October 21, 2026
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SMART BUILDING EXPO 2023: EVEN MORE ROOM FOR INNOVATION

At a particularly favourable time for the sector, the event is getting ready for its fourth edition with plenty of special areas and training events

Milan, 19 September 2023. For a supply chain with enormous potential, an exhibition capable of supporting and training professionals in the sector: SMART BUILDING EXPO, the home and building automation and technological integration event organised by Fiera Milano and Pentastudio, looks forward with optimism to its fourth edition, scheduled to take place at Fiera Milano (Rho) from 15 to 17 November 2023, ready to offer to trade operators not only a rich exhibition programme, but also many valuable opportunities for training and getting up to date on an evolving sector.

The figures speak for themselves: the Italian Smart Building market is worth 130 billion euros. Every 100 euros directly invested in the sector a further 187 euros cascade takes place, with an exponential effect on the economy. This means that today Smart Building generates 39 billion added value. In terms of employment, too, the effects are many: for every 100 jobs, the Intelligent Building sector triggers 178 jobs for a total of 278 full-time employees (Source: European House Ambrosetti, 2023).

In this context, professionals cannot lag behind. This is why SMART BUILDING EXPO is preparing for an even more representative edition, given the number of participating brands, with a schedule of events and initiatives designed to provide space for professional training at every level.

THE 2023 EDITION

SBE’s proposal can be summarised by two keywords: innovation and integration. Thanks to a growing offer (30% more companies compared to the last edition), the event will showcase products, solutions, and technologies that today enable buildings and cities to evolve into a smart approach, transforming themselves from simple spaces into service providers – from health to education, entertainment, and mobility – offering a very important return in terms of energy efficiency, safety, comfort and sustainability.

SMART BUILDING EXPO 2023 will see the debut of four Innovation Squares created with the support of associations and publishing companies to provide a vertical insight into markets revolving around the evolution of building and smart cities:

Renewable Energy Area

Entrusted to the care of the prestigious publication Rinnovabili.it, the Renewable Area will address some of the hottest topics of the energy transition, from the role of artificial intelligence to that of Renewable Energy Communities in the national decarbonisation process, and finally to the use of low-enthalpy geothermal energy.

Home and Building Automation Area

Entrusted to the care of the Smart Buildings Alliance Italia, the federation that promote the intelligent buildings sector within the Digital City, the Home & Building Automation Area will offer a cross-section of the hottest themes in the sector: from network architecture to digital building infrastructure, with a presentation of the R2S (ready to service) protocol, from edge computing at the service of the building to the concept of digital energy.

 System Integration Area

Entrusted to the care of the AIBACS (Italian Association of Building Automation and Control Systems), the System Integration Area will focus on the key issues related to the use of BMS and BACS systems for the integration of the main building systems, presenting a cross-section of the main protocols in use and the professional skills that are essential to ensure the optimal operation of a smart building.

AV Playground Area

Managed by the magazine Connessioni, the contents of the area dedicated to the world of professional audio-video wants to establish contact between technology and application manufacturers and the so-called end users, meaning the vast range of areas where the use of professional audio-video systems represents an increasingly important resource.

 PROFESSIONAL TRAINING: THE ADDED VALUE

SMART BUILDING EXPO 2023, through a programme of training events that will take place over the three days of the exhibition, will provide a comprehensive insight into the complexity of the sector.

Flagship of the programme is the third edition of the Milano Smart City Conference that will take stock of the innovation of Italian cities in a smart key and the contribution of technologies in this process. The event doubles this year: a first technical session will take place on 14 November at the Milan headquarters of ASSIMPREDIL-ANCE, while the second session will be held on 15 November afternoon, the opening day of SBE.

SBE will also discuss Energy Communities, thanks to the collaboration with the Italian Council of Industrial Engineers, which will offer a workshop entirely dedicated to a topic that is revolutionising the face of cities.

Unimpresa Impianti, instead, will offer an in-depth look at the NRRP and subsidised finance measures, while a reflection on the ongoing energy revolution will be carried out by Rinnovabili.IT and ANIE Rinnovabili.

Finally, ALA Assoarchitetti will discuss the relationship between new technologies and architecture with a focus on Building 4.0.

MIBA, A SYNERGY BETWEEN RELATED MARKETS

With the goal of boosting business opportunities for exhibitors and visitors, SBE 2023 will be part of MIBA – Milan International Building Alliance, that will bring together four events in a single occasion: GEE – Global Elevator Exhibition, the new event dedicated to horizontal and vertical mobility, SICUREZZA, the exhibition of reference in Italy and among the first in Europe dedicated to security & fire, ME-MADE expo, the leading international event in Italy for innovative and sustainable solutions for the construction industry and, of course, SMART BUILDING EXPO.

The synergy between these events, which are the expression of various markets called to interact and work together for the creation of efficient buildings, offers the parties operating in this industry the opportunity to discover what the most qualified companies have to offer thanks to an expo that will spread across 8 halls. Visitors to SBE will have the opportunity, with a single ticket, to visit the other 4 events and participate in the various training events of interest at each of the other expos taking place simultaneously.

Interview: Florin Marica, Managing Director, UltraVision Consult

UltraVision Consult’s strategic approach is to bridge the competency gap between manufacturers/distributors and installers/system integrators in building solutions using the best combination of technology to meet end-user needs and generate added value for our partners. Our services meet the needs of the regional market for pre-sales, design, configuration, deployment, training, and post-sales support

By: Damir Muharemović; E-mail: editorial@asadria.com

 a&s Adria: Mr, could you present yourself to our readers: when did you start working for UltraVision Consult, what is your role/what are you in charge of, and your educational and professional background?

Marica: Greetings to all your readers. I am Florin, the Managing Director and founder of UltraVision Consult. I am responsible for overseeing the strategic direction of our company and ensuring the provision of top-notch security and safety solutions to our clients throughout Central and Eastern Europe.

I embarked on my professional journey in the industry in 1999 and throughout the years, I was part of extraordinary teams which offered me the possibility to learn about various technologies, build and deliver complex solutions in the field of electronic physical security, traffic management and homeland protection.

Through my professional history I was involved in various roles including Business Development, Chief Operations Manager and Area Manager for Romania and Bulgaria, in leading companies from local and global market as UTI, Frigotehnica, GE Security and UTC Fire&Security. These experiences provided me with valuable opportunities to develop and cultivate my administrative, managerial, and interpersonal abilities.

Regarding my academic background, I am an engineer having a Bachelor’s degree for electronic and telecommunication from Politehnica University of Bucharest. Additionally, I have successfully completed a Master’s degree in Business Administration and Economics, followed by MBA in Economic Development. The combination of my educational background and business experience has prepared me with the necessary knowledge and competences to effectively navigate the intricate dynamics of our industry and steer our company towards achieving success. I’m an active member of ASIS International, Romanian Chapter which has a substantial contribution to enhance my skill set, knowledge basis and being up to date with the latest advancements in security management.

a&s Adria: Tell us about your company: when did it all start, what were its most important milestones, how many employees and offices do you have, which European markets do you supply, etc.?

