May 10, 2026
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Office / Corporate

Aikom: MOTOTRBO R5: New model with bluetooth and Wi-Fi, now certified for maritime use

Motorola Solutions presents two important updates for its professional MOTOTRBO R5 radio, designed to expand usage possibilities and improve the user experience for those working in critical environments, on the move, or in maritime contexts.

The first concerns the release of the new model with integrated Bluetooth and Wi-Fi, ideal for users seeking maximum connectivity and wireless accessories. The second, even more relevant from a market perspective, is that the R5 UHF radio is now certified for use on vessels, in accordance with current European regulations.

MOTOTRBO R5 now also onboard

The MOTOTRBO R5 UHF radio has obtained the EN 300 720 V2.1.1 and IEC / EN 60945:2002 certifications, making it suitable for use on cruise ships, yachts, merchant fleets, shipyards, and port services.
This is a significant milestone, allowing the R5 radio to be included in maritime projects, where continuous, reliable, and regulation-compliant communication is required. Thanks to its ruggedness (IP67, MIL-STD 810H), battery life of up to 32 hours, and AI-based advanced noise suppression audio, the R5 proves to be a versatile tool ready to face the extreme conditions of the marine environment.
The certification is valid for all UHF R5 versions starting from firmware release M2025.03, without the need for dedicated hardware.

New R5 model now available with integrated Bluetooth and Wi-Fi
The second major update is the launch of the new version with Bluetooth 5.2 and dual-band Wi-Fi connectivity (2.4/5.0 GHz), now available for order. This version expands the usage possibilities, allowing direct connection to wireless accessories such as earpieces, RSM microphones, remote PTTs, and vehicle mounting solutions. Furthermore, thanks to the Wi-Fi connectivity, the radio can receive remote firmware updates, simplifying maintenance and reducing downtime.

Designed for professional and continuous use, it retains all the key features of the R5 line: AI-powered intelligent audio, up to 32 hours of autonomy, MIL-STD 810H certified durability, and the UL TIA4950 intrinsic safety option for critical environments.

Aikom International and Motorola Solutions
With the new MOTOTRBO R5, Motorola Solutions continues to lead innovation in the field of professional communications. Contact the Aikom International team, official distributor of Motorola Solutions, for more information or to schedule a demo.

adriatics@aikominternational.com

VORTEX by VIVOTEK – PPE Detection on Cloud

VORTEX, an AI-powered cloud surveillance platform by VIVOTEK, introduces its latest safety feature: PPE detection. PPE refers to Personal Protective Equipment, and the detection system is powered by Cloud AI and deep-learning algorithms running on VIVOTEK AI cameras. This feature automatically monitors whether workers are wearing the required safety gear in hazardous environments, helping organizations maintain real-time safety compliance.

How It Works

VORTEX uses cloud-based AI to accurately detect missing PPE, such as helmets and safety vests, and instantly triggers real-time alerts through the cloud. This enables quicker responses to prevent accidents before workers are exposed to danger. The AI model is trained to identify people and key PPE items, while the system checks whether the required equipment is worn in designated work zones. When a violation occurs – such as a worker entering a mandatory PPE zone without a helmet – the system immediately sends alerts via mobile push notifications, email, or integrated on-site speakers, allowing rapid intervention.

With the Case Vault in the VORTEX AI Hub, users can add selected clips and automatically generate a structured visual timeline with snapshots and video evidence. Reports can be exported as PDF files with a single click. All incidents are logged and stored with video evidence, creating audit-ready records for investigations and compliance reporting.

Key Benefits

Using the VORTEX cloud solution, safety managers can monitor multiple sites from a single platform and receive instant alerts whenever PPE violations occur, eliminating the need for manual supervision. The system provides continuous, automated oversight without labor-intensive spot checks, supports risk mitigation through immediate alerts, and improves operational efficiency by allowing safety personnel to focus on strategic tasks rather than constant monitoring. It also generates verified documentation needed for regulatory compliance, including OSHA requirements and insurance audits.

Where It’s Used

Typical deployment scenarios include construction sites, warehouses and logistics centers, mines and quarries, factories and manufacturing facilities, utilities and energy operations, as well as rail and transport projects. With VORTEX PPE Detection, safety enforcement becomes proactive, efficient, and verifiable – protecting workers while simplifying compliance in high-risk environments.

