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Euralarm publishes new guidance on using fire detection and alarm systems for lockdown

Euralarm has published a new guidance document on the use of Fire Detection and Alarm (FD&A) systems to support lockdown and invacuation procedures, marking an important step forward in the evolution of multi-hazard safety strategies across Europe.

Traditionally, FD&A systems have been designed and implemented to ensure safe and rapid evacuation in the event of fire. However, today’s risk landscape increasingly requires buildings to respond effectively to a broader range of threats, including intruders, violent incidents, external hazards, or environmental risks. This new guidance demonstrates how existing FD&A infrastructures can be used to support both evacuation and lockdown scenarios in a safe, compliant, and coordinated manner.

The document emphasises that while integration is possible and often beneficial, fire safety must always remain the highest priority. Any use of FD&A systems for non-fire purposes must ensure that fire detection, alarm transmission, and evacuation signalling are never compromised. Clear differentiation between signals is essential, with distinct tones, messages, and procedures to avoid confusion among building occupants.

A key principle highlighted in the guidance is that lockdown signalling can share FD&A infrastructure—leveraging its reliability, monitoring, and resilience—provided that the system is carefully engineered. Fire alarm signals must remain clearly distinguishable and cannot be masked, delayed, or overridden by other alerts .

The guidance also explores how different European countries are addressing this topic. While there is no harmonised EU regulation, national frameworks increasingly support a multi-hazard approach. Examples include the Netherlands, where evacuation alarm systems are explicitly intended for “fire or other emergencies,” and recent updates in the United Kingdom that allow fire alarm sounders to be used for lockdown with distinct signalling.

Beyond regulatory context, the document provides practical engineering and design recommendations. These include conducting thorough risk assessments, defining clear cause-and-effect logic, ensuring signal intelligibility, and establishing priority hierarchies between evacuation and lockdown functions. The importance of integrating these strategies into the overall fire protection concept and gaining approval from the relevant authorities is also strongly emphasised.

The guidance further highlights the importance of human factors. In emergency situations, occupants must be able to quickly understand what action to take. This requires clear, intelligible messaging, regular training, and well-rehearsed procedures. Whether evacuating a building or securing it, the effectiveness of the response depends not only on technology, but also on preparedness.

As buildings become more complex and risks more diverse, integrated emergency communication systems are becoming increasingly important. This new guidance provides a harmonised framework to help stakeholders design and implement systems that support both evacuation and lockdown strategies without compromising safety or compliance. With this publication, Euralarm continues to support its members and the wider industry in adapting to evolving safety challenges, promoting best practice, and enhancing the protection of people and property across Europe.

The Euralarm guidance on the use of Fire Detection and Alarm systems for lockdown can be downloaded here.

Red Dot Award: DoorBird receives International Design Award for D31x Series

The DoorBird D31x series has been awarded the prestigious Red Dot Design Award. With this distinction, the international jury recognizes the sophisticated product design of the professional IP video intercom systems, which combines functionality, durability and design clarity.

The Red Dot Award is one of the world’s most renowned distinctions for product design. Key evaluation criteria include degree of innovation, formal quality, functionality and longevity. The D31x series particularly impressed the jury with its reduced aesthetic and its system architecture consistently tailored to professional applications.

Designed for demanding architecture and large buildings

The DoorBird D31x series was specifically developed for use in large residential and commercial properties. Thanks to its scalable system architecture, it is suitable today for installations with up to 3,000 units, meeting the highest requirements in terms of planning reliability and investment protection. From a design perspective, the D31x series offers extensive customization options: the integrated 7‑inch touch display can be individually configured; the door stations themselves are available in portrait or landscape format, for flush or surface mounting, and in more than 50 colors and finishes. The 3‑millimeter solid metal front plate ensures durability in daily use and supports long-term value retention.

As with all DoorBird products, the D31x series is continuously further developed. Accordingly, the D315G will be launched this year – the world’s first IP video door intercom with 5G. With the Red Dot Award, DoorBird once again underlines its claim to develop door communication as a functional component of modern architecture.

