Hochiki installs bespoke detection system at Willis Aviation’s Teesside base

Hochiki case study at Teesside International Airport

A bespoke fire detection solution from Hochiki Europe has been installed at Willis Aviation Services’ maintenance base at Teesside International Airport, covering Hangars 7 and 8 across 45,000 m².

Hochiki said the project was delivered with local life-safety specialist Render Alarms, which designed and installed a tailored system built around Hochiki intelligent detection technology.

The site includes hangars, workshops and office space.

The case study described engineers working with high-value aircraft and potentially flammable materials.

System design and devices specified

The installation centres on Hochiki’s ESP intelligent fire detection system, described as offering open-protocol flexibility and performance aligned with the forthcoming BS 5839-1 2025 standard.

In office environments, adjustable smoke and heat detectors were specified, described as supporting reliable detection and reducing unwanted alarms.

In workshop areas, wall-mounted sounder beacons were installed to provide visual alerts in high-noise conditions.

For hangar voids, Hochiki’s FIRElink aspirating detection system was specified, described as using laser-based technology to monitor large areas with enhanced sensitivity and reduced maintenance requirements.

Render Alarms’ installation team used specialist design software to optimise the aspirating pipe network around the hangar’s structural framework, with the case study describing this as supporting coverage and compliance.

Luke Render, from Render Alarms, commented: “Hochiki’s bases are a gamechanger, one base fit all devices.”

The case study described sensors twist-fitting onto bases as part of the installation and commissioning approach.

C-TEC sets up CAST team for cause and effect programming support

C-TEC CAST support team announced

C-TEC has formed a specialist CAST technical support team to support its own-protocol CAST life-safety systems, including complex cause and effect programming and pre-project planning.

The company introduced the team as Alex Riley, Sam Rudd and Jake Field, and said the group will also provide personalised on-site technical support.

Riley has been at C-TEC for four years and has worked in the technical support department.

Rudd was initially employed as an SMT process engineer and has been with the company for three years.

Field previously worked in Manufacturing and is described as the newest member of the team.

Terry Gordon, Engineering and Technical Support Manager at C-TEC, said: “The new CAST technical support team means faster and more efficient technical support for our customers.

“Alex, Sam and Jake were chosen for their technical and people skills and willingness to assist in any situation.

“I am thrilled to have them on board.”

The company said Riley, Rudd and Field also host ZFP and XFP addressable fire system training at its manufacturing facility in Wigan.

The same statement said they also deliver off-site training for customers in the UK and overseas when needed.

C-TEC outlines related technical support changes

C-TEC also said it has introduced other initiatives to boost technical support services.

The company said this includes a dedicated technical support telephone number, a cloud-based AI-enabled call logging software system and the appointment of additional technical experts to strengthen the existing team.

For technical support, the contact number is 01942 366328 and the email address is technical@c-tec.co.uk.

For CAST specialist support, the contact number is 01942 366328 and the email address is cast@c-tec.co.uk.

The announcement described the changes as part of a wider effort to strengthen technical support provision.

Euralarm fact sheet explains Cyber Resilience Act product classification for fire safety manufacturers

Euralarm fact sheet on CRA categories

A new fact sheet sets out how electronic fire safety and security products are classified under the EU Cyber Resilience Act (CRA), published in November 2024.

Euralarm said the document is intended to help manufacturers understand categorisation and conformity assessment obligations before products can be placed on the EU market.

The fact sheet describes the CRA product categories as “default,” Important Class I, Important Class II, and Critical.

It explains that the essential cybersecurity requirements apply equally to all in-scope products with digital elements.

It also explains that Important and Critical products are subject to stricter conformity assessment procedures.

The document sets out why correct categorisation matters for deciding whether self-assessment is permitted or whether a notified body is required.

Examples used to classify fire safety and security products

In the fact sheet, Euralarm provides structured examples focused on electronic fire safety and security products where interpretation can raise practical questions.

The examples include smart home products with security functionalities, identity management systems and privileged access management products, and hardware devices with security boxes.

The document also uses examples including intrusion detection systems, fire detection control panels, access control systems, biometric readers, and cloud-based alarm management software.

It explains when a product’s core functionality determines its categorisation.

It states that most electronic fire safety and physical security products are expected to fall within the “default” category and may rely on self-assessment where compliance with the CRA essential requirements can be demonstrated.

It also states that embedding security-related components such as microcontrollers with security functions or cryptographic capabilities does not automatically make a product “Important” or “Critical” where its core functionality does not meet the criteria defined in the Implementing Regulation.