Marica: Our journey started ten years ago, in July 2013, as I recognized an emerging demand for sophisticated and comprehensive security and safety solutions in Central and Eastern Europe. As in many other similar cases, at that time I was not ready or actively looking to start my entrepreneurship adventure. In less than a month, the opportunity was in front of me, and I decided to pursue it. At that time, I was leading the regional business of one of the top manufacturing companies in the security industry, worldwide, UTC Fire&Security. After their decision to divest local offices in EEU I have decided to continue serving the industry and building an indirect type of business, supporting and developing partnerships with local and regional installers and system integrators.

UltraVision Consult’s strategic approach is to bridge the competency gap between manufacturers/distributors and installers/system integrators in building solutions using the best combination of technology to meet end-user needs and generate added value for our partners.

Since then, our team has expanded to include more than fifteen committed employees who are aligned with our mission to deliver high-quality services and products that bring value-added to our partners. Our company is based in Romania, but we have business partners all over Central and South-Eastern Europe.

One of our most significant milestones was becoming a partner of Prysm, the maker of AppVision PSIM, who appointed UltraVision Consult as the value-added distributor for their software suite in countries throughout Central and Eastern Europe countries.

The first AppVision PSIM project began in 2014 in Sofia, Bulgaria. Since then, our team has developed dozens of projects in the region, most of them with the assistance of certified partners. We have provided integrated solutions for a variety of verticals, including utilities, defense, manufacturing, office buildings, entertainment facilities, industrial facilities, agriculture, government entities, and critical infrastructure.

We initiated investments in software development skills and resources in 2016. Soon, our company begins to provide customized software solutions and modules for system integration, new communication protocol drivers for AppVision, and software-to-software operations. Among the drivers developed in-house for our partners’ projects are DSC Neo, Paradox Evo, Bentel FC5xx, Telenot C400, Spica Time&Space, Metra, and radars (Elta Systems & C-Ram from RADA) and many others. In 2023, our team plans to release new protocol drivers and integration features with AppVision for video systems (Intellio and LuxRiot), perimeter security (FFT), and additional software connectors for external systems (ERPs, Business intelligence dashboarding).

Our company has implemented and is maintaining a transparent and effective Quality Management System and is certified ISO 9001:2015, ISO 14001:2015, and ISO 45001:2015. EcoVadis has also awarded us a Gold Medal for our achievements in sustainability in 2021.

We have partnered with industry leaders such as Axis Communications, Prysm, Milestone Systems, Camtrace, ACRE Security, Metra, TagMaster, Elka, TISO, and Spica. These partnerships have upgraded our service offerings, ensuring that our clients have access to a wide range of reliable solutions. We are now better able to provide our clients with optimal solutions as a result of our collaboration with a number of highly regarded companies in the global security industry.

 Focus on Central and Eastern Europe

a&s Adria: When we talk about the markets you supply, UltraVision Consult is therefore primarily oriented towards the markets of Central and Eastern European countries.

Marica: For the time being, our primary markets are located in Central and Eastern Europe. We are actively engaged in ongoing efforts to identify and pursue potential avenues for growth, with the aim of extending the reach of our services and providing cutting-edge security and safety solutions to additional geographical areas.

UltraVision Consult’s services meet the needs of the regional market for pre-sales, design, configuration, deployment, training, and post-sales support for physical access solutions, video surveillance, transmission products, fire detection and alarm, intrusion detection, buildings and industrial automation, and advanced integration with various software platforms.

We contribute to an organization’s strategic decisions, whether public or private, critical or commercial infrastructure, in order to align internal procedures with legislative regulations, as well as its own security strategy and business plan for operational optimization and resource efficiency. The UltraVision Consult team has a high level of competence in designing, customizing, and implementing integration and information software solutions. AppVision PSIM (Physical Security Information Management) is our primary open platform today.

a&s Adria: Physical Security Information Management, an open software platform that unifies technologies and equipment from different brands, is at the core of your distribution business. What does Prysm Software’s AppVision PSIM software suite with a unique control and management system ensure for the operators?

Marica: AppVision is a software solution developed for proactive and centralized security and building management purposes. This solution facilitates interoperability among diverse systems, consolidating a wide range of safety and security equipment, including video surveillance, access control, and intrusion systems. It also integrates Building Management Systems and Supervisory Control and Data Acquisition systems, such as Heating, Ventilation, Air Conditioning, and elevators providing the operators with information, command, and control of processes. The system has the ability to seamlessly integrate with various third-party applications, including cybersecurity tools, ERP, CRM, and emerging technologies like drones, robotics, and analytics.

The distinguishing factor of AppVision lies in its open architecture. The platform provides customers with the opportunity to personalize and modify it according to their specific projects, thereby granting them the desired level of independence. AppVision is a neutral tool that operates independently from the systems it integrates. This unique feature provides clients with the flexibility to choose their preferred hardware brands without any limitations.

Additionally, AppVision is a flexible, multifaceted platform that has the capability to seamlessly integrate with any current or future downstream application through an API or an SDK. The design of this platform is future-proof, guaranteeing its viability and benefits as technology continues to evolve.

Our collaboration with Prysm Software and the implementation of AppVision facilitate projects of various scales, ranging from smaller configurations to highly intricate systems.

a&s Adria: You mention that you deal with hundreds of processes “in a unified way”. How did you achieve unifying and not just integrating hundreds of often incompatible system manufacturers, especially taking into account that AppVision’s manufacturer Prysm Software states only “guaranteeing the integration and control of equipment and applications”?

Marica: Our solutions integrate multiple processes through diligent effort, strategic approach, and innovative technology. The AppVision platform offered by Prysm Software goes beyond the scope of merely ensuring integration and control of equipment and applications.

Compatibility issues often arise when dealing with multiple technologies, systems, and infrastructures. In this context, the open platform AppVision is especially important because it provides a flexible framework for customizing your project using an embedded C# intelisense engine. Through an open API and documented SDK, certified partners are trained to deploy their own development for new protocol drivers, features, and interfaces. AppVision’s partner community actively contributes to the software suite’s compatibility, integrations, and features. AppVision PSIM’s native features, such as its own physical access control management module, “cause-effect” links, scenarios, and alarm management workflows, are essential tools for achieving unified infrastructure.

AppVision Mobile App

a&s Adria: AppVision 4.8 represents a leap forward in technology, software features, and useful tools. What features, integrations, and enhancements come with the new version?

Marica: The AppVision 4.8 update represents a significant advancement in technology, software features, and practical tools, all aimed at enhancing your ability to oversee security, safety, and technical management systems.

One of the significant new additions is the AppVision Mobile App, which is now accessible on the Android platform as well as an iOS version, available on the Apple Store. Additionally, the newest version also implemented an HTML5 client for AppControl, increasing operational efficiency and providing a seamless user experience. Measures such as the implementation of temporary passwords and double authentication have been introduced to strengthen the security of the system. The platform’s usability and performance are boosted by the implementation of advanced filters and an update to .NET 4.8.

The inclusion of Terra Explorer is an additional noteworthy feature, providing the option of 3D cartography with the Geographic Information System (GIS) functionality. This upgrade enables operators to efficiently navigate and effectively manage their security systems with exceptional clarity and precision.

 a&s Adria: One of the strong points is the new mobile client application for Android. What does it include?

Marica: The newest features of AppVision are designed to maintain the security, integrity, and reliability of your operations without compromise. Indeed, the strongest point of the update is represented by the mobile client application for Android, also available on iOS.