Recently, the D31x series had already been honored with the iF DESIGN AWARD: https://www.doorbird.com/shop/d31

TP-Link and AVTERA BH: Omada seminar and OCNA certified training coming to Sarajevo

TP-Link, together with partner AVTERA BH, will organize a two-day professional event in Sarajevo dedicated to modern networking solutions, IT infrastructure, and the Omada ecosystem. The seminar will take place on May 12, 2026, at Hotel Hills, while the OCNA certified technical training will be held the following day at the AVTERA BH offices.

During the seminar, participants will have the opportunity to learn about Omada B2B solutions, centralized cloud network management, secure and scalable network architectures, and real-world deployment scenarios in hotels, offices, educational institutions, retail, and industrial environments. A live Q&A session with TP-Link experts is also planned.

The technical training program will include hands-on work with devices, Omada system configuration and management, as well as the OCNA certification exam. According to the organizers, participants who complete the training will receive an official certification.

The event speakers will include Srđan Vujašević and Mladen Gulan. TP-Link notes that the Omada ecosystem integrates access points, managed switches, security gateways, and controllers into a unified cloud-connected solution designed for modern business environments.

Adria Security Summit 2026 invites the industry to Southeast Europe’s largest security event

The organizers of Adria Security Summit 2026 have launched a new promotional campaign inviting industry professionals, companies, and partners to take part in the largest security conference and exhibition in Southeast Europe. This year’s edition will take place on October 7–8, 2026, in Zagreb, focusing on networking, showcasing new technologies, and exchanging knowledge among leading regional and international security market players.

In the promotional materials, the organizers highlight several key reasons to attend, including early access to emerging technologies and industry trends, opportunities to connect with partners and security professionals, and the chance to discover solutions tailored to modern security challenges. Special emphasis is also placed on the educational segment of the event through presentations and sessions led by industry experts and leading companies.

Over the years, Adria Security Summit has evolved into a central regional meeting point for manufacturers, distributors, integrators, consultants, and end users of security technologies, bringing together participants from video surveillance, access control, cybersecurity, smart buildings, networking infrastructure, and related sectors.

The organizers say this year’s Summit will continue to focus on business networking and knowledge exchange while presenting innovations shaping the future of the security industry across the region. More information is available at: Adria Security Summit 2026

 

Hikvision and Alarm automatika hold technology event in Ljubljana

Hikvision and Alarm automatika organized a professional event in Ljubljana last Friday focused on the latest security technologies and solutions. The gathering took place at the Catering Lab venue, where partners and customers had the opportunity to explore Hikvision’s newest products and technologies.

The presentation was delivered by Presales Engineer Andrej Češek, who introduced new 12 MP and 16 MP cameras, panoramic solutions, Mini PTRZ and AOV cameras, as well as the kVPro NVR series with AcuSeek capabilities. Intrusion systems, intercoms, perimeter protection, and software solutions were also among the key topics presented during the event. According to the companies, the event provided an opportunity for knowledge sharing, discussions about emerging trends, and networking with partners and customers from the region.

Foto: Wikipedia

Pelco showcases customized security devices at the Met Gala

Pelco used the atmosphere of the Met Gala, one of the world’s most recognized fashion events, to highlight the capabilities of its Special Modification Request (SMR) program for adapting security devices to various architectural and design requirements. Through the promotional campaign, the company emphasized that modern security systems must align not only with technical demands but also with the visual standards of the environments in which they are deployed.

The campaign focused on cameras designed for luxury interiors and architecturally sensitive locations, including models with customized metallic finishes and devices painted to blend almost invisibly into historic facades. According to Pelco, the SMR program gives designers and system integrators greater flexibility when deploying security systems in visually demanding environments.

The company noted that such solutions are increasingly sought after in luxury retail stores, hotels, cultural institutions, and historic buildings, where security equipment must remain discreet without compromising functionality. Pelco says the goal is to make security technology part of a space’s overall visual identity rather than an element that disrupts its appearance. More information about the SMR program is available at: Pelco SMR Program.

WALLMIX nominated in two categories at the AUNA Awards 2026

FONESTAR Sistemas announced that its WALLMIX system has been nominated for the Premios AUNA 2026 in two categories within the electrical and AV solutions sector. The AUNA Awards bring together companies and professionals from the fields of electrical engineering, audiovisual technologies, and installation solutions in the Spanish market.

