Category: Case Study

Unified platform improves safety, efficiency, and incident response across 50 sites and three distribution centers Genetec Inc. , the global player in enterprise physical security software, recently announced that CDW Corporation, a leading multi-brand provider of IT solutions in the U.S., U.K., and Canada, has deployed the Genetec™ Security Center platform to standardize and unify its physical security operations across over 50 global sites and distribution centers. Faced with a fragmented security infrastructure inherited through years of growth and acquisitions, CDW’s Global Security team sought a platform that could streamline access control, video surveillance, and identity management. After an extensive evaluation, CDW selected Genetec Security Center for its open architecture, robust data reporting capabil­ities, and operational flexibility. “We had a wide range of systems that we were attempt­ing to bring together, with different data sets and cardholders. It wasn’t efficient or scalable,” said Adam Smith, Global Se­curity Manager at CDW, “When the systems aren’t evolving with you, it can become a real problem.” Real-time data, automation, and analytics improve efficiency The unified platform has helped CDW dramatically streamline tasks, increase automation, and reduce inci­dent response time. Tasks that once took hours or even days – like pulling video evidence or responding to intercom alerts – can now be handled in minutes or seconds. Beyond improving security, CDW is using advanced analytics and automation to optimize broader business op­erations. Using people-counting analytics, the security team can verify that all staff have exited distribution centers before closing, ensure appropriate staffing levels during busy peri­ods, and adjust guard coverage based on real-time occupancy data. Smarter access control and collaboration Access management has also been overhauled. With Ge­netec ClearID™, CDW moved from a manually intensive process to a decentralized, rules-based model. Access rights are now granted or revoked automatically based on roles, schedules, or local management approval. “An operator at our security operations center wouldn’t necessarily know who is allowed access to each space,” said Smith, “Now, access can be assigned by local managers, or the process is automated based on credentials. We have rules-based provisioning for access control. We rarely have to set anyone’s access level anymore. It’s been both a dramatic time-saver and an enhanced experience.” Coordinated workflows with Genetec Operations Center To further streamline task management and incident co­ordination, CDW also implemented Genetec Operations Center, a work management solution that supports standard­ized procedures, task tracking, and team communication. By embedding standard operating procedures into the system and automating key notifications, Operations Center ensures CDW’s global teams can respond quickly and consistently, reducing delays, miscommunication, and risk. Read More

Background The Chiba Taxi Association manages over 5,000 taxi vehicles across its eight branches in Chiba Prefecture. Among them, the Keiyo Branch and the Keiyo District Taxi Operations Council have led efforts to install network cameras at key terminal stations for the past 18 years. These systems have supported the monitoring of taxi stand conges­tion, crime prevention, and emergency response, including the identification of stranded commuters during disasters. In response to taxi deregulation by the national govern­ment in 2002, large numbers of taxis began flocking to sta­tion stands, creating serious congestion. To address this, the association introduced its first ‘Taxi Satellite System,’ which temporarily redirects waiting taxis to offsite parking areas and calls them back via radio when space becomes available at the station. Initially, this operation was manually handled by on-site traffic supervisors, but over time, it transitioned to camera-based monitoring using network camera systems. At the time, deploying network cameras to support such a system was a groundbreaking move in Japan – considered both advanced and innovative. This camera-based approach helped reduce congestion and wait times while also contrib­uting to public safety and convenience. Building on this long-standing commitment to safer and more efficient taxi operations, the association has now introduced a new monitoring system powered by VIVOTEK cameras at JR Maihama Station – a station widely known as the gateway to Tokyo Disney Resort. The goal is to visualize and manage congestion caused by overtourism in the area. Challenge Overcrowding Around a Major Tourist Hub JR Maihama Station serves tens of thousands of passengers daily, many of whom visit Tokyo Disney Resort, located just a five-minute walk away. Adding to the strain, inbound tourism surged in Japan after COVID-19, making evening hours – especially after 8 PM – particularly congested. In some cases, buses and taxis were unable to access the station due to heavy traffic caused by private vehicles. Staff Shortages from an Aging Workforce In the