This application offers a live chat functionality that enables operators to effectively communicate with one another from different workstations. Designed with field agents in mind, the app can function as a “bodycam,” enabling agents to initiate a live session with office colleagues or record and send chat content. Users can share alarm reports, PDFs, images, videos, and even their current location using the chat feature. There is an emergency button that, when pressed, sends a notification with GPS coordinates for safety purposes. In addition, agents can manage alarms, acknowledging or escalating them as needed, supervise access control by opening and closing doors, and view live CCTV camera feeds. They can also control PTZ while viewing a single stream.

a&s Adria: Have you increased cyber security and in what way?

Marica: AppVision’s roadmap prioritizes continuous improvement of information security features. Today, the software is compliant with OWASP’s top ten vulnerabilities and has received ANSSI certification (France’s national cybersecurity agency). AppVision’s cyber security features include secure communication between servers and clients via REST web service + HTTPS encryption, customer-defined password policies, and two-factor authentication (email or text message).

a&s Adria: In addition to the presented novelties above, the new version of AppVision also comes with integrations with some of the most used access control and video surveillance systems. Can you name some of those integrations and what are their benefits for end users?

Marica: The system’s versatility is improved by the integration of these features, which increases its efficancy in catering to diverse user requirements and settings.

The integration with ASSA ABLOY SmartAir, a provider of wireless access control solutions, offers our clients a consistent way to efficiently manage and control access points through the AppVision platform. The functionality provided is of great value in high-security environments, such as corporate offices, government facilities, or healthcare institutions.

The video integrations portfolio now includes a new driver, Network Optix Witness VMS, which can monitor live video streams and retrieve archived recordings through the AppVision platformNX. Witness is a reliable and scalable global solution for intelligent video surveillance. IndigoVision ControlCenter, an update to Genetec Security Center 5.11, and a beta version of the Intellio video system are also new in our portfolio.

AppVision 4.8 also includes integration with Spica Time&Space, delivering full user and access right management and providing our partners with an advanced level of access control. This integration also includes the workforce time management module, which is one of the most innovative time and attendance and human resource planning solutions available in our market. The combined technologies, AppVision and Spica, provide a flexible and scalable solution that can be customized to meet the specific requirements of any client, regardless of their operational scale, that needs to address extensible access control as well as time planning and management.

The integration with Suprema BioStar, a globally recognized leader in biometrics and security, brings forth advanced features to the platform, including fingerprint and facial recognition. As a result, there is an increase in security levels for access control and identification, effectively reducing the possibility of unauthorized access.

a&s Adria: As a scalable product, AppVision’s PSIM can meet different customer needs. Depending on the size of an installation, AppVision offers flexibility by making available several types of licensing. What are those types, what do they include, and how is the differentiation made and evaluated?

Marica: The flexibility and scalability of AppVision make it a highly suitable option for organizations of various sizes. AppVision provides various licensing options based on the scale and complexity of the installation.

Through its INITIAL version, the suite can be easily licensed for small and medium architectures. This option allows partners to target projects addressing small-size sites with up to 4 integrated protocols (drivers). We can consider a store or supermarket, a bank, or an industrial site as examples, with the potential to federate them all into a single, unified infrastructure. The licensing structure defines two types of installations for medium and large projects: Professional and Enterprise. The total number of server license points, as well as the total number of cameras, access control readers, and audio channels included in the license, determine the size.

The differentiation and evaluation process is typically carried out through a thorough assessment of the customer’s unique requirements, the scale and intricacy of the security infrastructure, and the extent of integration needed with other systems. This guarantees that every customer receives a customized solution that precisely aligns with their requirements and financial resources.

a&s Adria: What were some of the latest most complex and significant case studies that the Ultravision Consult team has participated in over the past years?

Marica: In a recent case study, our team had the privilege of collaborating with a prominent entity in the FMCG sector. The company, which has extensive operations in both manufacturing and corporate sectors, initially faced the challenge of not having a centralized and unified system for access control policies. UltraVision Consult implemented the AppVision product in order to seamlessly combine access control and video verification throughout their factory and office premises. The outcome was a comprehensive and cohesive access control policy that could be uniformly implemented across all levels of the organization. In addition, safety needs that were previously overlooked, such as fire evacuation procedures, have been optimized through digital means, resulting in a prompt and effective response.

Furthermore, we have had the opportunity to collaborate with a prominent entity in the utilities industry, specifically in the field of freshwater supply and sewage. Our security solution has been successfully implemented in a total of 20 locations and it has effectively eliminated the requirement for human resources, resulting in streamlined security operations and significant budget savings. The investment demonstrated a commendable return on investment, achieving self-sustainability within a year. The decreased reliance on salaries as an ongoing expense has resulted in a more precise and reliable financial projection.

Lastly, we are currently involved in an ongoing project for a swiftly growing online casino and gaming organization. The company has experienced significant growth over the past two years, with the number of employees increasing from 1,000 to 3,600. Our responsibility has been to effectively oversee access control and integrate security systems, while continuously adapting to their ever-evolving and rapidly advancing nature.

a&s Adria: What are the most important global trends that define the PSIM market? And according to that, what can we expect from Prysm Software and UltraVision Consult in the years ahead?

Marica: Based on our observation, it is apparent that the post-pandemic era has caused substantial growth in the regional market. The ongoing pandemic has highlighted the inherent vulnerabilities associated with human reliance on physical security processes, such as patrols, interventions, and operations. The potential interruption or unavailability of human resources during such periods may lead to notable security breaches or disruptions. The increased awareness of this issue has prompted a shift towards solutions that reduce reliance on human involvement, resulting in a significant growth in our business. We have observed significant organic growth in the licensing sector, with a consistent annual increase of at least 25% since the beginning of the pandemic.

Regarding the trends, Artificial Intelligence (AI) and Machine Learning (ML) are playing a crucial role in the advancement of PSIM systems. These technologies demonstrate proficiency in responding to current situations and possess a high level of capability in predicting and mitigating future ones. Through the analysis of patterns and the identification of anomalies in real time, AI and ML technologies play a crucial role in expediting response times, thereby improving overall security and device integrity. The timely identification and management of potential breaches can effectively prevent downtime and ensure the continuity of business operations.

In addition, the integration of AI and ML with PSIM is leading to the growing prevalence of predictive maintenance. This technological advancement allows organizations to further optimize their maintenance schedules, resulting in improved system efficiency. By implementing this approach, the durability and dependability of the security systems can be significantly improved.

The use of social media for security management is becoming more and more common in PSIM solutions. By carefully monitoring and analyzing data from these platforms, people can gain important situational awareness and improve their ability to spot potential threats with greater effectiveness. This is made even better using language decoding apps and multilingual help, which can spot potential dangers by analyzing geographical data, words, and phrases mentioned on social media platforms.

The PSIM market is witnessing a notable trend in interoperability and mobile access. Modern Physical Security Information Management (PSIM) solutions have been specifically developed to facilitate smooth integration with pre-existing systems. These solutions provide organizations with the flexibility to adapt and accommodate their evolving security requirements. The adoption of mobile-friendly design facilitates better responsiveness and control, empowering users to conveniently manage security from any location and at any time.

a&s Adria: How about the Software-as-a-Service (SaaS) models?

Marica: Physical Security Information Management (PSIM) is increasingly moving toward Software-as-a-Service (SaaS) models. These models promise simpler deployment and license acquisition and renewal. Prysm recognizes that this is a significant shift and is working to take the initiative in this regard. It is expected that it will require more time to develop a solution that meets the highest standards of reliability and quality.