Salto Launches XS4 Sense

Salto announces the launch of XS4 Sense, a smart, wireless energy efficiency and control management system designed to optimize energy consumption, reduce CO₂ emissions, and support sustainability goals – that’s fully integrated with the Salto smart access ecosystem

Piše: Agnieszka Filipowicz, Business Development Manager for Central and Eastern Europe, Salto; E-mail: a.filipowicz@saltosystems.com

Salto, announced the launch of XS4 Sense, an innovative Smart Energy Management System (SMES) designed to revolutionize energy efficiency in buildings. Combining cutting-edge wireless technology with real-time energy monitoring platform, XS4 Sense empowers building operators to reduce energy consumption, lower carbon footprints, and achieve sustainability goals – all without complex installations or invasive infrastructure upgrades.

Building on Salto’s reputation for secure smart access solutions, XS4 Sense expands the smart access ecosystem technology portfolio by integrating real-time energy monitoring, advanced presence detection, and HVAC control into a compact, retrofit-friendly device. The wireless solution integrates seamlessly with Salto’s existing smart access ecosystem, including Salto Space and BLUEnet infrastructure, enabling rapid installation in operational hotels, workspaces, student dorms, cruise ships, and other properties.

Simple Management 

Built to work together, designed for retrofit, and certified for sustainability, the XS4 Sense enables building operators to reduce energy consumption, lower their CO₂ footprint, and meet sustainability goals – without the need for complex wiring or new infrastructure. The XS4 Sense offers significant energy savings by optimizing consumption at the individual room or space level, ensuring improved overall energy efficiency. Designed for seamless retrofit, its advanced wireless architecture eliminates the need for complicated setups or extra tools, making installation quick and disruption-free.

As an all-in-one smart controller, this compact wireless device integrates multiple functionalities, including motion detection, door and window sensors, and HVAC control, making it suitable for any room or space. Its flexible placement options allow installation on ceilings, under eaves, or on door and window frames, with a non-invasive design ideal for live environments such as hotels, student housing, workspaces, healthcare labs, cruise ship cabins, and more.

Ideal for Retrofitting Projects

XS4 Sense works harmoniously with Salto’s smart access platform and is fully integrated with Salto Space, combining security, comfort, and energy efficiency into a single smart access solution. The XS4 Sense offers a unique opportunity to complement existing access control solutions and deliver a measurable sustainability impact. The system is ideal for retrofitting projects in operational environments such as hotels, student dormitories, offices, cruise ship cabins, and vacation rental properties.

A powerful addition to Salto’s smart access ecosystem, the XS4 Sense delivers value for both existing customers and new developments seeking to align with sustainable building standards, ESG targets, and energy regulations. The system supports real-time monitoring and actionable insights, enabling operators to demonstrate measurable environmental impact and reduce long-term operational costs.

Empowering Schools in the UK with Ruijie Reyee Wi-Fi 7

Engayne Primary School is in Upminster, Essex. It has more than 600 students. The school wants to give students a good learning environment. It uses digital tools to help with teaching and school work. A strong and safe network is very important for lessons and school management.

Challenge: Network Instability and Security Issues

The school relies on digital tools for teaching, administration, and overall campus connectivity. A strong network is essential to support everything from interactive lessons and virtual classrooms to office management and school-wide communication. However, with more digital tools and devices in use, the school’s network is facing new challenges:

Many devices needed to be online at the same time, but the network was not stable, causing learning disruptions and harming the students’ experience.

All devices shared a single network without segmentation or access control, which made security a major concern.

Network management and maintenance were complicated and time-consuming.

Solution: Ruijie Reyee Wi-Fi 7 for a Smarter School

To fix these problems, Engayne Primary School installed RG-RAP72Pro Wi-Fi 7 Ceiling Access Points. This is a fast and strong solution that works well when many devices connect at the same time.

