Redefining aspirating smoke detection: How Securiton is reshaping ASD system design

by Breaking NewsFire Detection

Securiton outlines how its ASD 2000 provides aspirating smoke detection with advanced sensors, real-time monitoring and flexible installation for demanding applications

In environments where even a brief interruption can translate into financial loss, operational disruption or risk to human life, early and reliable smoke detection is non‑negotiable.

Aspirating smoke detection (ASD) has long been the gold standard for early warning fire detection.

Now, that standard just got higher as Swiss ASD specialist Securiton launches a revolutionary new device family.

With the launch of the SecuriSmoke ASD 2000, fire safety installers now have access to a generational leap forward in ASD technology.

It blends digital innovation, Swiss engineering, enhanced sensitivity and practical installer‑friendly design.

After five years of intensive development, the ASD 2000 doesn’t simply improve on its predecessor, the ASD 535; it redefines what a modern ASD system can be.

Digital‑first by design

One of the most transformative advances in the ASD 2000 is its digital‑first architecture.

For the first time in a SecuriSmoke product, commissioning, configuration, diagnostics and operation are all managed through an intuitive mobile application.

This approach was at the heart of the brief first given to the development team five years ago.

This brief, focused not on hardware but on a seamless user journey, required a mobile app as the primary interaction interface alongside intuitive design that reduces complexity and saves time throughout the design, installation and commissioning process.

For installers, this means fewer tools, straightforward implementation and dramatically simplified workflows.

The app provides real‑time feedback, guided steps and secure digital licensing, making configuration not only efficient but verifiably reliable.

For operators, the app extends day‑to‑day convenience.

Status checks, diagnostics, performance monitoring and system events are accessible immediately and securely, supporting faster decisions and proactive maintenance.

Five decades of expertise built into a new platform

The ASD 2000 is not a facelift or incremental update.

It is a from‑scratch reinvention built on a foundation of proven Securiton knowledge.

Designed in Switzerland by a team of 60+ engineers and backed by over 50 years of ASD expertise, it incorporates the trusted DNA and best features of the ASD 535 and is extensively field‑tested across multiple installations and environments.

The unit is manufactured in a highly automated German plant for consistent quality

This heritage ensures that while the device is technologically new, it inherits the robustness, reliability and longevity associated with the SecuriSmoke brand – attributes highly valued in mission‑critical environments such as healthcare, public infrastructure and industrial facilities.

However, the international engineering team tasked with developing the ASD 2000 soon found that in building a brand-new device, many step-changes in performance were possible.

Raising the bar

Given the chance to build a device incorporating all the latest technologies, an already strong platform has become a world-beating one.

Every key performance indicator, from sensitivity and airflow monitoring to fan power and system scale, has been upgraded.

With support for up to four independent channels and two detection chambers, the ASD 2000 dramatically expands installation flexibility.

The system can monitor complex environments, large zones or multi‑compartment spaces from a single device.

The detection chamber has undergone a redesign from scratch, doubling the maximum sensitivity to 0.001% obs/m.

At the same time, the maximum obscuration at which it can operate is also raised by 50%, to 30 obs/m.

Combined with a 1000 pa aspiration engine, this means the ASD 2000 can operate larger and more intricate pipe networks, with the device situated up to 150 m from the furthest hole.

This gives designers and installers more flexibility than ever and allows for ASD installations that are efficient and tailored to modern end-customer needs.

The system limits of the ASD are suitably impressive: up to 62 sampling holes are possible from a single device while still meeting the highest-Class A EN 54 standard for Very Early Warning Fire Detection.

The figures for Class B and C level detection are 160 and 240 respectively.

For data centres – where early detection and redundancy are vital – multi‑channel capability enables precise monitoring of hot aisles, cold aisles, underfloor voids and overhead spaces using fewer detector units.

Warehousing and logistics centres benefit from the ability to cover high‑bay racking and large open volumes without compromising airflow velocity or sensitivity.

Hospitals and public buildings can monitor diverse areas such as patient rooms, server rooms, lift shafts and public corridors simultaneously.

Internal 3‑stage filtering for lower maintenance

Maintenance is an unavoidable part of ASD system management, but the ASD 2000 significantly reduces the burden thanks to its redesigned airflow path and a 3‑stage internal filter.

The detection chamber now sits inside a centrifugal filter that keeps dust and debris away from sensitive electronics.

Before that, an easily field-accessible coarse filter removes larger particles and insects.

The third in-built filter is an electronic one, enhancing reliability by smoothing out anomalous readings caused by occasional dust particles in the chamber.

This means the ASD 2000 can function without external filters in standard environments, reducing maintenance and supporting a cleaner and more reliable detection process.

Whisper‑quiet operation

Despite housing such a powerful fan, the ASD 2000 is one of the quietest aspirating smoke detectors on the market.

Innovative silencing features around the fan substantially reduces operating noise.

This makes the ASD 2000 particularly well suited for hospitals, where patient comfort and noise minimisation are essential.

Public buildings such as museums, theatres or libraries also benefit, as do commercial offices where ASDs may need to operate near workspaces.

Low noise also opens opportunities for areas previously considered sensitive to acoustics, enabling more flexible system placement.

Ultrasonic airflow monitoring

The introduction of an ultrasonic airflow sensor offers greater accuracy, reliability and resilience than conventional mechanical or thermal sensors.

This technology provides higher precision airflow measurement with absolute values, no mechanical wear and tear, better performance in dusty or airflow‑variable environments stability across temperature fluctuations.

Installers gain a more trustworthy and maintenance‑light solution.