The market for Physical Security Information Management (PSIM) is projected to experience significant growth, with an estimated increase from US $1.19 billion in 2022 to US $3.41 billion by 2029. This growth indicates a strong belief among investors and a growing awareness among businesses regarding the criticality of implementing effective security management systems. The increase in demand for advanced Physical Security Information Management solutions arises from a growing recognition that proactive and efficient security management, with the ability to anticipate and address potential threats in real time, is now an essential requirement rather than a mere luxury. PSIM providers are consistently striving to innovate and adapt their solutions to effectively meet the ever-changing security needs. This commitment ensures the continued growth and success of the thriving industry.

As the impact of integrated security systems grows significantly in the realm of cybersecurity, AppVision, ensures compliance and fortified defense against cyber threats, continuously gaining momentum and attracting further investment from PRISM to provide a high level of security. At UltraVision Consult, we recognize that the global trend in the security sector leans heavily towards streamlining operations, whether in individual systems or across complex platforms. Our continuous focus on developing efficient solutions aligns perfectly with this direction, seeking to simplify operational elements and increase user efficiency in an ever-changing environment.

a&s Adria: What is your opinion on the Adriatic region security market and how do perceive your company’s position in it? What are your plans in this area, are you looking for a regional partner? Are you planning to exhibit at the largest regional conference and exhibition Adria Security Summit?

Marica: We acknowledge the Adriatic region’s security market as a dynamic and rapidly developing sector, characterized by a growing emphasis on commercial security, cyber security, artificial intelligence, and other intelligent solutions. Through our regular participation in the Adria Security Summit, we have gained valuable insights into the ongoing evolution of the industry. This has enabled us to maintain a leading position by staying up to date with the latest trends and innovations.

We perceive our engagement in these summits as a valuable occasion for both acquiring knowledge and expanding our professional network. Additionally, it serves as a platform to highlight our own progress and achievements. UltraVision Consult is honored to be a valued member of this thriving community. We are enthusiastic about the market’s potential to excel in various security domains, and we eagerly anticipate the opportunity to contribute to and participate in this transformative journey.

We are highly enthusiastic about our forthcoming participation in the Adria Security Summit. As frequent attendees for the past three years, we intend to uphold the tradition by establishing our booth to accommodate interested individuals seeking to explore our product and its diverse range of applications.

Regarding the regional partnership, our objective encompasses several different fronts. We are currently seeking potential partners who possess a strong interest in creating additional value through projects, regardless of their level of complexity. Our objective is to proactively collaborate with these partners in order to raise product awareness and expand its potential applications among end users.

Our strategic plan for the Adriatic region aims to cultivate a strong network of partners. This will allow us to tailor our approach to each market based on its specific needs and traits. As a result, our approach involves identifying and collaborating with committed partners, fostering product awareness, and customizing our strategy to suit the distinctive characteristics of each market within the region.

Incedo™ Cloud enhancements: new EAC-M90 updater controller for high flexibility with building access

London, September 2023 – In today’s dynamic business landscape, where offices, manufacturing plants, co-working spaces, and multi-use facilities co-exist, organizations face an array of challenges, including the need for agile and future-proof access control. The rise of hybrid or flexible work arrangements, coupled with demand for optimized space utilization, requires businesses to carefully consider their access management solution.

With the right solution, organizations can seamlessly secure virtually any entry point using either offline electronic locks or real-time online devices. Together with a range of credentials, Incedoä Cloud enables users to access authorized areas using smartphones, smart keys, or smart cards, all managed securely from a single, flexible, and scalable platform.

Introducing the EAC-M90 Incedo Updater Controller: Boosting Offline Control

The EAC-M90 Updater Controller empowers security managers with complete control over Aperio wireless locks and ASSA ABLOY Signo readers. It enables updates to credentials, including PULSE programmable keys with RFID capability, ensuring access permissions remain up to date.

When integrated with an ASSA ABLOY Signo reader, each access event triggers the Incedo system to collect event logs, update individual access permissions, or revalidate credentials, including our range of smart cards or battery-free smart keys, with the same credential working across connected/online and offline readers, enhancing security site-wide.

The EAC-M90 incorporates HID Seos® technology and OSDP v2.1.7 protocol to ensure high security in every interaction between credentials, updater/controller, and the system. With the EAC-M90 and Incedo software, security and facilities managers achieve comprehensive and flexible control over their premises, without requiring a fully online system.

Making facilities management more flexible

Facility managers benefit from the ability to oversee multiple device types, or even sites, within a unified system. Expanding access control, whether online or offline, to additional access points is simple and efficient, ensuring smooth onboarding. For flexibility, the Incedo Cloud control panel offers secure administration from anywhere with an internet connection. Regular and secure cloud software updates are automated, simplifying the maintenance process.

One significant advantage of Incedo Cloud is the high flexibility it offers security managers, who can deploy online and offline management at different access points within their facility. For instance, high-security access points like entrances and sensitive doors, such as those leading to labs or server rooms, can benefit from real-time control, while lower-security areas, like meeting rooms, utilize offline devices for cost-effective access control, without the need for cables or communication hubs.

Incedo ensures that all aspects of security are managed seamlessly from a single, integrated software interface, combining the benefits of real-time control with the straightforward deployment of offline electronic access management.

Implementing Incedo access control is straightforward: Businesses select hardware including the new EAC-M90 updater controller from a vast range, to add flexibility to their security system and control virtually any access point, including doors, cabinets, lockers, gates, server racks, and more.

To learn more, download here a datasheet on EAC-M90 Updater Controller.

Securitas Expands Global Agreement With Microsoft

Securitas has signed an expanded 5-year agreement to provide data centre security for Microsoft in 31 countries, solidifying a strong relationship.

Securitas has been delivering security solutions for Microsoft since 2005, building a foundation of trust and collaboration. The global agreement, which began in November 2016, includes risk management, comprehensive security technology as a system integrator, specialised safety, and security resources, guarding services and digital interfaces, as well as global account management.

The agreement, effective from July 1, 2023, reflects Securitas’ commitment to mutual success. With shared values centred on trust, ethics, and sustainability, Securitas builds on a stable foundation for providing exceptional services while promoting a secure and inclusive environment.

“Securitas and Microsoft are a great match”, continues Magnus Ahlqvist, President and CEO of Securitas. “We have developed a strong relationship with Microsoft over the years thanks to our extensive global presence, industry expertise, and solid governance. Through our consistent dedication, we have gained insight into their requirements, enabling us to deliver exceptional security solutions.”

Looking ahead, Securitas has outlined long-term goals for the collaboration. Innovation and the integration of technology are key focus areas for Securitas to achieve an optimal balance between guarding and advanced security solutions.

“Trust is paramount in our industry”, says Mark Plesnicher, Head of Datacenter Physical Security, Microsoft. “We are confident that Securitas will ensure that our data centre physical security programme remains innovative, robust, and effective. They have demonstrated stability as a collaborator, assisting us in navigating the challenges of our swiftly expanding business. We recognise the value of our relationship with Securitas and anticipate its future growth.”

This expanded contract between Securitas and Microsoft marks an important milestone in their relationship. With a shared vision, strong cultural alignment, and unwavering commitment to excellence, Securitas and Microsoft are poised to achieve great accomplishments together.