Some good things about the Ruijie Reyee Wi-Fi 7 solution:

  • Fast and Steady Connection: Keeps online lessons smooth even in high-density environments.
  • Better Security with Network Splitting: Teaching devices, office equipment, and guest devices are on different networks. This makes the network safer.
  • Easy to Manage: With Ruijie Cloud, the school network can be checked and fixed easily. This saves time and effort.

Feedback: Positive and Highly Satisfactory Experience

Head Teacher Sarah Sankey expressed her satisfaction, saying, “Since the work has been completed, all I can say is it’s been excellent. I don’t have any complaints from teachers about the internet dropping out. So all of our lessons now are successful with having everything working, and that has made it much easier for everyone with their planning.”

She also emphasized the broader impact of the upgrade: “Our network across the whole school is now stable, which is excellent. We can log in anywhere, not just for the children and teachers, but also for governor’s meetings and visitors. This is very, very positive.”

Product lists

  • 27 x RG-RAP72PRO
  • 7 x RG-NBS3200-24GT4XS-P
  • 2 x RG-NBS5200-24GT4XS-P

Suprema: BioStar X – AI-Powered Next-Generation Integrated Security Platform

Maximizing Security and Operational Efficiency with the Convergence of AI-Based Access Control and Intelligent Video Analytics

The global security market is expanding at an unprecedented rate. According to Allied Market Research, the integrated security services sector is projected to grow at a compound annual growth rate of 13.7% from 2022 to 2031, reaching USD 55.5 billion by the end of the period. This growth is fueled by increasingly complex security challenges and a rising demand for unified solutions over standalone systems. Today, major corporations, government facilities, and international airports are moving swiftly toward integrated security platforms.

Integrated security is no longer just about safeguarding buildings—it’s becoming a cornerstone of operational excellence. While traditional systems focused primarily on access control and video surveillance, modern integrated platforms now unify a broad range of building functions—from HR management and fire detection to license plate recognition, HVAC, and lighting control—all within a single interface. This evolution reflects a clear industry need: security solutions that also optimize operational workflows.

Introducing BioStar X: AI-Powered Next-Generation Integrated Security Platform

To meet this need, Suprema has developed BioStar X, a cutting-edge integrated security platform that merges AI-powered access control with intelligent video analytics. Building on over 20 years of industry expertise, Suprema has created a solution that goes far beyond conventional access control—offering intelligent, scalable, and highly stable security operations for enterprise environments. BioStar X is advanced in both AI-driven access control and video analytics and provides exceptional scalability and reliability, even in large-scale deployments.

Convergence of AI-Based Access Control and Intelligent Video Analytics

BioStar X integrates AI-based access control and video analytics into a single platform. Real-time access management, video monitoring, and intelligent analytics can all be performed simultaneously on one screen, enabling efficient monitoring with minimal personnel. In the event of an incident, users can instantly identify the situation and its location, ensuring a rapid response.

The platform also features highly advanced AI-driven data analysis capabilities. It proactively detects and responds to threats through abnormal behavior analysis, including AI-based intrusion detection, loitering detection, and fall detection.

Moreover, it enables precise data analysis and enhanced security monitoring in large-scale facilities through features such as people counting, tailgating detection, blacklist detection, and missing person tracking. As such, BioStar X plays a vital role not only in multi-use facilities like schools, malls, airports, and hospitals but also in smart buildings.

For example, when deployed in schools, BioStar X can help prevent security incidents by detecting threats such as intrusions or weapon possession using AI video analytics. It can also identify abnormal behaviors like school violence or loitering and enable immediate intervention. Facial recognition technology can restrict outsider access and integrate with academic schedules to manage classroom entry and attendance. Additionally, it automates classroom locking and motion detection to secure unoccupied rooms. The system can also be integrated with pre-registration visitor management systems, enhancing campus-wide security through facial recognition or QR-based identity verification.

Maximizing Operational Efficiency and Security through a Unified Platform

By integrating multiple security systems—such as access control and video surveillance—into one platform, BioStar X allows security personnel to monitor and manage all security operations in real time through a single interface, eliminating the need to juggle separate systems. This streamlines security processes, enables rapid incident response, and improves both operational efficiency and overall security performance.