Standards and conformity assessment routes

Euralarm noted that future harmonised standards under development may support manufacturers in demonstrating conformity under the CRA.

The fact sheet references EN 62443-4-x and other horizontal standards as examples that may support presumption of conformity where applicable.

The publication is presented as part of Euralarm’s ongoing work to support the fire safety and security industry in adapting to European regulatory requirements.

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

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.

Ci Global announces UAE expansion for Ci Safe electrical fire prevention technology

Ci Global establishes local presence in the UAE

Ci Global has established a local presence in the United Arab Emirates in February 2026 to support deployment of its Ci Safe electrical fire prevention technology across the country.

The move follows recent regulatory approvals and allows the company to work directly with regional partners, authorities, developers and building operators to address electrical fire risk at source.

Ci Safe is described as an intelligent fire and building-safety system designed to prevent electrical fires before ignition by monitoring electrical behaviour at points of use such as sockets, plugs and connection points.

Power is automatically removed when abnormal conditions are detected, including unsafe heat build-up or electrical fault patterns.

Safety data is recorded over time to support visibility, pattern recognition and insight across buildings and portfolios.

How Ci Safe is described to operate and integrate

Ci Global outlined that Ci Safe operates as an AI-driven ecosystem combining intelligent devices and sensors with autonomous, on-site decision-making capable of acting at source even offline.

The system is designed to support wider building-safety risks including gas leaks, water leaks and conditions associated with mould.

It operates autonomously while integrating with existing detection, alarm and suppression systems.

A command-and-control layer is included to provide building managers and emergency crews with real-time visibility of safety conditions across buildings, including a live 3D digital twin and drone-assisted visualisation.

Local autonomous protection continues independently without reliance on connectivity or human intervention.

Founder background and recent recognition cited by the company

Ci Global stated that it was founded by British inventor Anthony D. Parfitt, who has experience developing Home Office-approved, safety-critical technology for the UK Government and Network Rail.

His previous work includes the original Automatic Number Plate Recognition system developed for the DVLA and deployed across UK police forces.

Parfitt said: “Establishing a presence in the UAE is an important step for Ci Global. It allows us to support deployment locally and work closely with partners who share a commitment to prevention-first safety.

“Electrical fires have long been treated as inevitable.

“Our focus is on changing that assumption by intervening before a fire can begin.”

The company added that Ci Safe received the Best Passive Fire Safety Product award at Intersec Dubai.

It also confirmed that the UAE presence will support regional collaboration, pilot projects and integration with wider building-safety and emergency-response frameworks.

What giga-projects mean for fire alarm components in the Middle East

A new market report sets a 2026 baseline for the Middle East fire alarm components sector and forecasts how it will evolve to 2035.

The IndexBox Platform analysis defines the market as covering equipment used to detect fires, raise alarms and control systems.

It includes smoke, heat and flame detectors, manual call points, alarm sounders, visual indicators, control panels and input output modules.

It splits the market between conventional systems and addressable intelligent systems, with the latter gaining traction in high-value developments.

It identifies the Gulf Cooperation Council countries Saudi Arabia, the United Arab Emirates, Qatar, Kuwait, Oman and Bahrain as the region’s largest market because of construction activity and tighter regulation.

It says the value chain runs from manufacturers to distributors, system integrators, consultants and contractors before reaching public and private end users.

Demand from codes and mega-projects

The report links demand to stronger national fire and life safety codes, citing the Saudi Building Code and the UAE Fire and Life Safety Code of Practice, and notes their alignment with NFPA and EN standards.

It points to Saudi Vision 2030 projects such as NEOM, the Red Sea Project and Qiddiya, alongside major UAE developments including Expo City Dubai, as major sources of demand.

It says commercial and residential buildings, oil and gas sites and public infrastructure such as airports, metro systems, hospitals and schools all drive consumption of fire alarm components.

It adds that higher insurance costs and business continuity concerns are pushing some organisations beyond minimum code requirements.

Supply, trade and pricing

The report says supply combines imported products with growing regional assembly and manufacturing, particularly in the UAE, Saudi Arabia and Turkey.

It notes that local production mainly covers control panels, standard detectors, manual call points, alarm sounders and backup batteries, while key electronic parts remain imported.

It identifies China, Germany, the United States and the United Kingdom as major sources of imports, with Jebel Ali in the UAE and King Abdullah Port in Saudi Arabia acting as key logistics hubs.

It says pricing is shaped by global costs for plastics, metals and semiconductors, and by whether products are conventional or addressable.