HID Global Aims to Acquire Evolis in France

HID Global has made public its intent to acquire Evolis, a prominent manufacturer of card printers and related supplies. This strategic move merges two key players in the desktop printer market, enriching HID’s printer portfolio, expanding its geographic influence, and augmenting its capacity to cater to diverse industry needs.

Evolis specializes in the creation, production, and distribution of printers and software for personalizing physical credentials. With an established network of partners, Evolis has secured a robust global position in instantly issuing physical credentials, including ID cards, access control badges, payment cards, and personalized credentials.

The proposed purchase price for a full acquisition of Evolis stands at EUR 228.6 million, translating to EUR 43.75 per share of Evolis.

Björn Lidefelt, EVP and Head of HID, expresses excitement about this prospect, stating, “I am looking forward to welcoming Evolis into the HID family. Joining forces with a strong industry player like Evolis would enable us to better meet our customers’ needs and provides complementary growth opportunities across product, geographical, and vertical market presence.”

Evolis History

Founded in 1999 and headquartered in Angers, France, Evolis is recognized for its printers and software dedicated to personalizing physical credentials. Employing around 380 individuals, the company operates an efficient manufacturing facility spanning 110,000 square feet. Its established distribution network has solidified its position as a global leader in instant issuance of physical credentials across various sectors. Evolis’ revenue primarily stems from card printers and supplies, supplemented by software offerings such as Cardpresso, Badge Studio, and Edikio. The company also produces printers tailored for kiosk compatibility, a factor that aligns with HID’s expansion goals.

Craig Sandness, SVP and Head of Secure Issuance at HID, emphasizes, “Incorporating Evolis into HID’s Secure Issuance business would reassert our expansion and commitment to leading the desktop printer space. Thanks to Evolis’ strong knowledge of the market, as well as its highly complementary product offering, we look forward to enhancing our offerings to meet a growing population of customers across industries and locations.”

Evolis and HID: Synergistic Advancement

The plan is for Evolis to join HID’s Secure Issuance Business Area, under the leadership of Craig Sandness, operating as its distinct Business Unit. Evolis would leverage HID’s sales and global functions to amplify its offerings.

Emmanuel Picot, Co-Founder and President of Evolis, envisions promising prospects in this collaboration, stating, “Since 1999, our ambition has been to be and continue to be the global leader in decentralized printing of personalized cards. Together, we look forward to creating even more value for our customers, combining our expertise and know-how to create new development opportunities. This would be a big step forward for Evolis, and we are very excited at the prospect of joining HID with the ambition of being stronger together.”

Uniview EasyStar IPC Series

Most crimes happen at night because of the ultra-low light environment that provides favorable circumstances for criminals. The key information about vehicles, such as plate number, color, and brand of a vehicle may be useful for police or other people in need. Yet, there are some key differences here.

By: Tsing Tang, Director for Eastern Europe, Zhejiang Uniview Technologies; E-mail: tangsiqing@uniview.com

Images captured by regular network cameras (without IR light) in standard operating mode are usually too dark to offer useful information. Furthermore, regular cameras in IR mode use infrared light to improve image quality at night and in low light. However, users still cannot get information about object colors. Finally, there are EasyStar cameras that deliver colorful & bright images with complete information.

EasyStar Series

In 2019, Uniview launched a brand-new EasyStar camera series. The EasyStar series belongs to the Easy series which targets the entry-level surveillance market with excellent starlight-level imaging performance at an attractive price. They are capable of presenting high-definition and colorful starlight-level images.

In 2021 Unview launched a new series Colorhunter in EasyStar which can achieve better image quality at night with built-in white lights. There is also a smart dual-light mode which makes this new Easy Colorhunter series even more powerful.

In 2023 Univew launched two new models in the Easy Colorhunter series. With the F1.0 aperture and 1/1.8″ sensor hardware design, they are the most powerful cameras in the EasyStar series. In addition, the ultra-long night IR distance that goes up to 50 meters (bullet models only) can offer the smoothest user experience. Besides, the 4MP models support UMD(Ultra motion detection) which can reduce false alarm rates.

The Entry-Level Choice for Low-Light Scenarios

The EasyStar cameras are a great choice if you look for entry-level products with great night vision.

To meet the market demand, EasyStar cameras are packed with a variety of features. Backside-illuminated CMOS sensor makes EasyStar series cameras more sensitive to light. These cameras offer excellent performance in low-light environments. Colorful images are available at the minimum illumination of 0.0005 Lux.

EasyStar camera supports ultra-motion detection based on the detection of different objects which can easily help end users to filter false alarms. Easy Colorhunter series gives users more choices as a smart dual light mode can effectively reduce light pollution at night.

Applications

The Univew EasyStar cameras are positioned as the entry ­level product series for the SMB market. They are also suitable for many scenarios such as crossroads, squares, stadiums, parking lots, etc.

For more information please visit www.global.uniview.com.

If you have any business queries, please contact chenkexin@uniview.com

UltraVision: PSIM Implementation in the Utilities Sector

UltraVision’s client operates within the essential utility industry with a workforce of 2,000 employees and 1,000 independent contractors. Their twenty locations necessitate a 24-hour shift cycle. Due to their elaborate structure, critical service delivery, and vast resources, they encounter difficulties in system management, security, and operational effectiveness. This all-in-one solution would ensure that only one person oversees operations and that it automates access in unattended areas by removing the need for human presence and integrating multiple technologies, all while keeping operational efficiency for different levels of access.

Technical ride

UltraVision’s technical team designed the system architecture and based on its experience managing large-scale projects and commitment to quality and trust, it chose strategic partners including AppVision PSIM, Axis Communications, FFGroup, HID, and MCA Grup. Using open protocols such as ASCII, SIP, ONVIF, and ModBusIP, the technical team developed a solution that is flexible enough to accommodate the client’s evolving needs and new technologies.

UltraVision has implemented aluminum automatic gates for access control, with manual operation for unanticipated visitors, and video and IP voice connections were utilized for access verification. With technologies like automatic number plate recognition (ANPR), an IP video intercom system with full-duplex communication and pre-recorded messages, LED lighting, a badge along with a QR code credential and a controller for automation, the solution aimed to decrease employee dependability and boost productivity. Our team additionally created custom software exclusive to contractors and long-term visitors that automates workflow management and facilitates the handling of registrations, requests, and approvals, as well as the distribution of temporary credentials. To improve accountability the system created a single set of data for both human and vehicle access events, and to ensure continuous operation it was equipped with a secondary power source as well.

KPI: 2x efficiency, half the cost

The investment in this system has proven to be valuable, as it has achieved self-sustainability within the first year. The customer gained substantial benefits from the project’s successful implementation, which not only enhanced operational performance metrics, but also reduced carbon emissions. Reduced dependence on round-the-clock security personnel was also a key achievement, and despite the worldwide pandemic, the system maintained an access policy that provided secure and efficient operations.

Integrated PSIM solutions revolutionize business operations by providing solid security measures and financial and operational benefits. UltraVision encourages businesses to consider electronic security and safety systems as strategic investments rather than merely precautionary efforts. By investing in its solutions, you can ensure a more secure future and shift your focus away from potential security threats towards expansion and strategic goals.