End‑users benefit from reduced false alarms and long‑term reliability.

And of course, the sensor is easy to replace in the field.

Smarter design tools and clever features

A powerful device deserves a powerful planning tool.

The ASD 2000 is supported by an upgraded version of PipeFlow, Securiton’s pipe network design software.

For complex environments such as large data halls, multi‑floor warehouses and intricate public buildings, the new 3D PipeFlow tool helps ensure optimal design and compliance on the first attempt, reducing revisions and installation delays.

Then there are the “life hacks”.

Drawing on decades of field experience, the engineering team embedded numerous practical efficiencies that streamline daily work for engineers and installers.

These include tool-free design for most components using click‑in field‑replaceable modules; a self-supporting cover that simplifies internal access; and built‑in labelling options for clean and professional installation.

The pipe connection on the ASD 2000 single and two-channel models fits into existing SecuriSmoke ASD systems, so that older models can be replaced without the need to adapt the pipes.

Each feature may seem small, but collectively they dramatically shorten installation time and reduce the risk of errors.

The ASD 2000 is built not only for best‑in‑class performance but for installer efficiency and operational clarity.

Designed for the future

The SecuriSmoke ASD 2000 is not just the next step in aspirating smoke technology – it is a strategic leap forward.

With its digital‑first ecosystem, performance upgrades, installer‑friendly design and unmatched engineering pedigree, it stands as the most advanced ASD solution Securiton has ever delivered.

And it doesn’t stop there.

One of the advantages of a digital-led product is that Securiton’s development team is still busy, with tranches of new features and user upgrades planned over the next 18 months and beyond.

The ASD 2000 is built for the environments that cannot afford compromise.

It sets a new benchmark for safety, flexibility and technological excellence – one that will shape smoke detection standards for years to come.

For fire safety installers, it offers faster deployment, streamlined workflows and reduced maintenance.

For operators in demanding industries where Early Warning Fire Detection is required, it provides the earliest and most reliable smoke detection available – while its unprecedented system limits and top-notch durability make it both efficient and effective in rougher environments too.

This was originally published in the April 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

From connected protection to smarter compliance: How Advanced is linking fire systems

by Breaking NewsFire Detection

Michael Dunbar, Digital Product Manager, Matt Jones, Head of Sales UK & Ireland, and Shaun Scott, Applications Engineer at Advanced, discuss the development of smarter, integrated fire safety solutions

As fire safety challenges grow more complex, so do expectations for system performance, integration and accountability.

At The Fire Safety Event (FSE) 2026, Advanced will be demonstrating how intelligent fire, smoke control and evacuation systems are evolving to meet these demands, not as isolated components, but as part of a smarter and connected whole.

Exhibiting in Hall 4, Stand D85, at Birmingham’s NEC, from 28–30 April, Advanced will showcase how its latest technologies are supporting safer buildings today, while laying the foundations for the data‑driven, integrated systems that compliance will increasingly demand tomorrow.

Across its stand, visitors will see how fire detection, smoke control, evacuation and system intelligence can work together, simplifying compliance, improving response and reducing long‑term operational burden.

Addressing modern challenges with proven systems

The fire safety landscape has changed dramatically over the past decade.

Buildings are more complex, usage patterns more dynamic and expectations around safety, accountability and resilience far higher than ever before.

What hasn’t changed is the need for systems that are dependable, intuitive and fit for purpose.

At Advanced, we’ve spent years developing fire and life safety solutions that respond to real‑world challenges, not theoretical ones.

That experience is particularly relevant today, as the industry grapples with emerging requirements like enhanced evacuation strategies, smoke control expectations and the growing focus on lockdown and mass notification.

A good example is the conversation around Martyn’s Law.

While the legislation itself continues to evolve, the underlying principle is clear: buildings must be able to respond quickly and effectively to a wider range of threats.

What’s often misunderstood is that many of the capabilities being discussed aren’t new concepts.

In fact, Advanced systems have supported site‑wide alerts, phased responses and lockdown‑style functionality for years, using existing, proven infrastructure.

By using intelligent fire panels, networked systems and flexible cause‑and‑effect programming, it’s already possible to deliver clear alerts, control movement and support coordinated responses without introducing unnecessary complexity or standalone systems.

At FSE, we’ll be demonstrating how these features can be implemented using our existing technology, giving specifiers and end users confidence that they can adapt to future requirements without wholesale system replacement.

Another key challenge is integration.

Fire safety systems can no longer be designed in isolation.

Smoke control, evacuation alert systems, fire detection and building management all need to work together seamlessly.

This isn’t about adding layers of technology for the sake of it, it’s about creating systems that are easier to understand, easier to manage and ultimately more effective in an emergency.

That philosophy underpins everything we’re showing at FSE, from our latest control panels to dedicated solutions like SmokeGo and EvacGo, and through to the growing role of system intelligence and connectivity.

Smoke control without complexity

Smoke control is one of the most critical, and often most misunderstood, elements of fire safety design.

It plays a vital role in protecting escape routes, supporting firefighting operations and limiting fire spread, yet it has traditionally been associated with complex programming, specialist hardware and difficult commissioning.

SmokeGo was developed to change that.

As Advanced’s dedicated smoke control solution, SmokeGo is designed to make smoke control simpler, faster and fully compliant across a wide range of applications.

Approved to EN54 Parts 2 and 4, and designed to meet the requirements of standards including BS 7346‑8 and ISO 21927‑9, it delivers reliable automatic and manual control of smoke control fans and dampers, without unnecessary complication.

One of SmokeGo’s biggest strengths is its flexibility.