Improved efficiency also allows for optimized personnel allocation, while the reduced number of standalone systems lowers maintenance requirements and operational costs—ultimately driving down long-term expenses. Furthermore, BioStar X’s flexible scalability means additional security systems don’t need to be added separately. It can grow alongside organizational needs, enabling safer and more efficient environments.

Scalable and Stable for Enterprise Environments

For large-scale facilities, such as corporate buildings and government institutions, scalability and stability are essential. BioStar X supports the registration of tens of thousands of users and can reliably operate a vast number of devices—making it a true enterprise-grade solution. Suprema is already supporting major deployments like the Sejong Government Complex in Korea and the Mohammed VI University Hospital in Morocco.

The platform also offers the flexibility to meet complex enterprise requirements. With seamless integration capabilities for third-party systems and customizable UI/UX options, BioStar X can be tailored to meet even the most demanding environments. Security teams can personalize dashboards to display specific video feeds, data sets, or applications—delivering a user experience that is both powerful and intuitive.

BioStar X as an Essential Security Solution for the Future of Security

As security threats evolve, so too must the technologies that protect us. BioStar X represents the next generation of intelligent, integrated security—engineered for organizations that require more than just protection. Whether you manage a corporate office, a smart building, or a public institution, BioStar X delivers the perfect blend of advanced security and operational efficiency. It’s not just a platform—it’s a strategic investment in the safety, intelligence, and future-readiness of your organization.

Schneider Electric Bulgaria has opened the first-of-its-kind industrial geothermal system in its Smart Factory in Plovdiv

The innovative geothermal system was developed in response to Schneider Electric’s global sustainability goals and uses “dry” closed boreholes, in which a fluid circulates and is heated by the natural temperature of the earth. The heat pump units produce hot water for heating and hot water for domestic use, providing over 70% savings in electricity for heating and cooling the plant. The system does not use groundwater resources and contributes to achieving the company’s carbon neutrality goals.

“It is a pleasure and a huge responsibility for us to be pioneers in the field of carbon neutrality. Through the geothermal system we are opening today, we once again stand firmly behind Schneider Electric’s commitment to decarbonization on a global scale. Energy management, together with sustainable development, is the essence of our business and our core competence,” explained Martin Yordanov, Director of Schneider Electric’s Smart Factory in Plovdiv.

“Decarbonization is not a one-day goal. For Schneider Electric, it is an adventure in which we invest time and energy to track our consumption, analyze processes, properly manage the resources we have, and eliminate waste. The new geothermal installation is just one of the steps on our way to the goal. In recent years, Schneider Electric Bulgaria has implemented a number of projects aimed at decarbonization, which illustrate our desire, dedication and aspiration step by step to achieve carbon neutrality,” commented Mr. Martin Ganchevski, project manager for the installation of the geothermal system.

The opening ceremony was attended by representatives of national and local authorities, including Ms. Angelina Boneva, Deputy Minister of Regional Development and Public Works, Mr. Ivan Stoyanov, Deputy Mayor for Ecology and Health of the City of Plovdiv, Mr. Dimitar Ivanov, Mayor of Maritsa Municipality, Mr. Yordan Dashev, Mayor of the village of Radinovo, and Mr. Plamen Panchev, Executive Director and Founder of the Trakia Economic Zone (TEZ).

Ms. Angelina Boneva defined Schneider Electric as a pioneer in the dual transition, emphasizing the importance of the company’s high ambitions for creating sustainable solutions through cooperation with universities and the use of the latest technologies. “It is an honor and pleasure for me to attend such an event. Schneider Electric Bulgaria is a large company that “swirls” its own ecosystem and raises the general standard. I am very glad that the high ambitions of Schneider Electric are transferred here – to the city of Plovdiv and among the local communities. These are the places in Bulgaria recognized as the best for investments, because the local authorities work hand in hand with business. Sincere congratulations and respect to Schneider Electric Bulgaria”, said Ms. Boneva during the ceremony.

As a representative of the local government, the Deputy Mayor for Ecology and Health of the city of Plovdiv, Mr. Ivan Stoyanov, also expressed his satisfaction at attending an event with a contribution to ecology. “I am glad that local business and business in general are helping the municipalities and the administration to introduce such successful models together. We have something to learn from you and we will be helpful in any way we can. In the person of the Municipality of Plovdiv, you have a partner and a friend,” said Mr. Stoyanov.