SoftNET: Securing Your Data with Ethernet Virtual Private Line

In an era defined by rapid technological advancements, businesses and individuals are becoming increasingly reliant on the Internet to carry out their day-to-day operations. However, with this increased reliance comes the growing threat of cyber-attacks. As the frequency and sophistication of cyber threats continue to rise, it has become imperative for organizations and individuals to prioritize the security of their internet connections. Ethernet Virtual Private Line offered by SoftNET, a B2B telecommunications company, presents a powerful solution to protect against cyber-attacks and safeguard sensitive data.

By: Stanko Gjuran, Sales Manager, SoftNET; E-mail: stanko@softnet.si

Cyber-attacks have emerged as one of the most significant challenges faced by organizations today. Ransomware attacks, data breaches, and other cyber threats have cost companies billions of dollars and compromised the personal information of millions of individuals. Hackers are continuously refining their methods, making it essential for businesses and individuals to adopt robust security measures.

Understanding the Vulnerabilities of Public Internet Lines

Public internet connections, often used by businesses, have inherent vulnerabilities that make them susceptible to cyber-attacks. These connections are shared by multiple users and lack the encryption and security features necessary to safeguard data during transmission. Cybercriminals can exploit these weaknesses to intercept sensitive information, inject malware, and launch distributed denial of service (DDoS) attacks, crippling an organization’s operations.

The Advantages of an Ethernet Virtual Private Line

Ethernet Virtual Private Line offered by SoftNET acts as a fortress for businesses and individuals seeking to fortify their digital presence. With dedicated bandwidth and enhanced security features, an Ethernet Virtual Private Line offers unparalleled advantages in the battle against cyber-attacks.

  1. Enhanced Data Encryption

Ethernet Virtual Private Lines employ robust encryption protocols such as AES 256-bit encryption to protect data as it travels between the user’s network and the destination server. Advanced encryption ensures that even if cybercriminals intercept the data, they cannot convert its contents. SoftNET employs industry-leading encryption standards, offering peace of mind to customers, knowing their data is secure.

  1. Dedicated Bandwidth

 Unlike public internet connections that are shared among multiple users, Ethernet Virtual Private Line ensures dedicated bandwidth solely for the customer’s use. This results in faster, more reliable connections and eliminates the risk of performance degradation caused by high user traffic.

  1. Protection from DDoS Attacks

 Distributed Denial of Service (DDoS) attacks pose a significant threat to businesses, causing service disruptions and financial losses. Ethernet Virtual Private Line includes built-in DDoS protection, which can detect and mitigate these attacks in real time, ensuring uninterrupted business operations.

  1. Reduced Network Congestion

Public internet connections often suffer from congestion during peak hours, leading to sluggish internet speeds. With Ethernet Virtual Private Line, users can enjoy consistent, high-speed connectivity, leading to improved productivity and efficiency.

  1. Proactive Network Monitoring and Support

SoftNET’s Ethernet Virtual Private Line comes with 24/7 network monitoring and dedicated customer support, ensuring that any potential security threats are detected and resolved promptly. This proactive approach enables businesses to focus on their core operations, confident in the knowledge that their network is in safe hands.

As the cyber threat landscape continues to evolve, businesses and individuals must take proactive steps to safeguard their data and digital assets. Ethernet Virtual Private Line from SoftNET emerges as the ultimate defense against cyber-attacks, offering enhanced security, dedicated bandwidth, and real-time protection from DDoS attacks. By investing in Ethernet Virtual Private Line, customers can mitigate the risk of cyber threats and focus on what matters most – building a thriving, secure, and resilient digital future.

VIVOTEK Tools for Technicians, Engineers, and Project Consultants

As we slowly approach the end of this year, the period becomes very active for all technical personnel in the security business. Technicians and engineers need to complete projects that are due within this year, while project consultants are already working on projects for the next year. The security business faces a significant challenge with a skilled labor shortage, ranging from technicians to project consultants. It is crucial that these professionals have the appropriate tools for their work. By having excellent tools, the time required to complete tasks can become shorter.

Written by: Djordje Bacic – djordje.bacic@vivotek.com

VIVOTEK recognizes the importance of this and has a longstanding tradition of developing tools to assist technical individuals in completing their tasks as efficiently as possible. Alongside their high-quality products, VIVOTEK has also developed top-notch tools.

Shepherd – Camera Management Tool for Technicians and Engineers

So, what is Shepherd?

Shepherd is embedded with powerful device management functions, allowing for the easy setup of multiple cameras simultaneously. The software automatically generates a list of all VIVOTEK devices connected to the network. Users can manually group cameras to apply pre-configured settings.

Shepherd offers various powerful functions, including IP address assignment, remote reboot/restore, and firmware and VADP package uploads. It greatly benefits system integrators and installers who frequently have projects requiring the simultaneous setup of multiple cameras with identical settings.

Shepherd supports batch firmware uploads, exporting device lists for VIVOTEK NVRs, updating virus signatures for cameras equipped with the Trend Micro IoT Security package, and importing/exporting configurations for Stereo Tracker, Deep Learning VCA, and VCA packages.

Validation Tool – Easy People Counting Correction

The Validation Tool is a smart and user-friendly tool that validates the accuracy of people-counting camera results. This tool supports practical functions such as manual counting, combining results from multiple counting cameras, and providing comparison results. With an accuracy rate of up to 98%, it is extremely beneficial for system integrators or administrators who need to evaluate counting results.

BIMobject – 3D Software for BIM for Project Consultants and Engineers

VIVOTEK IP Camera Families are now accessible within Building Information Modeling (BIM) software, specifically BIMobject. BIMobject is a comprehensive software application that supports the entire BIM workflow, from concept to construction. Users of BIMobject can now directly incorporate interactive 3D CAD VIVOTEK camera models into their building plans, seamlessly integrating VIVOTEK surveillance into their designs. Everything, from camera resolution to field of view to mounting options, is considered, ensuring comprehensive coverage through stunning 3D visualization.

  • 3D Design Visualization
  • Focal Length Adjustments for Targeted H-FOV/V-FOV
  • Object Range, Camera Resolution, Camera Position, and Camera Angle Adjustments
  • Choice of Mounting Options
  • Increased Efficiency
  • Ensured Full Surveillance Coverage
  • Save, Print, Collaborate, and Export using Autodesk

IP Video System Design Tool – Intuitively Design Surveillance Systems with 2D/3D Views

VIVOTEK has integrated with JVSG (IP Video System Design Tool) to facilitate the rapid and straightforward design of professional video surveillance systems. With the IP Video System Design Tool, users can calculate precise lens focal lengths and viewing angles for all cameras in a matter of seconds. This aids in checking the field of view for each camera and identifying any dead zones, thereby enhancing premises security using both 2D and 3D modeling. This intelligent tool also provides more accurate estimations for network bandwidth, storage requirements, and other practical functions to elevate your surveillance system design.

  • 2D Planning for Each Camera’s Field of View
  • 3D Views and Simulations
  • Realistic 3D Models
  • Increased efficiency in your security system while reducing costs by finding optimal camera locations
  • Rapid calculation of precise camera lens focal lengths and viewing angles
  • Field of view checks for each camera, identifying dead zones to enhance premises security using 2D and 3D modeling
  • Estimations of required network bandwidth for shaping network video systems with varying numbers of IP cameras and video servers
  • Calculation of necessary HDD storage space for video archives
  • Load site plans/floor plans with JPEG, JPG, BMP, or PDF background images
  • Print or export your project as a PDF, including calculations, drawings, and 3D mock-ups, to create excellent project documentation.