It can be used in both dedicated and non‑dedicated smoke control systems, integrating seamlessly with Advanced’s next‑generation MxPro 5 fire panels.

This allows designers to achieve precise, coordinated control while maintaining a clear separation between fire detection and smoke management functions where required.

From an installer and commissioning perspective, SmokeGo’s four‑step configuration process is a game‑changer.

Complex cause‑and‑effect programming is replaced with an intuitive matrix that provides a clear, at‑a‑glance view of system behaviour.

What might once have taken days to configure can now be achieved far more quickly, with greater confidence and far less risk of error.

Operationally, SmokeGo offers the features that matter most in real buildings: automatic stairwell pressurisation, post‑alarm purge, cascade control for prioritising compartments as smoke spreads, interlocks to prevent unsafe fan operation and flexible manual overrides for fire and rescue services.

Automatic testing routines can also be programmed to run at defined intervals, helping ensure systems remain ready while minimising disruption to occupants.

Importantly, SmokeGo doesn’t exist in isolation.

When connected to AdvancedLive, users gain remote visibility of fan and damper status, adding another layer of assurance and simplifying maintenance planning.

It’s a practical example of how smart connectivity can enhance safety without overcomplicating system design.

AdvancedLive and the shift towards smarter, connected fire systems

We live in a connected world, yet many fire systems are still managed as if they exist in isolation.

Panels are installed, commissioned and then largely left alone, only interacted with during weekly tests, faults or incidents.

That approach is no longer sustainable.

Modern buildings now demand visibility.

A smart fire system isn’t about novelty or remote access for its own sake; it’s about having the right information at the right time.

Connectivity unlocks real‑time insight into system health, device status and event history, enabling faster, more accurate decision‑making when it matters most.

This is where AdvancedLive plays a critical role, not as a standalone platform, but as part of a wider smart fire system.

By connecting Advanced panels, users gain a live, unified view of what’s happening across their estate, whether that’s a single site or multiple buildings.

Fires, faults and isolations are visible as they occur, allowing teams to respond immediately rather than discovering issues after the fact.

That visibility has a direct operational impact.

Engineers can assess system status remotely before travelling to site, reducing unnecessary call‑outs.

Maintenance can be planned more effectively using device history and event data, and potential issues can be identified and addressed before they escalate into more serious and costly problems.

These benefits are already being realised in complex, real‑world environments.

At Blists Hill Victorian Town in Shropshire, multiple independent MxPro 5 panels across a large, dispersed heritage site are unified through AdvancedLive into a single, virtual network.

This provides centralised oversight without the need for additional hardware or intrusive infrastructure, allowing safety teams to monitor and manage fire system status across historic buildings, mine tunnels and standalone structures while preserving the site’s character and visitor experience.

Similarly, at Chalk Hills Academy in Luton, AdvancedLive supports the real‑time monitoring and management of a networked MxPro 5 system protecting multiple school buildings.

The platform enables authorised users to respond quickly to incidents, integrate fire safety with wider site systems such as lockdown and gas shut‑off and maintain reassurance that the system is operating as intended, even when staff are off site.

At FSE 2026, our focus is very much on making testing smarter.

Routine fire system testing remains essential, but it is often time‑consuming and disruptive.

Connected systems allow organisations to streamline testing, improve record‑keeping and reduce impact on building occupants, while still maintaining full compliance.

Looking ahead, the industry’s direction of travel is clear.

The future of fire safety is data‑driven and integration‑led.

Concepts such as the golden thread underline the growing expectation that accurate, accessible information will support building safety throughout a building’s lifecycle.

Fire systems will need to contribute to that data ecosystem, not sit outside it.

AdvancedLive is evolving with that future in mind, supporting secure access, clear audit trails and accountability.

The result is a smarter fire system where compliance isn’t just achieved at installation, but maintained, evidenced and understood over time.

A smarter, safer future

Across fire detection, smoke control, evacuation and system intelligence, Advanced’s message at FSE is simple: smarter systems don’t have to be more complicated.

By building on proven technology, embracing connectivity where it adds real value and focusing on usability, it’s possible to create fire safety solutions that are robust, adaptable and ready for the challenges ahead.

This was originally published in the April 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Gas detection update from Sensitron adds new interface and login system

by Breaking NewsGas DetectionProducts

Sensitron previews redesigned gas detection control panel

Sensitron has previewed a new control panel for gas detection systems that can support up to eight gas detectors and is set to be commercially available within 2026.

Sensitron said the product evolves from its best-selling PL4+ and was developed as part of a broader product and business development plan.

The company said the control panel was designed around day-to-day use, with a more compact form and a redesigned interface intended to improve readability and operation on site.

The new PL4 gas detection system design was developed through Sensitron’s first collaboration with AMDL CIRCLE, the multidisciplinary studio founded by Michele De Lucchi.

Sensitron said the resulting platform was designed to be adapted and customised for the group’s international markets.

Nicholas Bewick, Architecture Art Director, and Andrea Borgogni, Senior Product Designer, at AMDL CIRCLE, said: “The design is the result of a complete reconfiguration of the internal components—battery, printed circuit boards, mounting systems, etc. – arranged according to a new hierarchical order: the reorganisation of the elements has allowed the creation of an unusual pyramidal architectural form, with a redesigned main display and control panel to simplify the physical and visual interface with the entire gas safety network.”

Interface changes and compliance details

Sensitron said the new control panel includes a redesigned interface with graphics, pop-ups, directional arrows, on/off switches, drop-down menus and contextual buttons.