past, supervisors were stationed at major terminals to monitor congestion, maintain order at the rotary, and prevent unauthorized taxi operations – particularly by Tokyo-based taxis operating outside their jurisdiction. However, in recent years, the association has faced increasing challenges due to an aging workforce and a declining pool of available personnel. Solution Full-Surround Coverage with Fewer Cameras VIVOTEK’s fisheye cameras provide seamless 360° cov­erage, eliminating blind spots and enabling comprehensive monitoring of the taxi stand area with fewer units. This not only enhances situational awareness but also proves valuable during investigations and when sharing footage with law en­forcement. The wide field of view from a single camera helps reduce both installation and maintenance costs. Additionally, the camera’s built-in IR illuminator ensures clear video even low-light conditions – an essential feature for round-the-clock taxi operations. Remote Monitoring for Smarter Dispatching Live footage from the cameras is streamed directly to taxi and bus company dispatch centers, enabling remote monitor­ing of congestion at taxi stands without the need for on-site staff. This has streamlined the dispatching process and helped alleviate overcrowding. By gradually shifting from manual patrols to camera-based monitoring, the association has also mitigated labor shortages while achieving significant im­provements in both cost saving and operational efficiency. Benefits Camera footage is also shared with local law enforce­ment. Under a crime prevention agreement with the Urayasu Police Station of the Chiba Prefectural Police, the footage has been utilized for both investigation and deter­rence. The association continues to leverage both new and existing camera systems – not only to ease congestion at taxi and bus stands but also to help maintain a peaceful environ­ment and support the creation of a safer society. Read More

The National Bank of Costa Rica, founded in 1877, is the oldest financial institution in the country. It plays a crucial role in the national economy, pro­viding accessible financial services and supporting Costa Rica’s economic and social development. Its mission ranges from providing financial services accessible to all sectors of the population to actively supporting key initiatives for national growth. Challenges National Bank faced multiple challenges in terms of its electronic security, characterized by multiple iso­lated systems that made it difficult to manage and update. Faced with this situation, and with advances in technolog­ical developments, it was necessary to implement a new integrated, dynamic, robust, scalable solution that would allow updates, covering access control, video surveillance, intrusion alarms and fire detection, to guarantee reliability and adequate support to the institution. During the implementation of the solutions, the team faced considerable challenges. The pandemic and a four-year cumulative demand altered supply and logistics schemes, requiring new protocols from import to installa­tion. A crisis of shortages of key components also impacted the process. Despite these obstacles, the work schedule was maintained. Solution Johnson Controls was selected after a rigorous study that evaluated aspects of the important to the networked sys­tem, such as bandwidth consumption, software efficiency, user interface, and overall system performance. This solu­tion not only proved to be compatible with the institutional needs of National Bank, but also offered the necessary integration between the different security subsystems. National Bank implemented a full range of Johnson Controls products to strengthen its electronic security infra­structure. Among the products used are the complete line of DSC Neo and Pro intrusion systems, the Exacq Enterprise version video servers for advanced video surveillance man­agement, the C•CURE access control system for compre­hensive access management and physical security and the 4100ES series Simplex fire detection panels to ensure early detection and effective response to emergencies. These solutions were selected for their proven ability to integrate and perform, perfectly adapting to the bank’s spe­cific needs in terms of reliability and support. In addition, all security subsystems are integrated under a single man­agement interface, allowing users and security managers to better manage and control each other. The constant review of the process, facing restrictions and crises, and even thus complying with the installation schemes, only reflect the interest of all the parties in carrying out the project. Having a strategic partner such as Johnson Controls has allowed us to develop this migration process Oscar Cascante DelgadoElectronic Security Specialist Engineer, Construction andStandardization Unit of the National Bank of Costa Rica Outcomes The new security scheme has marked a notable improve­ment in the National Bank. Thanks to open communi­cation with customers, the desired results were achieved. “Openness in communicating with customers has been crucial; we make sure their needs are heard