It adds that large projects typically involve bundled pricing that includes design support, software, commissioning and warranties, with maintenance and spare parts providing ongoing revenue.

The market is expected to shift towards connected fire alarm systems that feed data into wider building and city networks as regulations evolve around performance reporting, cybersecurity and false alarm control.

Four million adults never test their smoke alarm, Electrical Safety First says

Smoke alarm testing rates reported in UK survey

A UK survey commissioned by Electrical Safety First found 7% of adults said they never test their smoke alarm, which it described as the equivalent of four million adults.

The charity said the nationally representative survey of 2,000 UK adults found 22% test once a month and 39% test less often than monthly.

It said almost one in 10 test their smoke alarm once a year or less.

Giuseppe Capanna, product safety engineer at Electrical Safety First, said: “Every second counts when it comes to escaping a fire in your home and smoke alarms can be the life-saving gadget that proves to be the difference between life and death.

“But they need to be maintained to ensure they operate properly.”

Capanna said: “Fires don’t discriminate.

“Many people affected by fire often tell us they simply didn’t think something like this could happen to them, which is why it’s so important households take just a few seconds to test their smoke alarm.

“It’s also vital you consider if you have enough of them in your home.

“Make sure alarms are positioned in areas across your home where a fire could start and that you have at least one on every floor of your property.

“The more alarms you have, the earlier your warning will be depending on where in your home a fire starts.”

Smoke alarm absence in accidental electrical dwelling fires

Electrical Safety First said its analysis of government dwelling fire data found 4,498 of 24,140 accidental electrical dwelling fires recorded between 2023 and 2025 had an absent smoke alarm, which it reported as 19%.

It said government analysis shows people living without a working smoke alarm are 11 times more likely to die in a dwelling fire.

The charity said a per-capita analysis placed Norfolk top, with smoke alarms absent in 188 homes where accidental electrical fires were recorded in the past two years.

It reported Avon ranked second with 199 incidents, followed by Cornwall and the Isles of Scilly with 87, Hertfordshire with 161 and Nottinghamshire with 98.

It also reported survey results on the cities where people were most likely to say they never test smoke alarms, with Sheffield at over 14%, Liverpool at 11%, London at 9% and Bristol and Cardiff tied at 8%.

Electrical Fire Safety Week guidance highlighted by the charity

Electrical Safety First said the findings were released as part of Electrical Fire Safety Week.

It said households should test alarms at least once a month, replace batteries when needed and avoid disabling alarms.

It said homes should have at least one working smoke alarm on every floor and people should respond to beeping alarms, which it said may indicate a low battery or a sensor fault.

Fire Safety in Hospitality: Are UK hotels prepared for rising fire risk, Hyfire asks

Hyfire explores the changing built environment, detailing why high-rise hospitality buildings require different fire safety approaches and installation methods

As UK hotels welcome record numbers of guests, one threat continues to grow quietly in the background: fire risk in increasingly complex buildings.

Ever since the lockdown was lifted, people have been excited to go out and travel as much as possible.

In 2025, 87% of adults in the UK took at least one holiday throughout the year, and 2024 saw the number of overseas tourists return to what it was pre-pandemic.

Because of this surge in popularity, the hospitality industry has become essential, both at employing a large number of people as well as ensuring the safety of guests and staff alike.

Fire is still one of the most dangerous risks for hotels in the country.

In 2023, almost 600 fires took place in hospitality buildings across the UK, resulting in injuries, damages and in some cases even death.

This risk must not be overlooked, which is why innovation and deployment of state-of-the-art fire safety measures are essential.

The Main Causes of Hospitality Fires

Fire safety always requires a bespoke strategy: no two buildings are the same.

It’s important to always consider the architectural shortcomings of the premise and the possible risk factors it may contain.

Hotels and hospitality buildings typically feature inhouse kitchens and restaurants, where unattended cooking equipment could be hazardous.

Furthermore, electrical fires due to faulty appliances are not to be underestimated.

Cleaning appliances, which most cleaning services deploy, also require attention and care.

In late December 2025, a fire broke out in the room of the Imperial Hotel located in Hove, East Sussex.

The fire brigade spent four hours tackling the flames and luckily only one person was injured and treated immediately.

After a careful investigation, it was determined that the cause of the incident was accidental due to a fault with an extractor fan.

This recent example perfectly represents how understanding the risks that come with operating such a facility can be the key to avoiding any future incident.

Embracing Innovation

The Imperial Hotel fire highlights how the urban landscape has seen significant changes in the past 50 years.

Nowadays, high-rise buildings rule cities’ skylines.