The company invited installers, partners, and users to support WALLMIX through voting, highlighting that the solution was designed to simplify public address and professional audio installations. WALLMIX integrates an XLR input with phantom power, AUX connection, Bluetooth connectivity with ON/OFF control, voice priority functions, and independent volume controls.

According to the company, the system was developed to make audio system deployment easier for installers while providing end users with clear and intuitive control over system functions. Particular emphasis has been placed on installation practicality and an improved user experience in AV environments. Voting for the awards is open until June 28, 2026, and FONESTAR says the nomination represents further recognition of its efforts to develop professional solutions for the AV channel.

Presentation on the convergence of physical and cyber attacks at Corporate Security Days 2026

Institute for Corporative Security Studies has announced a presentation titled “From Physical Access to Domain Admin: The Intersection of Physical and Logical Attacks in Practice,” which will take place during Corporate Security Days 2026 in Brdo pri Kranju on May 18–19, 2026. The presentation will be delivered by Jan Setničar and Žiga Podgoršek, who will demonstrate through practical examples how attackers can exploit physical access to gain complete control over an organization’s IT infrastructure. The session will focus on the relationship between physical and cybersecurity, highlighting attack methods, potential vulnerabilities, and protection measures.

According to the organizers, attendees will have the opportunity to explore real-world attack scenarios and practical examples showing how physical and logical security incidents are increasingly intertwined in modern environments. Special emphasis will be placed on early threat detection and the implementation of effective security procedures for protecting business systems.

Corporate Security Days 2026 will bring together experts in corporate, physical, and cybersecurity to discuss current challenges and emerging trends in securing business environments. More information about the event is available at: ICS – Corporate Security Days 2026

Axis: 3 Benefits and Key Challenges of Video Analytic Overlays

As surveillance technology evolves, video analytic overlays are emerging as a key innovation that is reshaping how security and monitoring systems operate. Overlays superimpose digital information—such as analytics results, system data, or geocoordinates—directly onto live or recorded video, transforming raw footage into actionable insight. By bringing intelligence into the video itself, overlays help operators understand situations faster and respond with greater confidence. At the same time, they introduce challenges, particularly the risk of cluttering the viewing experience. Understanding both the benefits and limitations is essential for effective use.

By: Branislav Nikolić, Sales Engineer, South East Europe, Axis Communications; E-mail: branislav.nikolic@axis.com

Three Benefits of Video Analytic Overlays

Enhanced situational awareness: Overlays present real-time data directly in the video feed, improving an operator’s understanding of what is happening. Examples include displaying vehicle speed from radar data or visually highlighting objects and behaviors of interest. Immediate access to this information enables quicker, more informed decision-making.

Improved operational efficiency: By consolidating analytics and system data into a single view, overlays reduce the need to monitor multiple screens. For instance, thermal overlays can display temperature variations within the video, simplifying anomaly detection. This reduces cognitive load and allows operators to work more efficiently.

Deeper insights: Overlays enhance how analytics outputs—such as heat maps, foot traffic patterns, or predictive indicators—are visualized. These insights support proactive security measures, helping organizations identify trends, anticipate risks, and allocate resources more effectively.

The Main Challenge: Visual Clutter

Despite their advantages, overlays can overwhelm a video feed if too much information is displayed at once. Excessive visual elements risk distracting operators and obscuring critical details, ultimately reducing system effectiveness.

3 Ways to Mitigate Overlay Clutter

Customizable interfaces: Allowing operators to choose which overlays are visible ensures they only see the information relevant to their role or situation.

Dynamic overlays: Context-aware overlays can appear only when specific conditions are met—for example, highlighting vehicle speed only when limits are exceeded—keeping the view clean while emphasizing critical events.

Togglable overlays: AV1-enabled togglable overlays let operators switch between a clear video view and an operational view with analytics such as bounding boxes and text. This applies to both live and recorded footage, preserving evidential value while maintaining usability.

Conclusion

When thoughtfully implemented, video analytic overlays transform surveillance from passive recording into intelligence-driven monitoring, delivering faster responses and greater operational clarity. Their true value lies in presenting the right information at the right time—something features like AV1-supported togglable overlays enable by preserving a clean, actionable view without sacrificing insight.