The company said these features are intended to help users understand the control panel more quickly without prior knowledge.

A multi-level digital login system replaces the physical key and is intended to provide greater operational control, traceability and protection.

Menus are arranged in a logical tree structure and the control panel can be configured through the display or through a PC.

PC-based configuration allows settings to be saved and replicated across similar systems, with event logs available for download for diagnostic analysis and system traceability.

Marco Passadori, Managing Director of Sensitron, said: “We chose design as a strategy to complement our technical expertise, adding an element of differentiation in a highly competitive market.

“Technology, compliance with standards, and experience are the foundations of our product development.

“The decision to introduce design stems from listening to those who use the product.

“From our ongoing dialogue with customers came the desire to create a control panel truly designed for its users.”

The control panel complies with ATEX Directive 2014/34/EU and the standards EN IEC 60079-29-1 and EN 61508 / EN 50402 (SIL1), according to Sensitron.

Wireless installation advantage: Ajax Systems highlights new business models for fire installers

by Breaking NewsFire Detection

Wireless fire detection is reshaping installation strategies and opening new service models, writes Paul Pope, Global Head of Fire & Life Safety Business at Ajax Systems

Technology within the fire safety sector is evolving rapidly and entering a decisive decade.

Once considered a niche technology, the wireless fire detection and alarm market reached $688 million in 2024 and is predicted to exceed $844 million by 2033.

The real turning point is that certified EN54-25 wireless systems can now deliver system integrity and reliability comparable to wired installations, removing the last barrier to adoption.

For installers, it’s a chance to redefine their business model and evaluate the suitability of projects between the different technologies now available.

Professionally installed wireless systems can lead to faster project delivery, less disruption, and, with the latest technologies, access to new revenue streams like real-time remote monitoring, predictive maintenance, and instant alerts.

In a world where efficiency and compliance rule, wireless systems can provide the installers with the tools and options to grow their business.

The challenge for fire installers today  

For decades, wired fire detection and alarm systems have been the gold standard, and they still secure their place in the overall solution to the design and fire strategy for many buildings.

However, due to the complexity and disruption associated with cable installation, it can be time-consuming and invasive to building operations.

In many cases, a long installation schedule due to unforeseen circumstances can increase the final project cost.

That’s why there is an increase in fire safety specialists reassessing the fire strategy and opting for wireless systems.

The industry is also facing a shortage of skilled engineers, which is a major workforce concern.

The NFPA research revealed  that 50% of the skilled  workforce shortages will be the main concern for  2025, and this  shortfall is expected to continue growing.

This challenge highlights the need to increase the future workforce by attracting the next generation of fire professionals who may be less interested in labour-intensive work.

Advanced wireless technology can help to reduce this barrier, making the noble profession of the fire industry more attractive to technology-oriented professionals.

Additionally, the market is struggling with competitive pressure.

Clients want faster, flexible, and less intrusive installation, and wired solutions make it difficult to meet those expectations.

Not upgrading with wireless means turning away almost half of potential clients, especially in commercial projects where wireless is becoming a viable alternative choice.

What’s at stake if installers do not adapt 

Considering the challenges above, adapting to new market demands is an ongoing process, for all businesses.

The wireless fire detection and alarm market is growing at nearly 8% annually, and installers who do not adapt risk losing access to this growth and missing out on business opportunities.

Around 46% of facility managers already choose wireless systems as their first option for upgrades or retrofits.

There is a risk of losing a competitive advantage.

More than 64% of fire installers now prefer wireless systems over wired ones for their flexibility and scalability.

Falling behind means watching the revenue flow to better-prepared companies.

The numbers speak for themselves — due to enhancements in technology, the EN54-25 wireless sector is getting stronger.

The holistic approach in maintaining fire safety has always been the main driver for fire professionals, and the choice available in both wired and wireless systems  today is impressive.

The decision is with the professionals to evaluate which technology is suitable for each project and, where appropriate, seize the growth and benefits that wireless unlocks.

Turning wireless into a competitive advantage

Demand for wireless fire detection and alarm systems is  rising  in the commercial sector, where the stakeholders’ value is reduced  by 35% compared with wired systems.

At the same time, installation companies benefit from faster installations, more capacity, and time for new revenue streams, including services like integrated smart systems, proactive maintenance contracts, or managing larger projects.

The question most frequently asked is related to the performance of the batteries.

The latest technologies  can deliver  battery capacities between 5 and 7 years, supported by continuous condition monitoring and low-battery alerts, sent to the fire control panel and/or remote management systems.

Providing real-time monitoring notifications and secure on-site and remote on-demand system health checks provides the responsible person(s) and service organisations with the information to know exactly when replacements are needed.

In commercial settings, planned maintenance visits make replacements easy.

This shifts battery management from a problem to a predictable, manageable task.

Wireless fire detection and alarm systems can open up new opportunities in healthcare, logistics, education, museums, heritage sites, construction sites, vacant properties, energy infrastructure, and retail and many more.

Wireless EN54 fire detection for commercial and municipal sites 

Some facilities are unsuitable for wired systems , either because wiring them to the local or national codes of practice  is complicated or impossible to do so.

For example, where there is a risk of asbestos or architecturally sensitive building fabric disturbance, or where the operation of the facility would be seriously disrupted.

 In some cases, hybrid systems are used, where some of the fire alarm system is  connected wirelessly, while other devices are wired.

 EN54-25 certified wireless systems with the additional EN54-13 compatibility certification, precisely match the operating realities of commercial and municipal estates, offering continuous supervision and strict compliance.