This massive shift in architecture comes with a unique set of challenges and guidelines that must be taken into account.

Wireless fire systems have increasingly emerged as a strong response to the complex layout of high-rise buildings.

Wireless devices could be installed anywhere, without the need for extensive cabling or intrusive work.

This allowed multi-storey structures to achieve maximum fire safety coverage which was more affordable and reliable.

Martin Lee, Head of Business for Hyfire, comments: “Wireless fire safety systems are increasingly being adopted for their flexibility and ease of installation, particularly in complex or challenging building environments such as hospitality.”

The Royal Ship Hotel Case Study

Today, wireless fire safety solutions [such as Hyfire’s Taurus system] have been deployed in all types of buildings.

They have been especially beneficial in the hospitality industry.

When the Royal Ship Hotel, a Grade II listed building located in the heart of the old market town of Dolgellau, needed to upgrade its outdated fire safety system, it managed to do so without interrupting day-to-day operations through the power of wireless technology.

According to the installer, a conventional hard-wired installation would have taken 6 weeks, but, because of the use of a wireless fire system, the project was completed in only one week.

The power of such innovative technology can be extremely beneficial in safeguarding the hospitality industry going forward, especially considering the rising number of tourists and the growth margin of the entire sector.

Ultimately, as the hospitality sector continues to grow and welcome record numbers of guests, fire safety cannot be treated as a box-ticking exercise but as a core responsibility.

Proactive risk assessment, staff training, and the adoption of modern solutions like wireless fire systems all play a crucial role in protecting lives, property and business continuity.

By investing in robust, forward-thinking fire safety strategies today, hospitality providers can ensure that memorable guest experiences are defined by comfort and care, not by preventable emergencies.

Kentec announces wireless lockdown notification system for UK public venues

Wireless lockdown notification system announcement

Kentec has announced a Wireless Lockdown Notification System, described as a solution for UK public venues preparing for Martyn’s Law requirements.

Martyn’s Law is also known as the Terrorism (Protection of Premises) Act 2025.

The legislation received Royal Assent on 3 April 2025.

Compliance is mandated by April 2027.

The requirements described include venues assessing capacity and implementing risk assessments, security plans and procedures for responding to terrorist incidents, including evacuation.

The rules are expected to be enforced by a new regulatory function within the Security Industry Authority (SIA).

Kentec stated that fines could reach up to £18 million, with the potential for criminal conviction also referenced.

Wireless lockdown system features and integration claims

Kentec said the system applies its K-Mesh life-safety reliability to a dedicated lockdown solution.

Activation is described as being controlled via a simple switch to send notifications throughout a building or site.

Kentec stated the system includes pre-recorded spoken messages, with options listed as lockdown, covert alert, all clear, or evacuation, and that only one message is broadcast at a time.

Sound output is described as up to 91dB(A) at 1m.

Kentec described a lockdown indicator panel with integrated LEDs, providing visual status, incident confirmation and fault logging.

The system is described as using a self-healing mesh network, with devices connecting to the strongest available signal path.

Device battery life is described as up to 10 years.

Kentec said the system can be configured and commissioned using K-Mesh software with off-site pre-programming, and that minimal cabling is required during installation.

Derrick Hall, Director of Sales & Marketing, said: “At Kentec, public safety is at the heart of everything we do.

“With Martyn’s Law set to reshape how venues approach security, our Wireless Lockdown Notification System allows organisations to implement effective, immediate protective measures without compromising operational efficiency or visitor experience.

“It integrates seamlessly with existing fire alarm, access control, and security systems, providing a comprehensive safety solution that prioritises speed, simplicity and intelligibility.

“By enabling venues to enact instant, fully audible and easy-to-follow lockdown procedures, Kentec is helping organisations mitigate risks while providing reassurance to employees and visitors alike.”

Kentec listed potential use cases including schools, theatres, libraries and corporate offices.

Hyfire updates Intelligent Loop Calculator with enhanced interface

Hyfire updates loop calculation software

Hyfire has released version 1.0.4.1 of its Intelligent Loop Calculator, with changes to the interface and product consumption information.

Hyfire said the update includes a more detailed description of products and their consumption features in standby and active mode.

The program also provides an early warning when the control panel’s maximum load capacity is approaching.

The updated Intelligent Loop Calculator is available for download in the company’s Resource Centre.

Hyfire adds compatibility checks and prompts

The software is designed to work from user inputs including loop length, cable characteristic and number of devices.

Once those details are entered, the tool confirms compatibilities and prompts the operator where trim may be required.

The update centres on calculation support and product consumption visibility within the same program.