Smoldering Threat: Are Lithium-Ion Batteries A Real Danger To People And Property?

In the era of digital innovation and mobility, lithium-ion batteries are the beating heart of the industry and everyday devices such as phones, laptops, electric bicycles, and scooters. However, does this heart pump excessively “hot” blood at a time when fires associated with these devices are becoming more common, and what is the industry’s response to the need for getting the best of both worlds in terms of energy and safety?

By: Mirza Bahic; mirza.bahic@asmideast.com

Lithium-ion batteries are often revered today as the “engines of the 21st century.” As an important energy storage solution for portable electronic devices and electric vehicles, these devices are a “Promethean” fire for a world that constantly seeks increased mobility, digitalization, connectivity, and sustainability in one package. However, with the widespread use of these devices, there has also come an increased and statistically well-supported danger of fires breaking out in situations that are still unfamiliar to many.

Is the “Flaw” Inherent in the Battery Design Itself?

At its core, lithium-ion batteries consist of multiple smaller cells, each containing two electrodes separated by a separator. These cells facilitate the movement of charged particles, known as lithium ions (hence the name), through a conductive solution between the electrodes. This process involves charging and discharging, allowing the battery to store and release energy, powering a wide range of mobile devices from laptops to electric vehicles.

When a lithium-ion battery is being charged, lithium ions migrate from the positive electrode (cathode) through the conductive electrolyte and move toward the negative electrode (anode), where they are stored. During discharge, the process is reversed, with lithium ions returning to the positive electrode, creating an electric current that powers the device.

The choice of lithium as the primary element in batteries is due to its lightweight nature and high energy density associated with it. Compared to traditional batteries like nickel-cadmium or lead-acid, lithium-ion batteries offer significantly greater energy storage capacity, making them ideal for portable devices requiring long-lasting power.

So, the answer to the question in the title is straightforward: lithium-ion batteries are not inherently unsafe by design. If they are manufactured and used according to industry standards, they are generally considered safe devices. However, it’s important to note that there are inherent risks associated with the operation of lithium-ion batteries, which can be attributed to various factors such as temperature changes, physical damage, overcharging, manufacturing defects, or improper use.

Why Do Lithium-Ion Batteries Pose a Security Risk?

Lithium-ion batteries have quenched the world’s perpetual thirst for portable energy, allowing us to stay connected across the clock, work efficiently, and push new boundaries in transportation. However, along with all the undeniable advantages, these devices also carry concrete safety risks, primarily related to fire outbreaks in fully unexpected situations.

But if we have established that these devices are not inherently unsafe, why are reports of fatal fires and significant material damage spreading through the media like wildfire today? The reason is simple and relates to the law of large numbers – these devices are more popular than ever today, and their rapid adoption has not been accompanied by an equally diligent campaign to raise awareness about their proper handling and incident management.

First and foremost, when lithium-ion batteries become defective or sustain damage, they can pose a significantly greater danger of fire and explosions. Several factors can contribute to battery failure, including improper use and storage or incorrect charging techniques.

Physical impacts such as dropping, crushing, or puncturing the battery can cause damage that compromises the integrity and safety of these devices. External sources of heat, such as open flames or heaters, as well as temperatures exceeding 55 degrees Celsius, can accelerate the deterioration of devices with damaged cells or those with manufacturing defects.

Similarly, charging lithium-ion batteries at temperatures below freezing can lead to the formation of a permanent metal coating of lithium on the anode. This coating increases the risk of battery failure and, consequently, fire incidents.

Therefore, adhering to the manufacturer’s instructions for charging devices and batteries is crucial in preventing damage to these devices. To reduce the risk, some chargers employ a cyclic power supply mechanism to avoid overcharging, while fast chargers often lack this feature, making user vigilance crucial in such cases. Nevertheless, the industry recommendation is to use chargers according to the manufacturer’s instructions to maintain battery safety.

How to Prevent Thermal Runaway?

Essentially, it is crucial to avoid putting the battery in a “faulty” state. However, what if this has already happened without the user’s awareness of the problem?

In the case of battery failure, the heat generated during the operating process can damage nearby cells, triggering a chain reaction known as a thermal runaway. The high energy density of lithium batteries makes them more prone to such reactions. Depending on factors such as the battery’s chemical composition, size, design, types of components, and stored energy capacity, failures in lithium cells can result in chemical reactions and the initiation of combustion, leading to heat release and excessive pressure.

The chemical reactions inside the battery can raise this pressure to a point where the cell walls expand and byproducts leak from the solution. These byproducts include carbon monoxide, carbon dioxide, hydrogen, and hydrocarbons, which are highly flammable and contribute to fire outbreaks and even explosions in lithium-ion batteries.

As an exacerbating factor in battery ignition, combustion can also cause the separation of fluorine from lithium salts in the battery. When mixed with water vapor, fluorine can produce hydrofluoric acid, a highly dangerous substance that can have long-term but initially unnoticeable effects on human health.

Given all the above, it is clear that a comprehensive understanding of these processes and incorporating knowledge of their mechanics is imperative in developing guidelines and best practices for safely handling these devices.

The Ecological Transition and Affordability Fuel the Fires

Seemingly unrelated global events have also had an impact on shifting the spotlight toward lithium-ion batteries as a security risk. After the outbreak of the Covid-19 pandemic, the use of scooters and e-bikes significantly increased, especially in the segment of delivery services and commuting. This sudden surge led to a spike in the price of these transportation devices, prompting individuals to seek manufacturers with lower quality control standards for their battery systems.

Once the market stabilized, the demand for lithium-ion batteries continued to experience significant and rapid growth, primarily driven by the needs of the ecological transition. Li-Bridge, an organization dedicated to the development of a supply chain for lithium-based batteries, states that the global demand for lithium-ion batteries is expected to increase more than fivefold by 2030.

This demand is closely followed by the rising number of associated fire incidents. According to insurance company Zurich, in 2021 alone, there was an increase of nearly 150% in the number of fires caused by lithium-ion battery explosions in e-scooters and e-bikes. Simultaneously, the number of such fires continued to rise by an additional 28% by the end of September 2022 compared to the monthly average in 2021.

The city of New York can serve as a litmus test for dominant safety trends in this market. In 2019, there were 30 fires attributed to the use of batteries in electric bikes or scooters in New York. A year later, this number increased to over 40. By 2021, the frequency of fires more than doubled, reaching a total of 104 incidents in just this city.

Ultimately, by the end of 2022, lithium-ion batteries were identified as the cause of 220 fires in New York, resulting in six fatalities and 147 injuries. These figures have prompted emergency services to seek professional assistance in identifying the causes of these occurrences to reduce their frequency.

Delayed Fires as a Unique Firefighting Challenge

One of the major causes of fires in electric vehicles and scooters is traffic accidents that result in battery damage. They can lead to the rupture of battery cells, causing internal short circuits and accompanying fires. Unlike vehicles with conventional engines, electric vehicles experience a unique phenomenon of “delayed” fires after a collision, which poses a specific risk for emergency services that are only just becoming familiar with this occurrence.

Pioneering research in this field was conducted by the National Transportation Safety Board (NTSB) in the United States. The Board investigated several incidents involving delayed ignition of lithium-ion batteries in electric vehicles. Instead of the expected battery ignition during or immediately after the collision, it was observed that the vehicles caught fire several hours or even several days after the incident.