FFE achieves FM Approval for Fireray One and Fireray Hub Reflective for key international markets

by Breaking NewsFire DetectionFire EngineeringPassive

FFE Ltd, a specialist manufacturer of fire detection solutions, has announced that Fireray One beam smoke detector and Fireray Hub Reflective have achieved FM Approval, supporting specification and use across the USA, Middle East & Africa (MEA), Australia and New Zealand.

Large-volume environments can present challenging detection conditions, where smoke may dilute, stratify or drift with airflows. FM Approval provides added confidence for stakeholders specifying fire detection solutions for applications where reliability, compliance and continuity of operation matter.

Fireray One is designed for beam smoke detection in large open areas, providing long-distance coverage suited to high-ceiling environments. Fireray Hub Reflective complements Fireray One by combining the same beam detection capability with a low-level controller, enabling a more system-based approach to installation and oversight, and supporting up to three detector heads from a single control point, helping simplify commissioning, verification and ongoing maintenance.

FM Approval an ‘important milestone’ for FFE

“FM Approval is an important milestone for Fireray One and Fireray Hub Reflective,” said Luke Brittany, Product Manager, Fireray Product Range, FFE Ltd. “It gives specifiers and project teams added confidence when selecting an approved beam detection solution for large, open areas, supporting reliable performance and clearer system oversight.”

More information and resources:

Bisson adds new dust filter to support air sampling detection performance

by Featured NewsFire DetectionProducts

Air sampling detection filter for dusty environments

Bisson has launched a new Dust Filter designed to safeguard air sampling detection (ASD) systems operating in dusty conditions.

The company said the Dust Filter is intended to act as a protective barrier by removing contaminants before they can enter the air sampling unit or clog first-stage filters.

Air sampling detection – also known as aspirating smoke detection – is described as delivering early warnings of fire by continuously sampling air throughout a structure, with the capability to detect fire before visible smoke or flames appear.

Product design and intended performance claims

Steve Davis, General Manager of Bisson, said: “From industrial facilities to manufacturing plants, dust and particulates can quickly accumulate, reducing the sensitivity of aspirating smoke detection systems.

“With our new purpose-built ASD Dust Filter, systems operating in harsh environments can continue to deliver consistent, accurate and efficient fire detection”.

Bisson said the Dust Filter is designed to reduce maintenance requirements and extend the lifespan of the detector’s primary filter, with the aim of lowering long-term operating costs.

The company said the Dust Filter has been engineered to withstand exposure to chemicals and fuels, and to be tear-resistant.

Davis added: “Aspirating smoke detection systems are the best safety solution for high-risk and hazardous settings, thanks to their exceptional sensitivity and ability to provide the earliest possible warning.

“However, these systems are only as effective as their network of air-sampling pipework.

“Our pipes and fittings are purpose-built to perform in the harsh conditions these systems operate in and we are confident our new Dust Filter will be a key product in our range”.

Accessibility beyond compliance: Hochiki Europe maps standards in practice

by Breaking NewsFire DetectionMiddle East - Featured News Archives

Richard Wharram, Export Sales Manager at Hochiki Europe explores how fire safety installers can lead the conversation on accessibility

Compliance with fire safety codes sets the foundation for protecting buildings, but it is no longer the only expectation placed on installers.

Fire safety engineers are increasingly expected to deliver solutions that address both regulatory requirements and occupant needs.

Both modern buildings and older properties, whether carefully preserved, adapted for new use or extended with new wings, must now support diverse occupant needs.

As buildings serve more diverse populations, life safety systems must be both responsive and accessible, delivering consistent protection across these varied environments, extending to every occupant, regardless of ability.

This shift requires a broader role for fire professionals.

Installers are now expected to advise clients on accessibility as well as fit systems.

The most forward-thinking installers are stepping up; they are engaging with clients early in the design phase, they have a working knowledge of the latest technology advances and can provide products that serve a wide range of user needs.

In this article, we review how inclusive standards are being applied in practice and how forward-thinking engineers are helping clients see accessibility not as a bolt-on feature, but as a fundamental design principle.

Inclusive standards in practice

Understanding accessibility in fire safety starts with a review of the regulations themselves.

Each region applies its own framework of codes and standards, and together they define how inclusive life safety should function in practice.

For installers, this means interpreting what standards demand on site and how they affect system design in each unique application.

In the UK, BS 5839‑1 and BS 5266‑1 outline core requirements for fire detection and emergency lighting.

BS 5839‑9 extends this by requiring Emergency Voice Communication (EVC) systems in refuge areas.

These systems support people with mobility impairments by enabling communication with emergency responders during evacuation.

Across Europe, EN 54 standards, including EN 54‑23 for Visual Alarm Devices (VADs), help ensure that life safety systems accommodate users with hearing impairments.

In the Middle East, local codes often blend UL and EN requirements to address safety in complex, high-density buildings where occupant needs vary widely.

Legal and reputational pressures have increased since the Grenfell Tower fire, particularly in the UK.

However, following this tragedy, building owners and facility managers around the world are now expected to demonstrate that their systems support everyone, not just the average occupant.

Installers as strategic advisors: Real world examples

For fire safety professionals, this is not just a challenge, but an opportunity.

The best installers today are not just system integrators; they are strategic partners.

They help clients understand why inclusive fire safety is worth investing in, and they guide them through the complexities of standards, technologies and real-world needs.

That conversation becomes much easier when backed by practical experience.

At Merriman Grange, a care home in West Sussex, the installation of an addressable L1 fire detection system from Hochiki included features specifically selected to protect residents in a dedicated dementia unit.

