR said the Moneypoint deployment uses a fully integrated system architecture.

The system feeds into the station’s video management platform, where alerts are automatically displayed.

Alarms expand on screen to highlight thermal zones needing attention.

There is no requirement for third-party hardware, which FLIR stated helps reduce maintenance issues.

Plans are in place to scale the system to include new devices and support for AI-based monitoring.

Pilot scheme for wider grid adoption

The ESB Project Engineer said: “We chose FLIR technology because it provides the real-time precision and scalability needed to safeguard critical infrastructure.

“In an industry where uptime is everything, FLIR’s thermal imaging offers the level of early detection and monitoring we require to protect both our assets and the national grid.”

FLIR noted that this is the first deployment of its kind in Ireland and one of the first in Europe to support integration with future renewable operations.

ESB Energy is trialling use of the same technology at its substations to monitor connection points and detect faults.

FLIR said that if successful, the system could be deployed across over 500 substations nationwide.

The system is currently supporting preparatory work on wind energy projects.

FLIR thermal imaging system enhances grid reliability in Ireland: Summary

FLIR has reported that its thermal monitoring system has been installed at Moneypoint Power Station in Ireland.

The system uses FLIR A500f and A70 thermal cameras.

It is operated by ESB Energy in partnership with Butler Technologies.

Moneypoint Power Station supplies around a quarter of Ireland’s electricity.

The FLIR system provides automated fire detection and condition monitoring.

Previously, inspections at the site were done manually.

Automated alerts now trigger within seconds of detecting heat anomalies.

Each image contains more than 16,000 reference points for analysis.

The station is also testing the system for use in upcoming renewable energy projects.

Butler Technologies developed an app to push alerts across platforms.

The system integrates with the site’s existing video platform.

No third-party hardware is required for its operation.

A trial is under way to monitor similar substations across Ireland.

FLIR said the system helps prevent cascading failures during grid stress.

It is the first full integration of this type in Ireland’s national grid.

Plans are in place to scale the system to newer devices.

Siemens deploys digital fire safety systems across Irish Prison Service

by Featured NewsFire DetectionProjectsSafety

Smart detectors reduce false alarms in Irish prisons

Siemens has announced the rollout of a new fire safety system across eight facilities operated by the Irish Prison Service (IPS), according to the company.

The implementation includes advanced detection equipment, digital monitoring tools and remote servicing systems designed to reduce false alarms and improve resource efficiency.

The IPS, part of Ireland’s Department of Justice, manages the detention of individuals held on remand, serving sentences or detained for immigration matters.

Siemens said the project included the installation of its Building X Fire Manager platform with cloud-based monitoring and management functions.

The company stated that the upgrade allows prison staff and Siemens engineers to monitor system status remotely, conduct diagnostics without entering restricted areas, and make operational decisions more efficiently.

Digital features improve safety and efficiency

Siemens reported that the newly installed Sinteso detectors were tailored to the specific challenges of custodial environments.

The devices distinguish between real fire signals and misleading triggers such as dust or steam, reducing unnecessary evacuations and disruptions.

The manufacturer added that the detectors also self-test automatically and generate real-time diagnostic data accessible both on-site and remotely.

According to Siemens, these features minimise the need for in-person inspections in restricted areas and support maintenance planning across hard-to-access zones, including high atriums.

In addition to the detector upgrade, Siemens deployed the Sinteso Connect app, enabling authorised prison staff to monitor fire system status from any location and make early decisions during incidents.

Digital logbooks and remote data access support staff

Siemens confirmed that the system now includes a digital eLogbook, automatically recording fire events and maintenance activity with time-stamped entries.

The company said the system reduces administrative burdens and improves access to compliance records for authorised users.

All prison facilities are now connected to Siemens’ Building X platform, which provides a centralised dashboard for live and historical fire system data.

This integration supports the IPS in managing multiple locations from one interface, enabling faster responses and better oversight of long-term system performance.

Operational changes reduce contractor time on site

Siemens explained that the introduction of digital diagnostics and remote monitoring had measurable impacts on day-to-day operations.

Remote fault identification allows engineers to review and prepare for issues in advance, reducing on-site visit times and improving resolution rates.