and addressed. We are committed to providing technology solutions that continuously improve banking processes in the short, medium and long term,” said Virginia Baez, Regional Sales Manager at Johnson Controls. As an initial aspect, the reuse of existing analogue systems was considered, facilitating their migration to the new platform. In addition, a more advanced system was implemented in this project that includes better video quality and greater video availability. Alarm systems have been optimized, which has significantly reduced the number of false alarms and increased their reliability. Excellent video quality makes it easy to resolve incidents in daily operations without setbacks. In general, the bank’s security scheme has been fully strengthened. Today, the system operates smoothly in terms of video, intrusion and fire alarms. As for aspects related to cybersecurity, the bank has its own policies, led by the IT department. Johnson Controls took on the challenge of complying with these policies, committing itself from prod­uct development to offer a highly reliable and cyber-secure solution for all subsystems. In the future, the National Bank aims to maintain a gradual obsolescence scheme to minimize the impact of future implementations. In addition, it is planned to start the integration of platforms such as C•CURE and strengthen the implementation of fire detection systems to standardize them in all regional offices. It is also sought to bring the access control system to all the venues. Johnson Controls wide range of products and ongoing technical advice have been instrumental in developing specific projects that meet customer requirements. “Johnson Controls automation capability and technological advance­ment have made it possible to offer optimal and customized solutions,making a significant difference in their implemen­tations,” said Fabián Malcmann, General Manager of I.S.S. Integral Security Systems S.A. Thanks to the solutions implemented, the performance of the system has improved considerably today. The plat­form has managed to stabilize itself in terms of failures, with high equipment availability ensuring that information is always accessible for well-informed decision-making. Read More

IXM Peru, part of the global CMOC Group, operates a high-security mineral storage hub in Callao, Peru, a vital transit point where valuable exports are stored for days or weeks before international shipment. As the site scaled operations to serve major mining clients, it needed video technology that could keep up with the pace and pressure of continuous oversight. As operations expanded, IXM Peru quickly outgrew its existing video infra­structure. The company sought a mod­ern solution that could scale with its camera network, ensure uninterrupted recording, and unify multiple devices into a single, dependable system. Most importantly, it had to guarantee 24/7 uptime to track mineral movements from arrival to export, upholding the strict security standards expected by international partners. Challenge: Overcoming system limitations IXM Peru’s existing video monitoring system struggled with increasing demands as the facility expanded its camera network. Recording gaps of up to 90 minutes left blind spots in security coverage, which is an unacceptable risk when dealing with high-value mineral exports. Storage limitations led to lost recordings, with some cameras requir­ing nine months of archival footage. When clients requested video verifica­tion of vehicle movements or mineral handling, the team often couldn’t provide evidence, potentially damaging business relationships and transparency. Solution: Open platform VMS brings stability and scalability IXM Peru upgraded to Mile­stone XProtect Professional Plus running on dedicated Husky NVR servers, bringing together their mix of cameras, including 60 Axis Com­munications cameras into a unified system. FORTREX SAC, a certified Milestone partner, configured the system with tailored storage durations and established a backup infrastructure at IXM’s San Isidro, Peru office. The solution leveraged Milestone’s open platform architecture to ensure seamless integration of all components while providing capacity for future expansion. At IXM Peru, the upgraded video system does far more than capture video data, it delivers actionable oper­ational intelligence. A 24/7 monitoring center in Argentina, operated by securi­ty partner Crome, oversees the facility remotely, generating daily reports on everything from mineral volume levels and access control violations to person­al protective equipment (PPE) compli­ance and safety protocol adherence. Results: Seamless operations enhance security via uninterrupted video Since deploying the Milestone solution in late 2024, IXM Peru has eliminated recording failures and system crashes completely. The facility now maintains continuous monitoring of critical areas, providing full tracea­bility of vehicle movements and miner­al handling operations. The streamlined migration took just 30 minutes without disrupting operations, a stark contrast to the hours previously lost to system out­ages. Staff can now focus