The ability to adjust alarm tones and volumes minimised distress for occupants with cognitive impairments, while still ensuring reliable alerting and full coverage across all three floors.

In Italy, the Sacro Cuore Don Calabria Hospital in Verona faced a very different challenge—minimising false alarms in a complex healthcare environment without compromising safety for vulnerable patients.

The installation team deployed intelligent multi-sensor technology and integrated addressable panels from Hochiki across eight buildings, the site reduced unnecessary evacuations that could otherwise disorient or endanger those in critical care.

And in the Middle East, the Outpost Al Barari, a luxury eco-resort deep in the desert, introduced a different set of design constraints.

Built to harmonise with its constantly shifting natural environment, the resort’s layout changes with the desert itself, requiring a flexible and non-invasive approach to life safety.

Hochiki’s wireless system was deployed using hybrid technology, enabling quick reconfiguration of detection and alerting devices without disruptive installation works.

The solution included accessible call points mounted at the correct height for wheelchair users, visual alarm devices for hearing-impaired guests, and full integration with central control panels.

Ekho wireless technology allowed the system to flex as the resort evolved, while maintaining full coverage and minimal aesthetic impact.

These projects demonstrate that inclusive systems are not just about ticking regulatory boxes.

They are about understanding human needs and the surrounding environment to deliver technical solutions that respond with precision and care.

What to look for in a technology partner

Installers often rely on long-term relationships with manufacturers to ensure consistent performance and regulatory compliance.

However, regular review is essential.

As building and standards evolve, so should the technologies used to support them.

Manufacturers that specialise in life safety and offer comprehensive solutions, such as detection, emergency lighting and EVC integration, can simplify specification and improve system coherence.

Wireless capability is particularly important in heritage sites, clinical settings, sites where perhaps traditional architectural design is challenged, such as the example at the Outpost Al Barari and retrofits where cabling is difficult or undesirable.

Features such as programmable control panels, self-testing luminaires in emergency lighting and staged evacuation logic can reduce maintenance burden and support vulnerable building users more effectively.

One retrofit example is the Unity Theatre in Liverpool.

This converted synagogue required blackout capability for performances and full compliance with modern safety standards expected within a building often used by people who were not always familiar with the layout.

Hochiki’s self-contained emergency lighting solution met all requirements while avoiding major refurbishment works and improved energy efficiency.

System functions that support inclusion

Inclusive life safety systems combine various alerting methods to ensure everyone receives timely warnings.

These typically include audible alarms, VADs that meet EN 54‑23 and, where required, tactile signals.

Control equipment should support voice announcements and phased evacuation, particularly in large or multi-use buildings.

Manual call points need to be accessible in terms of height and placement and are increasingly available in wireless formats to support design flexibility.

Emergency lighting should be addressable and capable of directing people around hazards dynamically.

In addition, refuge areas must include two-way EVC systems to enable communication between those waiting and the building’s control centre or emergency services.

These are functional requirements already being delivered across the UK, Europe and the Middle East.

Designing for varied user needs improves safety for all occupants, not just those with visible impairments.

Shifting expectations in fire safety

The expectation for inclusive design is growing across all sectors.

End users, regulatory bodies and industry stakeholders increasingly treat accessibility as a baseline requirement rather than an enhancement.

Installers play a key role in meeting this expectation.

By working with manufacturers focused on life safety and advising clients on emerging standards, they help ensure that fire systems reflect how buildings are used.

This involves considering a broad range of users, including vulnerable people such as the elderly or children as well as those with cognitive impairments or limited mobility.

Systems must also support visitors unfamiliar with the building layout or language, especially if it is a public building.

Inclusive design is no longer a future goal, it is here and now and should reflect both societal values and legal obligations.

Installers who take accessibility into account early in the design process are helping set a new standard for life safety.

To learn more about Hochiki’s approach to inclusive fire safety and how our systems can support your next project, visit hochikieurope.com

Installer checklist for inclusive systems

Present yourself as a trusted partner to clients, focus on:

  • Work with specialists – align with manufacturers who focus solely on life safety, ensuring the systems you install are designed with this purpose in mind.
  • Offer complete solutions – demonstrate how you can deliver fire detection, emergency lighting and EVC integration as one coherent system
  • Provide wireless options – recommend wireless technology where heritage buildings, healthcare sites, complex designs or retrofits make cabling impractical
  • Highlight adaptable features – show clients the value of programmable panels, staged evacuation logic and flexible device placement for meeting diverse needs
  • Reduce ongoing burden – promote solutions with self-testing emergency lighting and other smart maintenance features that save time and support vulnerable users
  • Prove compliance through examples – share project experience and reference accredited products to give clients confidence in your approach

For installers, presenting themselves as aligned with these values can help clients see them not only as system integrators but as trusted partners who will deliver safety strategies that remain robust over time.

This was originally published in the February 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

The Last Word with Sarah Lawson: Advanced’s US growth plan

by Americas - Breaking NewsBreaking NewsFire Detection

Sarah Lawson, Operations Director, Advanced, on driving compliance and innovation in the US fire safety market

North America faces stricter fire regulations and rising infrastructure investment.

How do these support your regional growth strategy?

We need to ensure the safest living and working environments, and this drives Advanced to design and manufacture compliant systems that are reliable and efficient.

In the US, that’s our Axis AX system which is UL approved, well established and supports low and medium rise buildings with its scalability.

This means designers and installers can opt for our small single panel up to our larger command centre.

What scale of opportunity do you believe exists for fire system manufacturers over the next few years?