Last but not least, Mr. Plamen Panchev from the Thrace Economic Zone (TEZ) expressed his satisfaction with the fact that Bulgaria is leading in the implementation of modern technologies, emphasizing that partners like Schneider Electric are key to the implementation of carbon neutrality projects. “As Ms. Nikolova shared, the success of the decarbonization mission is entirely possible. Bulgaria is now not only a world-class country in this area, but is also a leading force in the implementation of modern technologies in the field. TEZ is one of the best examples in Europe for the implementation of carbon neutrality projects, and this is possible because we have partners like Schneider Electric Bulgaria, who are fulfilling the goals they have set themselves,” he shared.

The geothermal system at Schneider Electric’s Smart Factory in Plovdiv will improve its energy efficiency and help combat climate change by providing renewable energy sources integrated with digital solutions. With this innovative approach, Schneider Electric underlines its commitment to its goals of carbon-neutral operations by 2025, carbon-neutral footprint by 2040 and suppliers with zero net carbon emissions by 2050.

“The system developed by ReEnergy Engineering represents a significant step towards energy independence for the Smart Factory in Plovdiv. With this project, Schneider Electric is not only building infrastructure for the future, but also once again demonstrating its commitment to carbon neutrality and sustainability,” added the company’s team in our country.

Panduit Micro Data Center

Definition of Micro Data Center A Micro Data Center (MDC) is a compact, versatile solution that integrates hardware, software, and cabling, serving as a comprehensive network hub. Similar to a telecommunications or network room but on a smaller scale, the key feature of an MDC is that it consolidates the entire data center infrastructure into a single enclosure — including electronic devices, patch panels, cable management, grounding/bonding, power, and copper/fiber cabling — designed to meet the demands of manufacturing environments.

The MDC represents the next phase in the evolution from tower computing systems to rack and cabinet-based deployments in manufacturing. It supports various business applications, such as:

  • Process and event monitoring, process historian, production tracking, and Overall Equipment Effectiveness (OEE) reporting. • Control network management, outer loop control, and recipe downloads. • Quality control, material handling, maintenance, batch tracking, and asset management. • ERP integration (e.g., scheduling, reporting, material consumption).

In addition to serving as a standalone system for these applications, the MDC can also function as a network hub that connects cabling and switches. In large manufacturing complexes or remote locations, it can act as a data collection node that transmits manufacturing data to the enterprise (e.g., Store and Forward). MDCs can also host Virtual Machine (VM) systems, enhancing reliability and optimizing server utilization.

More Meaningful Connections From a logical architectural perspective, the MDC is situated between the manufacturing plant and the enterprise data center, often separated by a demilitarized zone (DMZ) and a firewall to prevent direct traffic between the enterprise and manufacturing networks. This separation protects against viruses and unwanted intrusions while ensuring maximum bandwidth for manufacturing processes. Additionally, it allows each network to operate independently, ensuring that disruptions in one do not affect the other.

The NEMA 12-rated MDC protects Industrial Automation and Control Systems (IACS) by preventing the ingress of solid foreign objects and water. This robust design allows the MDC to be installed directly on the plant floor, eliminating the need for a dedicated control room or telecommunications closet. Placing the MDC near production equipment reduces the number of connections, shortens cable lengths, and facilitates quick access for maintenance, enhancing network reliability and performance. Furthermore, this proximity minimizes potential failure points, reduces network latency, and simplifies troubleshooting and diagnostics.

Physically, the MDC is typically installed in a secure space, such as a control room, production office, or telecommunications closet, located near the production environment but separate from it to protect equipment from dust, moisture, vibrations, and corrosion. This strategic placement shortens cable lengths, improves network performance, and simplifies maintenance access, further ensuring high reliability and quick responsiveness.

Panduit MDCs are a smart choice because they combine industrial durability, rapid deployment, integrated cable management, and compliance with key standards, making them a more reliable, cost-effective, and flexible solution compared to many competing products.

Rondo 1, an Architectural Icon of Warsaw, Protected by ICT

The unique shape of the building, comfortable working conditions and location in the very center of the city make Rondo 1 one of the most prestigious skyscrapers in Central and Eastern Europe.