According to Siemens, the combination of self-testing equipment and remote diagnostics has lowered the need for escorting contractors, a requirement under Health & Safety protocols.

The company reported that a pilot programme demonstrated a saving of 76 escort days, allowing IPS personnel to focus on core security duties while maintaining system oversight.

Siemens stated that these outcomes show how predictive maintenance and remote access contribute to both operational efficiency and safety assurance.

IPS and Siemens reflect on partnership success

Governor of Works for the Irish Prison Service, Rónán Dunning, said: “The integration of new digital systems and services represents not only our commitment to technological excellence but also our dedication to deliver a sustainable, future-proof safety infrastructure across our organisation.”

Joe Walsh, Head of Siemens Smart Infrastructure, summarised the project: “Through our strategic partnership with the Irish Prison Service, we have engineered a holistic fire safety solution that not only addresses their multifaceted requirements and supports the complexities of their operational environment, but one that is also delivering measurable outcomes.”

Siemens installs fire safety solution across Irish prisons: Summary

Siemens has implemented new fire safety systems across eight Irish Prison Service facilities.

The IPS operates under Ireland’s Department of Justice.

The upgrade includes Siemens’ Sinteso detectors and Building X Fire Manager platform.

The detectors identify fire sources and reduce false alarms by ignoring dust and steam.

The system allows for remote diagnostics and live incident monitoring through the Sinteso Connect app.

A digital eLogbook has replaced manual fire event logging.

Authorised staff can access system records from any device.

Building X enables centralised monitoring of all prison sites.

Remote fault identification reduces unnecessary site visits.

Pilot testing showed a saving of 76 contractor escort days.

IPS and Siemens representatives said the project supports operational efficiency and digital safety management.

Wireless fire safety system installed at Welsh hospital

by Featured NewsFire DetectionProjects

Wireless fire alarm supports safety during hospital refurbishment

Cygnus has reported that its wireless fire detection system SmartNet-100 has been installed at Prince Charles Hospital in Merthyr Tydfil, Wales.

The project was carried out by Shield Fire & Security during a refurbishment programme that required removal of the site’s previous wired alarm due to asbestos works.

SmartNet-100 was selected because it is a fully wireless, EN 54 certified solution that did not require hardwired interfaces or expanders.

According to Shield Fire & Security, the system allowed for uninterrupted progress with the asbestos works while maintaining full fire detection capability.

The full installation was completed in three days.

Coordinated installation completed without disruption

Shield Fire & Security stated that the hospital remained operational throughout the installation.

The company coordinated with Tilbury Douglas, the site administrators, to ensure no disruption to hospital staff or patients.

The works were divided into two phases: one day to install the system on the ground floor, and two days for the first floor, which covered a larger area.

Lee German, Life Safety Systems Manager at Shield Fire & Security, said: “The nature of this install necessitated a wireless solution, and as one of the very few truly wireless fire solutions on the market, choosing Cygnus was an obvious choice.”

He added:
“It was our first time installing SmartNet and we were extremely impressed by both the speed and ease of installation.
We highly recommend SmartNet, it has become our preferred wireless solution.”

System built for small to mid-scale projects

Cygnus described the SmartNet-100 system as suitable for small to medium scale buildings.

It operates using a wireless mesh network of radio devices, and features self-forming, self-healing network technology with multiple communication paths.

According to the manufacturer, SmartNet-100 can be up to 20 times faster to install than wired systems.

It includes several of the same functions as the larger SmartNet-Pro system but is designed for simpler deployments.

Fire detection coverage across both floors

SmartNet-100 was installed across the hospital’s ground and first floors.

According to Cygnus, the ground floor installation included 18 heat detectors and 10 manual call points.

On the first floor, 16 heat detectors and three manual call points were added.

Output modules and sound bases were also deployed across both floors to complete the alarm system coverage.

Installer training and future plans

Shield Fire & Security staff completed both basic and advanced training at the Cygnus Academy to qualify as certified installers.

The company said that due to the installation’s success, more of its personnel will attend future training courses to become Cygnus Certified Installers.

Kevin Oliver, Project Manager at Tilbury Douglas, said: “As a busy live hospital, it was imperative that the building could continue to operate as normally and as safely as possible.”