The fire safety market is roughly $26 billion and that’s expected to grow to about $30 billion in 2030.

We believe that we’ve got a market opportunity of the $6 billion worth out there.

We’re really looking at operating costs, so we offer a system that’s easy to use, easy to programme and increases the installer’s efficiency.

The simplicity of our system is a real key differentiator and it can also scale.

How has the rigorous testing and certification standards shaped your product development and compliance strategy as you expand in North America?

UL’s high bar aligns with our global approach of designing for the world’s toughest standards.

Our R&D and product teams look to ensure that our systems meet and often exceed regulatory requirements.

We’re looking at what the regulator needs but also using customer feedback to try and drive a bit more of that market focus.

We’re utilising that with customer feedback and market insights, but we also have our distribution partner in the US, Harding.

As you exhibit at two US fire trade shows this year, what are you aiming to showcase about your technology and commitment to the US market?

We are returning to NFPA this year and we’re also exhibiting at ISC West.

What we’re looking to do is showcase our products, continue to increase our North American presence and to build the understanding of what Advanced can offer to the market.

We’d like to continue to demonstrate the reliability, usability and scalability of our Axis AX model and highlight our integration and smart building capabilities.

How is Advanced demonstrating its commitment to the US fire sector through investment, partnerships, and local support?

We have our distribution partner and we’re also investing in regional sales to support coverage in North America.

We are also continuing to understand the differences required in different areas and regulatory bodies.

We’re strengthening partnerships to improve local reach, while continuing to invest in training, customer support and after-sales support.

This ensures customers have a clear route to provide feedback, understand the breadth of our offering and get the most value from our products.

This was originally published in the February 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Transforming commercial fire safety: How Ajax Systems is changing installer expectations

by Breaking NewsFire DetectionSafety

Paul Pope, Global Head of Fire & Life Safety Business at Ajax Systems, outlines wireless standards for installers through current European compliance requirements

What does EN54 certification require in practice and why does it matter for detection and alarm system performance?

In Europe, fire detection and alarm products must comply with the essential safety and performance requirements of the EN 54 Construction Products Regulation (CPR) and must be CE marked to be legally sold or placed on the market in European Union countries.

So, in Europe, performance specifications must state that the products must meet the relevant EN 54 product standards.

They must also state that product testing, inspection and certification must be carried out by a Notified Body,

A Notified Body is authorised by the EU to assess products under the relevant EN 54 CPR regulations.

Critical tasks performed by Notified Bodies include testing the product/s, verifying the supporting evidence that a product meets the test requirements, issuing a product certificate and undertaking ongoing testing or surveillance activities.

 To achieve consistent regulatory compliance for their products, manufacturers can choose which EU Notified Body to appoint as long as it is certified to test against the relevant EN 54 standards.

What are EN54 Line’s key elements and how do they differ from traditional wired systems installers commonly use?

The main elements of our wireless system do not differ from those of traditional wired systems, with the exception of the additional product certification to EN54-25.

The EN54-25 European Standard specifies requirements, test methods and performance criteria for components used in fire alarm systems, installed in and around buildings, which use radio frequency links (RF links) to communicate.

It also provides requirements for the evaluation of conformity of the components to the requirements.

In addition to the other specific EN54 standards applicable to each fire product, for example, a wireless optical smoke detector would need both EN54-25 and EN54-7 to be listed on the EU CPR certificate to be fully compliant.

How does Ajax’s wireless approach aim to address the challenges of installation time and system complexity?

Ajax has designed the EN54 Line to be easier to install and configure, with cutting-edge technology and exceptionally high reliability.

Ajax fire detection and alarm systems resist signal jamming and provide a high level of protection that is not inferior in reliability to that of their wired counterparts.

Wireless systems focus on reducing disruption to the building structure, remedial works, structural damage, re-decoration and the need for costly fire-stopping.

Installation time constraints and access to areas within an operational business have always been challenges for professional installers.

The EN54 Line will address these issues and provide a cost-effective alternative to wired systems, as well as reducing the health and safety risks associated with installing cables and containment systems.

It was important for Ajax to provide the sector with a flexible system solution that can protect the premises not only from fire but also integrate security, automation scenarios and surveillance into one complete ecosystem.

System compatibility assurance is fundamental within fire and life safety systems.

There is a growing shift away from a product-based approach and towards a systems-based approach to specifying fire detection equipment.

We have witnessed a marked increase in the number of authorities, specifiers, installers and end users requesting the latest version of EN 54-13 system compatibility compliance and we are also seeing EN 54-13 compliance being stated in the certification requirements for commercial installations in several European countries.

EN 54-13 is a rigorous standard that proves all the components in a fire safety system are compatible and connectable, thereby working effectively as one system.

The EN54 Line has been certified to EN54-13, which will provide installers with the necessary third-party audited documentation and thus prove compliance with the system compatibility clauses written into many standards.

How does the system maintain resilience through power management, signal range and backup operation during outages?

The Ajax Fire Hub CIE (Control and indicating equipment) is responsible for managing the entire system and communicating with the cloud, the user and the fire/security company.

Radio communicators are built in and provide seamless connectivity between the Fire Hub and addressable fire detectors, sounders, VADs, I/O modules, manual call points and other system devices.

The Ajax Fire Hub is equipped with either 24 or 72-hour rechargeable back-up power supplies and four communication channels, Ethernet, Wi-Fi and two SIM card slots.

This principle of operation allows you to connect the device to two different Internet providers via Ethernet and Wi-Fi, as well as two cellular networks.

This means that when one of the communication channels is jammed, the system switches to backup channels, after which it informs users and the fire/security company about the jamming attempt.