Rondo 1 is the first AAA class high-rise building built in Warsaw (192 meters height, 41 above-ground storeys, 103 000m2 of total area). It was designed by world-renowned architects from the American studio Skidmore, Owings & Merrill.

The office building consists of two buildings: a 40-storey glazed tower (Building B) located parallel to Jana Pawla II Avenue and a 10-storey Building A, located at Swietokrzyska Street, with a façade made of opaque frosted glass. Rondo 1 offers office and service space that meets the highest standards. Premises for rent can be arranged in any way to fully meet the needs of even the most demanding tenants.

Rondo 1 was the first European skyscraper to receive the LEED® Gold ecological certificate in the “Existing Buildings” category. In 2016, the recertification process was completed, as part of which Rondo 1 received the highest ecological certificate – LEED® Platinum.

The LEED® certificate in the “existing buildings” category is characterized by continuous verification of the building’s operating parameters and requires continuous improvement of the efficiency of its operation in order to meet the newer and more stringent requirements of the certification system. The process evaluated, m.in other things, sustainable location, efficient use of water and energy resources, and materials used.

Rondo 1 is one of the most characteristic office buildings in the very center of Warsaw. It is chosen by companies that care about reputation, high quality office space and that everything is close by; to the railway station, to fashionable restaurants, shopping mall or cinema.

Integrated Control Technology (ICT) enterprise access control solution, Protege GX helps to control people flow and security for this iconic building. Every morning, thousands of people pass through gates secured by Protege GX. Each gate is equipped not only with entry/exit readers but also with OTIS panels. Thanks to seamless integration between Protege GX and OTIS – each user passing a gate is automatically assigned to one of many elevator cabins – which will allow to reach default destination floor in fastest way. This functionality is crucial to relieve the traffic of thousands of people in the morning hours. ICT readers equipped with secure MIFARE and DESFire technology have also BLE (Bluetooth Low Energy) option to allow flexibility for users to use any type of  access credentials.

ICT certified partner xPro Security Technology, a long-standing partner in Poland  was instrumental to implement the  Protege GX system which includes over:

  • several dozen system controllers
  • hundreds of door expanders
  • dozens of intelligent and monitored power supply’s 4A
  • several hundred of proximity RFID readers

Server-based access control system, Protege GX, uses its native HLI lift integration to talk to a dozen  of OTIS elevators. Another dozen elevators are managed by input-output expanders.

“We are very proud that our solution not only secures this iconic building but also makes it more efficient at managing the flow of employees through the integration with the lift system” says Milos Kohout, Sales Director for Central and Eastern Europe .”This type of projects show the flexibility of our Protege GX  platform and, when combined with the knowledge of our partner xPro Security, it delivers a successful solution, saving time for all users of the building.”

How LiDAR Contributes to Preserving Our Heritage

Artworks, sculptures, and historical artifacts carry immense cultural significance, embodying our shared heritage and identity. Yet, their vulnerability to theft and vandalism poses a constant challenge for museums and galleries worldwide. The staggering statistics paint a grim picture: The FBI estimates that global art crime generates $6-8 billion in criminal income annually. In the UK alone, the theft of art and antiques amounts to around £300 million each year. 

Priceless artworks face significant risks from human actions, as demonstrated by several high-profile incidents. In 2022, Vincent Van Gogh’s famous ‘Sunflowers’ was vandalised with tomato soup by protesters, and last year Diego Velazquez’s masterpiece, The Toilet of Venus, was attacked with hammers at the National Gallery in London. Even Leonardo da Vinci’s Mona Lisa has been targeted, with multiple incidents of vandalism.

Given the magnitude of the problem, it is imperative to adopt a multi-layered approach to museum security with advanced technologies that balance effective protection with maintaining the visitor experience. These solutions must be capable of tracking multiple intruders and integrating with existing security measures like surveillance systems.