Mercury.AI: Safety equipment detection system for enhanced workplace health and safety

Workplace injuries, fatalities resulting from accidents, and on-site deaths represent a complex and challenging process for employers. Liability risk increases exponentially with the number of workers and the complexity of the work process. The primary objective of Occupational Health and Safety (OHS) is to ensure a safe and secure work process through preventive measures. Following a critical incident, the first questions asked are whether workers were using the prescribed protective equipment and adhering to safety procedures. These questions are not only a matter of legal liability but also a significant reputational risk for employers. In complex environments with a high risk of human error—such as construction, heavy industry, and manufacturing plants—it is impossible to visually monitor every workstation throughout the entire work process. Annually, approximately 200 workers perish in the Western Balkans, while injuries are measured in the thousands.

At Mercury.AI, we have recognized this vulnerability stemming from the human factor. Companies invest heavily in protective gear and masks, but workers often fail to comply with prescribed safety measures. Our goal at Mercury.AI is not to merely document breaches of labor discipline; rather, our detection system is designed to warn of such behavior and act preventively. Our ultimate mission is to elevate the standards of occupational health and safety.

Workers in the construction industry remain the most vulnerable. On a construction site, safety must be the top priority. Our platform allows you to preempt accidents using advanced, real-time safety equipment detection. The solution can verify whether every worker is wearing the prescribed Personal Protective Equipment (PPE) upon entering the work environment, as well as during the work process itself. Furthermore, the Mercury.AI system detects movement within restricted zones.

This advanced system, integrated with our Video Management System (VMS) and powered by artificial intelligence, detects the absence of PPE in real-time. It triggers an alarm if workers are not wearing helmets, gloves, vests, goggles, or any other specific protective gear configured in the system. We can detect the absence of various types of equipment even in low-visibility conditions or from difficult camera angles. This is particularly beneficial for construction sites and outdoor operations during night shifts or at dusk. The specific configuration of a construction site or the complexity of its zones poses no obstacle to our solution.

The detection platform does not require additional costs but can be integrated with existing infrastructure for video surveillance. The focus is on raising the operational efficiency of clients, whether they come from the commercial, security, or government sector, therefore our solution is based on a modern environment. Mercury.AI solutions will never burden regular functioning and work processes. During the creation of our solution, we identified specific vulnerabilities for different work processes. Outdoor construction sites are characterized by a high fluctuation of workers, subcontractors, and external associates over a vast space. Additionally, we can identify everyone who enters the work zone without protective equipment; these can also be curious citizens. Manual oversight by construction site managers is physically impossible at every moment at every point. Workers at heights or in remote zones often remove helmets due to heat or discomfort, which drastically increases the risk of fatal injuries. The lack of continuous insight creates “blind spots” in the safety protocol. In our short analysis, let’s observe a production hall. The high tempo in factory halls and on production lines often leads to the routinization of movements and a drop in concentration. In halls where machines work at high speed, even the smallest failure in wearing equipment (e.g., protective gloves or vests) can lead to permanent disability. The challenge is to maintain discipline without slowing down the production process. Traditional cameras only record incidents, but they do not prevent them in real time. Mercury.AI automatically detects threats in a dynamic environment, it can detect multiple incidents and locate them at the same time. Most production plants, storehouses, and warehouses have marked zones for the safe movement of people and machines. A worker leaving the safe zone by crossing the line can be automatically detected with an acoustic warning, which prevents the possibility of a machine-human collision. Our system can establish safe and dangerous zones, which automatically raises an alarm in case of movement in a dangerous zone. Let’s consider one more situation of working in a dangerous environment like a mine where the absence of wearing a protective mask is not just a disciplinary violation but often a path to certain death. Long-term absence of wearing chemical protective equipment can create different types of diseases. To us at Mercury.AI, the goal is not to identify disciplinary violations but to create a safe environment that will protect the worker, the employer, prevent injuries and fatal outcomes, and prevent additional business costs. Our approach is always human-oriented. Therefore, our video surveillance solutions are highly ethical, efficient, and always adapted to real situations.