Automatic switching between channels takes seconds.

The system uses the Ajax Jeweller communication protocol to transmit real-time device states, alarms, events and all measured readings to Ajax apps.

The Wings and TurboWings protocols are designed to ensure visual verification and large data packets for individual settings, such as interface languages and firmware updates.

The wireless range can reach up to 1,800 m.

The Ajax wireless fire alarm system devices can operate on dual pre-installed batteries without replacement for four to seven years.

Two-way communication allows you to track the status of system elements (charge level, etc.) via the EN54 Fire Hub and in mobile applications.

The user will be informed about the need to replace any batteries, as well as about the loss of communication with all of the elements of the system.

To enlarge system coverage, especially in large or multi-level buildings, there is EN54 REX Jeweller.

It extends the range between the system devices, supporting communication via both Ajax’s proprietary radio protocols (Jeweller, Wings and TurboWings) and Ethernet.

With five range extenders connected to one Fire Hub, the coverage can be boosted to up to 35 km².

The Ajax wireless fire alarm system devices can operate on dual pre-installed batteries without replacement for four to seven years.

Two-way communication allows you to track the status of system elements (charge level, etc.) via the EN54 Fire Hub and in mobile applications.

The user will be informed about the need to replace any batteries, as well as about the loss of communication with all of the elements of the system.

What advantages does EN54 Line offer installers in terms of business opportunities and everyday system usability?

Redefining how easy and fast a fire alarm can be installed in an industry known for its complexity is a major advantage to any business.

 All the components can be added and configured via the Ajax mobile or desktop apps, so getting started is as efficient as it gets.

There is no need to program complex logic manually – configure the system using human-readable text through an intuitive, self-explanatory interface.

The EN54 Line devices work in synergy with our free mobile and desktop apps, which seamlessly integrate into the professionals’ workflow.

Ajax applications allow for managing all devices across the system: fire alarm, intrusion protection, video surveillance and automation.

There is no programming or outdated configuration tools – just an intuitive interface for faster installations, easier facility management and efficient remote service.

How does visual alarm verification contribute to safety and decision-making in real emergency situations?

The increasing use of remote monitoring of fire protection systems, whilst not completely new, has been ushered in, despite the fire industry typically being slow to adapt to such technology.

What we are seeing now is just the start of the remote connectivity revolution.

Professional monitoring is now available beyond the basic fire and fault events that have been the norm for so long.

It can no longer be taken for granted that Fire and rescue services will attend automatic alarms.

Many individual services now require confirmation of a real fire before dispatching crews to an activation.

To ensure a response, you must verify the alarm is genuine or have a person at the site confirm the fire.

Advanced fire technology within the EN54 Line will provide central monitoring stations and end-users with more detailed, actionable information than ever – including precise alarm data, visual verification, live and archived video feeds and voice communication.

Smart integration with other related systems will provide real-time intelligence, which can radically increase the speed of information, control and response to evolving emergency situations.

How will wireless systems evolve under regulatory and commercial pressures and what role will Ajax play?

There is a growing Global demand for reliable, secure technology that provides solutions to real issues and wireless integrated systems will evolve further to meet the future demands.

With this fast-paced high technology, it is important to be up to date with regulatory insights and develop robust compliance strategies into the design and development processes.

The importance of data protection, ensuring client confidentiality and protecting sensitive information, alongside the latest cybersecurity, will ensure all potential and real risks to future systems through connectivity and inter-connectivity will be eliminated.

In a professional sector such as fire, product standards, regulation and certification development play an important role in enabling innovation to enter markets.

We will continue to work with trade associations, governments, standards and certification bodies to help shape the future of our industries.

This was originally published in the January 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Advanced launches “powerful” smoke control system

by Featured NewsFire DetectionFire DetectionNews CategoriesPassiveProductsProducts

UK-based fire detection specialist Advanced has launched SmokeGo, a new smoke control system designed to provide compliant smoke management through Control & Indicating Equipment (CIE).

The launch comes amid increased scrutiny of smoke control performance and compliance across the UK construction and fire safety sectors, particularly in complex and high-risk buildings.

Approved to EN 54 Parts 2 and 4, SmokeGo is designed to comply with ISO 21927-9 and BS 7346-8 standards.

The system, available for the UK market, integrates with Advanced’s MxPro 5 fire panels, enabling both automatic and manual control of fans and dampers.

SmokeGo supports up to 15 fan and damper switch cards per P-Bus and can be scaled further using PENN or additional panels, making it suitable for projects of varying sizes.

Each switch card can control up to six individual fans and dampers, allowing flexible smoke compartment management and manual override options.

The control system has been designed to support faster configuration and commissioning. Configuration is handled via Advanced’s software, which pre-allocates inputs and outputs for fan and damper control and automatically applies required feedback delays, simplifying system setup.

Additional features include cascade mode to manage smoke spread across compartments, automatic stairwell pressurisation, post-alarm purge functions, and interlocks to ensure dampers are open before fans are activated, helping to prevent duct over-pressurisation.

Automatic testing can also be scheduled to support regulatory compliance while reducing maintenance visits.

SmokeGo is intended for use in applications including high-rise residential buildings, commercial developments, healthcare facilities and mixed-use projects.

Smoke control system with custom options

SmokeGo is also available as a custom panel option through Advanced’s AdSpecials service, offering tailored enclosures, interfaces and finishes for site-specific requirements.

Automatic testing can also be scheduled to support regulatory compliance while reducing maintenance visits.

Click here for more information on SmokeGo.