For example, in Lake Forest, California, an electric SUV crashed into a residential garage and caught fire. Firefighters initially had to use an unusually large amount of water (over 70,000 liters) on the fire, which continued to burn for at least two hours. It was only when they lifted the vehicle to directly extinguish the flaming battery that the temperature dropped sufficiently to safely remove the vehicle from the scene. However, during transportation on a semi-trailer truck, the battery reignited spontaneously. A similar case occurred in Mountain View in the same region, except that the vehicle’s battery caused a delayed fire at the disposal site five days after the accident.

While there is no clear evidence indicating that electric vehicles are more prone to fires compared to conventional vehicles, the associated thermal runaway process in lithium-ion batteries can be delayed or slowed down to the point of being literally imperceptible. In fact, the initial impact and battery damage can trigger a slow but inevitable chain reaction, ultimately leading to unexpected fires after prolonged intervals, particularly in locations such as salvage yards or vehicle storage areas.

Equally important is the risk faced by truck drivers transporting vehicles with damaged lithium-ion batteries. They are exposed to the possibility of sudden and delayed fires, which can easily spread to other vehicles and further complicate the task for firefighters.

Unquenchable Thirst and Prolonged Interventions

Another important issue related to extinguishing fires on vehicles with lithium-ion batteries involves the availability of abnormally large amounts of water and the length of interventions that “trap” personnel in the field longer than usual. Experts point out that in some cases, extinguishing a fire on an electric vehicle may require as much as 110,000 liters of water. This amount may vary, but many fire departments are already unable to rely on using the same amount of water for interventions on electric vehicles as they would for typical building fires.

The Sinking of the Felicity Ace: Did Electric Vehicles Hinder Firefighting Efforts?

It’s not just trucks and logistical infrastructure that are at risk from the specific fire hazards associated with lithium-ion battery vehicles. On March 1, 2022, the cargo ship Felicity Ace sank near the Azores in the Atlantic Ocean, resulting in the loss of approximately 3,965 automobiles. It is estimated that around 300 electric vehicles were found among them which presented an additional challenge in firefighting efforts because suppressing flames on lithium-ion batteries requires the use of large quantities of dry chemicals such as ABC powder, carbon dioxide, powdered graphite, and sodium carbonate. The crew had to abandon the ship as the attempts to extinguish the fire with water alone proved ineffective. At the same time, cargo ships and ferries are particularly susceptible to such fires due to their internal configuration i.e. the lack of internal compartments which facilitates the rapid spread of fire to other vehicles.

Illegal Vehicle Modifications as a Complicating Factor

In the midst of the authentic boom in the use of scooters with lithium-ion batteries, emergency services face a new challenge in the form of illegal activities associated with this trend. An illustrative example is a tragic incident that occurred on January 1, 2023, in a residential block in the British city of Bristol, resulting in the death of one person and the hospitalization of eight others. The investigation revealed that a fire broke out in the hallway of an apartment, with an amateurishly modified e-bike with a lithium battery identified as the cause. Local authorities attributed this to the growing trend of using conversion kits, which allow for retrofitting electric motors onto standard bicycles. These kits often lack proper batteries, tempting consumers to purchase cheaper alternatives and unverified chargers online that do not always adhere to industrial safety standards. Due to the increased likelihood of malfunctions in these non-standard batteries, the risk of fire is significantly heightened.

Underground Garages and Landfills Are at an Increased Risk

The increasing use of lithium-ion batteries in transport vehicles such as e-bikes and e-scooters has caused real concern among safety professionals due to frequent fire incidents caused by these products. Furthermore, as the global transition to zero-emission vehicles gains momentum, there are concerns about the potential risks posed by underground parking lots. These locations are now filled with electric cars and chargers and are not always easily accessible for firefighting operations.

Alarms have been raised in some countries: after a significant increase in the number of fires caused by e-bikes and e-scooters in London (from eight to 59 cases in just two years), the local transport regulator has called for a ban on the use of private e-vehicles on subway and buses.

At the same time, the Environmental Services Association (ESA) warned that these batteries are dangerous even when they are not in active use, as they can be damaged during disposal in landfills or preparation for recycling. This is primarily associated with the risk of lithium-ion batteries being crushed, broken, or exposed to weather conditions, which facilitates self-ignition or explosions.

At the same time, lithium-ion batteries have become prevalent enough in everyday life that users now dispose of them together with regular waste and other recyclable materials, even though they are essentially ticking fire bombs in this state.

Experts emphasize the importance of separate and proper recycling of lithium-ion batteries, along with their safe disposal outside inhabited areas and adequate protection from weather conditions. Damaged batteries are a particular source of risk as they must be disposed of separately and stored in containers filled with sand or other inert materials such as vermiculite.

Data Centers Are Seeking Solutions in the Redesign of Their Facilities

Lithium-ion batteries have been identified as the main suspect in several devastating fires in data centers. One such incident occurred in early 2021 when OVHcloud, a major European cloud service provider, lost one of its centers in Strasbourg due to a fire. It is also believed that the destructive fire at the Maxnod center in France in March was caused by the ignition of a lithium-ion battery. In light of the potential risks associated with lithium-ion batteries in these facilities, experts emphasize the importance of their functional redesign. This primarily involves relocating lithium-ion batteries to dedicated rooms equipped with fire-resistant walls and ceilings. Simultaneously, fire suppression systems using foam would be introduced instead of water-based systems.

The Industry Responds: A Regulatory or Technological Offensive?

At this moment, it seems that government regulators and the industry are competing to find a universal solution to the “inflammatory” issue of lithium-ion batteries. The solution appears to lie in a fusion of both approaches, with pioneering steps being taken by countries with the highest number of users and, consequently, incidents related to these devices. For example, in the United States, there is an initiative underway to pass consumer standards legislation for lithium-ion batteries. The goal is to establish safety standards for batteries in electric scooters and bicycles, including guidelines for consumer protection. Regulators have emphasized the need for global regulation of the distribution of these batteries from different countries, including those from China, which is undoubtedly yet another echo of the ongoing trade war between the US and China.

Unlike regulation, the user education segment has likely made the most progress in fire prevention. Best practices for protection are generally well-known and include avoiding exposing lithium-ion batteries to extreme temperatures and minimizing overnight and continuous charging. Choosing reputable brands and using original charging devices is another important step in mitigating fire risks. During charging, experts believe that it is crucial to ensure adequate air circulation to prevent heat buildup. It is also advisable to keep and charge electric vehicles outside enclosed spaces, ideally in a dedicated isolated area that local authorities should allocate for this purpose.

Government efforts aimed at preventing loss of life and property can also involve enacting standardized storage and handling procedures for lithium-ion batteries, especially during transit on ships or trucks following traffic accidents.

Lastly, the security industry itself has almost unlimited potential to offer solutions for various risks, including new or lesser-known ones. Early detection of unexpected and delayed battery fires can be ensured through 24/7 monitoring of device transportation, aided by thermal scanners, gas detectors, heat and smoke sensors, and CCTV cameras. Additionally, the industry can provide specialized training for personnel involved in battery handling and fire suppression procedures based on previous experiences with such incidents. It is clear to everyone that if we want the technological torch of lithium-ion batteries to continue to illuminate the path ahead, we must take their countless benefits as seriously as the safety of all user groups that want to tread on it.

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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.