He added:
“We are very pleased with the installation of the SmartNet-100 fire detection and alarm system.
It has allowed Prince Charles Hospital to remain operational with minimal disruption.”

Wireless fire safety system installed at Welsh hospital: Summary

Cygnus has reported that its SmartNet-100 wireless fire detection system was installed at Prince Charles Hospital in Wales.

The work was completed by Shield Fire & Security in coordination with Tilbury Douglas.

The hospital was undergoing asbestos-related works that required removal of its wired alarm system.

SmartNet-100 was selected due to its wireless operation and EN 54 certification.

Installation was completed over three days in two phases.

The system included heat detectors, manual call points, output modules and sound bases.

Shield Fire & Security completed Cygnus Academy training to become certified installers.

The company plans to send more staff for certification.

Cygnus stated the system is up to 20 times faster to install than wired systems.

Tilbury Douglas confirmed the hospital remained operational throughout the project.

No disruption to patients or staff was reported.

Project: FireDos firefighting monitors installed at waste plant in Macau

by Fire SuppressionProjects

Fire protection upgrade supports expanded Macau waste facility

FireDos has reported that its remote-controlled M2 firefighting monitors have been installed at the Macau Waste Incineration Plant following a capacity expansion completed in August 2024.

The installation is part of a fire protection system upgrade for the plant’s third construction phase, located in the Pac On area of Taipa, Macau.

The facility processes municipal solid waste and converts thermal energy into electricity.

FireDos said the customer requested FM-approved, explosion-proof electric monitors with wireless remote control and a control cabinet.

The company supplied four M2-AC400-50 monitors with multi-purpose nozzles via Shanghai Vision Mechanical Joint Co., Ltd.

Equipment designed for explosion-prone environments

FireDos stated that all monitors and control components are FM-certified and ATEX-approved.

It explained that explosion protection is critical in incineration facilities due to the presence of combustible gases and fine dusts.

The company noted that each M2 fire monitor can deliver up to 2,500 litres per minute and supports both hollow jet and spray jet discharge through a stepless nozzle adjustment.

According to FireDos, the system is electrically operated and centrally managed, with water piping, cabling and control cabinets installed above the waste bunker.

It added that all four monitors are controlled via radio remote to allow simultaneous and precise operation.

Fire monitor placement ensures full coverage of pit

The monitors were installed in pairs on opposite sides of the incinerator’s garbage pit, at a height of 23 metres.

FireDos stated that this positioning allows the water streams to reach any area within the pit simultaneously.

The company said this arrangement improves the effectiveness and consistency of the suppression system across the full volume of the waste bunker.

Commissioning required local and remote collaboration

FireDos reported that Shanghai Vision was responsible for the local implementation.

The company delivered a six-hour remote training session to Shanghai Vision’s technical personnel ahead of installation.

FireDos remained online during the commissioning days to assist with real-time troubleshooting and final adjustments.

It noted that additional customer requests for on-site service during commissioning created challenges that were resolved through coordination with the local team.

Project marks Phase III of long-running waste facility

The plant has been operating since 1992 and was previously expanded in 2008.

FireDos said the Phase III expansion increased the plant’s daily treatment capacity by 1,300 tonnes.

It added that the site now contributes further to the city’s waste-to-energy goals through improved energy recovery from combustion.

The company said its system was chosen to meet the customer’s specifications for a proven fire safety solution.

FireDos firefighting monitors installed at waste plant in Macau: Summary

FireDos has installed four M2 firefighting monitors at the Macau Waste Incineration Plant.

The system was delivered via Shanghai Vision Mechanical Joint Co., Ltd.

Each monitor is FM-certified and ATEX-approved.

The monitors provide a water flow rate of up to 2,500 litres per minute.

They can be operated simultaneously via radio remote control.

They were installed at 23 metres above the waste pit to provide full coverage.

FireDos delivered six hours of online commissioning training.

The company also supported the local team during on-site commissioning.

The customer requested explosion-proof, FM-approved monitors with wireless control.

The installation follows a facility upgrade completed in August 2024.

The plant now processes an additional 1,300 tonnes of waste per day.

FireDos said the solution meets the requirements for high safety standards.

All monitors and components are managed by a central control cabinet.