Advanced technologies, like the REDSCAN series with 2D LiDAR technology, offers precise detection and integration capabilities, enhancing overall security effectiveness. Its compact design allows for wall or ceiling mounting, creating an invisible shield that detects any proximity breaches. Outdoors it can protect facades, roofs, patios and skylights, while indoors it can provide 24/7 protection of valuable art displays or restricted areas. Whether intentional or unintentional, the sensor triggers an early warning system, enabling swift intervention to prevent damage or apprehend perpetrators.

Flexibility is a key feature of the REDSCAN series, with area masking allowing for customization of the detection field to accommodate specific exhibit layouts. Doors, windows, skylights, and ventilation openings can be designated as masked areas, ensuring that protection is tailored to the unique requirements of each installation.

Moreover, area allocation enables precise detection within predetermined zones, making it ideal for safeguarding wall-hanging exhibits or clusters of artefacts.

Integration is seamless with the REDSCAN series, as it can be easily configured and linked to third-party security devices and surveillance equipment via onboard analogue and digital outputs. For instance, at the Netherlands National Military Museum, REDSCAN has been integrated with audio systems, enabling alerts if someone gets too close to the artwork. This eliminates the need for constant monitoring and enhances overall system efficiency.

In conclusion, protecting the past requires a concerted effort that combines advanced technology, strategic planning, and a commitment to preserving cultural heritage for future generations. The REDSCAN series offers a robust solution that not only enhances detection and protection but also ensures a seamless visitor experience.

For more information please visit: www.optex-europe.com

Advanced Launches Upgraded MxPro 5 and Axis EN Fire Panels

Advanced, a global leader in fire and life safety systems, is proud to introduce the latest enhancements to its trusted MxPro 5 and Axis EN fire panels. Building on the strong foundation of the existing solution, these updates are designed to improve performance and versatility, ensuring even greater peace of mind for users.

This upgrade brings a significant boost in performance, with faster power-up times and greatly reduced configuration transfer durations. Users will also enjoy enhanced configuration capabilities, supporting more complex cause-and-effect programming. These improvements make it easier than ever to manage larger and more advanced fire safety systems. Powered by a state-of-the-art processor, the enhanced panels deliver eight times the processing power of previous models, allowing for faster response times, improved system reliability, and the ability to handle more complex installations with ease.

A key advancement is the introduction of an upgraded power supply unit, designed to offer easier replacement, improved support for third-party equipment, and extended battery life. This ensures that the panels operate with greater reliability and uninterrupted performance. In addition to these hardware upgrades, Advanced has introduced a new, intuitive programming tool – ConfigTool (PC-Net-022) – which is compatible with next-generation panels. This tool provides a vastly improved user experience, with easier navigation and up to ten times faster configuration transfer times, now typically taking less than 30 seconds.

The MxPro 5’s versatility is further enhanced by its support for a variety of the latest wired and wireless protocols, including leading open protocol providers Apollo, Hochiki, Argus and Nittan, bringing greater system design flexibility to meet the requirements of a wide variety of sites.

These upgrades have undergone rigorous testing and are FM-approved to EN 54 Parts 2 and 4, affirming their compliance with the highest international fire safety standards.

Backward Compatibility for Seamless Upgrades

On top of these extensive improvements, the next-generation MxPro 5 and Axis EN panels are also fully backward compatible with existing models. This ensures that current users can easily and cost-effectively upgrade their systems without disruption. The panels retain their familiar external appearance and part numbers, simplifying the integration process, while the internal design has been refined to accommodate the enhancements.

About Advanced

Advanced is a leading provider of intelligent fire systems and solutions, committed to promoting safety through innovative technology and education. Our extensive portfolio includes fire detection systems including false alarm management, multiprotocol fire panels, evacuation alert systems and emergency lighting, trusted by professionals worldwide.

Advanced is owned by FTSE 100 company Halma PLC – a global group of life-saving technology companies with a clear purpose to grow a safer, cleaner, healthier future for everyone, every day.

For media inquiries, please contact: arobertson@advancedco.com

ISSUES

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ISSN 1986-5

a&s Adria – professional security magazine for providing total security solutions is a monthly circulating publication and a licenced representative of Messe Frankfurt New Era Business Media for Adriatic region, which consists of following countries: Bosnia and Herzegovina, Croatia, Kosovo, Montenegro, FYR Macedonia, Slovenia and Serbia.