on security tasks rather than troubleshooting techni­cal issues, while clients receive prompt video verification when requested. At IXM Peru, the upgraded video system does far more than capture video data, it delivers actionable oper­ational intelligence. A 24/7 monitoring center in Argentina, operated by securi­ty partner Crome, oversees the facility remotely, generating daily reports on everything from mineral volume levels and access control violations to person­al protective equipment (PPE) compli­ance and safety protocol adherence. The platform enhances not only asset protection but also the efficiency of our operations. It helps us track logistics flows, verify proper vehicle entry and unloading, and ensure every step of the process is carried out as expected. Fast, flexible migration sets the stage for future innovation One of the most impressive aspects of the project was the speed and simplicity of the system migration. Unlike typical upgrades, where cam­era-by-camera reconfigurations can cause hours of downtime, IXM Peru’s transition to the Milestone platform was completed in just 30 minutes. Thanks to Milestone’s flexible architecture, critical areas such as laboratories and management offices maintained unin­terrupted video access throughout the process. The main challenge was migrating the entire system and transferring data from 60 cameras without affecting the client’s operations, and we did it in just half an hour. Milestone’s open platform is robust and flexible, allowing for the seamless integration of high-end camer­as such as Axis, ensuring compatibility and efficiency. The upgraded system now supports continuous recording in high-priority zones and motion-triggered capture in less active areas, optimizing both security and storage. Full HD cameras ensure clear, detailed footage, while Milestone’s open platform allowed IXM Peru to preserve their existing camera investments while modernizing their core infrastructure. Read More

Universitas Indonesia, one of the country’s most prestigious universities, is modernizing its campus infrastructure with Hikvision’s access control and smart classroom solutions. These upgrades ensure a safer, smarter and more interactive environment for students, faculty, and staff Smarter and more secure access to the library Universitas Indonesia’s central library faced a persistent issue with unauthorized and uncontrolled access. People from outside the university could enter without being monitored or verified, and it was hard to monitor traffic levels for management purposes. To address this problem, the university worked with IT system integrator Trimitra Data to install a combination of speed gates and facial recognition terminals at the library’s three main entrances. Hikvision’s Ultra Swing Barriers (DS-K3B801BX) can adjust opening and closing speeds based on visitor flow, ensuring smooth transitions and preventing unauthorized entry. They also include safety features such as automatic locking when there’s an obstruction, and emergency unlocking during a fire alarm. For identity verification, the university deployed Hikvision’s Ultra Series Face Recognition Terminals (DS-K1T- 673TDX-T) on the speed gates. These process entries in less than 0.2 seconds with over 99% accuracy. By integrating these terminals with the HikCentral Professional Series software, library staff can manage access permissions remotely while maintaining a detailed log of visitors. According to Sony Pawoko, a library staff member, the benefits were felt immediately. “With this system,” he said, “It is much easier for us to manage people coming in and out of the library. Now, only students, lecturers and guests who have permission can enter and access the facilities at Universitas Indonesia.” Apart from optimized access control and enhanced safety, because the solution tracks visitor flows, it helps administrators adjust library space usage according to peak and off-peak hours. It also helps staff to optimize the way they work, ensuring that they are deployed where and when they’re most needed. Exploring the benefits of smart classrooms In other parts of the university, faculties have begun to replace whiteboards with interactive displays in order to enhance the learning environment for students. Recently, the Faculty of Fiscal Administrative Sciences has constructed a new eco-friendly and smart building and wanted to create a pilot of Hikvision’s smart education solutions in order to explore the impact of digital learning tools. The pilot classroom includes an 86-inch 4K Interactive Display (DS-D5C86RB/B) for dynamic presentations and collaborative learning. It features light protection which filters out over 60% of ultrashort-wave blue light to protect students’ eyes and make long lectures more comfortable to follow. A 22-inch Electronic Class Board (DS-D6122TH-D/C) shows class schedules and announcements, as well as simplifies attendance through facial recognition or ID card scanning. There’s also a 4K lecture-recording camera (DS-2CD7186G0-IZS) and a 32-mic array (DS-UAC-M1P) for high-quality audio-visual capture for hybrid and online learning. An Education and Sharing System (DS-9604LNI-V/B12) manages lecture recording, whilst online learning and conferences are supported with Hikvision’s Classin Software. Together, these smart classroom technologies are already delivering many of the benefits of digital technologies in higher education. The interactive display, for example, allows lecturers to zoom-in on detailed parts of graphs and annotate directly on the screen. This is particularly beneficial for a faculty such as Fiscal Administrative Sciences where complex graphs, regulations, and models feature so heavily. It is also a very dynamic domain, and academics are now benefiting from the ability to use up-to-date, real-world case studies to create hybrid classes which combine lectures with online resources. The smart classroom pilot has also demonstrated the great potential for online learning. The university’s e-learning program, UI MOOCS, currently has over 750 Massive Open Online Courses (MOOCs) and 175 cascade courses. In the future, it could easily be enhanced with the faculty’s new smart classroom technologies. Another advantage of these products is their eco-friendliness which fits in well with the faculty’s environmental plan. Both the Interactive Display and the Electronic Class Board have built-in light sensor modules. These automatically adjust screen brightness based on the surrounding lighting conditions, saving energy without compromising the clarity of the displays. They are also Energy Star certified, meeting the strict guidelines of the Environmental Protection Agency (EPA). By using Hikvision’s solutions, Universitas Indonesia has strengthened security and started a journey of digital education transformation. The success of the library access control system and the smart classroom pilot is an excellent start for campus-wide implementation. Dr. Neni Susilawati, a lecturer at the Faculty of Fiscal Administration Science, said: “We are dedicated to building a modern and innovative educational environment. With Hikvision’s technological support, we are working together to create a better future for education.” Read More

Digital technologies are transforming higher education, giving institutions a competitive edge and shaping the future of learning. Among the emerging innovations, digital twins – virtual replicas of a physical system – stand out, reshaping campus security, operations, and educational experiences. By integrating digital twins with smart cameras and modern classroom technologies, universities are crafting smarter, safer, and more efficient campuses. Sometimes change is a gradual process. At other times, however, a technological innovation can have a profound impact in a short space of time. One of these transformative technologies, which is starting to be introduced into the education sector, is digital twins. A digital twin is, essentially, a detailed model of a campus – including its buildings, classrooms, and infrastructure – created on a computer. Although the full potential of this new technology has yet to be fully realized, digital twins already offer a range of applications that can revolutionize educational environments and outcomes. They are particularly useful in the education sector because schools and universities typically generate significant amounts of operational data such as student course enrollments, classroom bookings and more. In principle, this can provide valuable insights for administrators, educators, and learners. Without digital twin technology, however, these institutions face substantial hurdles to achieve this. Traditional campus management methods, after all, rely on outdated cameras and separate systems. As result, they are often inadequate and costly, particularly for growing universities with dozens of classrooms. In addition, access control systems that depend on isolated card readers tend to complicate security processes. Conventional classrooms with basic whiteboards and low-resolution projectors, meanwhile, fail to engage students and burden educators. These inefficient and disconnected systems no longer meet the demands of a modern, large-scale campus. It is here that digital twin technology can make such a significant difference. The benefits of applying digital twins to educational institutions Digital twins bridge the physical and digital environments in order to improve instructional services, settings, and procedures. Here are several key benefits: ● Digital twins enhance learning environments Digital twins enable real-time monitoring and analysis of physical spaces. Administrators can optimize classroom layouts, equipment, and workflows to provide a seamless learning experience from the moment students enter the campus to when they leave. Students benefit from smarter, tech-enabled environments, fostering engagement and efficiency. ● Digital twins streamline operations Digital twins can integrate various management systems, improving data accuracy and operational visibility, which in turn enhances educational service delivery. This integration provides a holistic view of campus operations, allowing administrators to monitor and manage multiple aspects of the campus – such as security, maintenance, and resource allocation – from a centralized platform. By streamlining these processes, digital twins reduce operational inefficiencies and lower costs. ● Digital twins promote sustainability Digital twins support environmental responsibility by monitoring resource usage such as energy and water. Universities can use insights to reduce their ecological footprint to, for instance, identify inefficiencies in lighting or HVAC systems and reallocating physical resources to avoid waste. In practice: Digital twins at Qassim University Qassim University in Saudi Arabia is a prime example of how digital twin technology can transform a campus. Partnering with Hikvision, the university developed an augmented reality (AR) digital twin ecosystem covering all 30 buildings. This ecosystem features a detailed 3D model with over 6,000 smart cameras, all managed through the HikCentral Professional platform. With an intuitive, centralized dashboard, administrators can easily monitor indoor layouts and structures, enabling a safer environment for everyone on campus. In smart classrooms, 86-inch 4K Interactive Displays elevate digital content display and teaching, while 22- inch Electronic Class Boards provide real-time updates on schedules, notices, and attendance. Facial recognition streamlines student check-ins and improves attendance management. An advanced access control system was implemented for vehicles, students, staff, and visitors, enhancing campus security and operational efficiency. The system uses Face Access Terminals to verify identities in just 0.2 seconds, ensuring safety without delays. The impact of digital transformation This ongoing digital transformation addresses Qassim University’s current challenges and positions it at the forefront of educational technology. It also underlines the broad benefits of digital twin ecosystems, being, as it is, an excellent example of how a well-implemented digital twin ecosystem can not only streamline operations but also position a university as a leading data-driven institution. Educators have benefited from improved scheduling and attendance management systems, allowing them to focus more on student interaction and teaching quality, providing education across boundaries. Tech-advanced classrooms promote active learning and provide students with a more streamlined campus experience. For administrators, centralized platforms simplify complex operations, improving efficiency across key areas such as dining, dormitories, and campus communications. Looking ahead, Qassim University plans to scale its smart classrooms and access control systems, continuing its journey toward a fully future-ready campus. The digital twin ecosystem offers universities a roadmap to smarter operations and superior educational outcomes. From reducing operational costs to enriching learning experiences, the possibilities are immense. If you are interested in learning more about the collaboration between Qassim University and Hikvision. Read More

On the sunlit day of its grand inauguration, the New Pamban Railway Bridge stood as more than just an engineering marvel It became a symbol of progress, resilience, and national pride. Spanning the vast seascape between Mandapam and Rameswaram, this 2-kilometer- long vertical-lift bridge marks India’s first of its kind, an emblem of technological advancement and infrastructural excellence. Inaugurated by the Hon’ble Prime Minister Narendra Modi, the New Pamban Railway Bridge is not only designed to enhance railway connectivity to Rameswaram Island but also poised to fortify tourism, pilgrimage, and economic growth in the region. But beyond its physical grandeur lies a silent guardian – a meticulously designed, AI-powered surveillance network that is powered by the advanced STQC-certified technology by CP PLUS, ensuring that the beating heart of this structure is safeguarded every second of the day. Bridging the gap between technology and security To secure a bridge of such national importance, constantly exposed to harsh marine weather, vast open spans, and operational challenges, required more than conventional surveillance. The task demanded a robust, intelligent, and indigenized solution built with the future in mind. CP PLUS rose to this challenge, delivering a holistic security framework that combines: ● Advanced PTZ and network bullet cameras. ● AI video analytics. ● STQC-certified Made-in-Bharat technology. ● Resilience in remote connectivity scenarios. This deployment not only demonstrates CP PLUS’ technological prowess but also reinforces its commitment to securing India’s critical infrastructures, even in the remotest of geographies. A bridge of many firsts and the security to match The new Pamban Bridge is India’s first vertical-lift railway bridge, allowing ships to pass underneath by lifting its central section vertically. Designed to endure high wind speeds and corrosive sea air, the bridge features modern steel structures and advanced rail systems. Securing this high-mobility, high-traffic, and high-value asset involved facing a range of challenges: ● Environmental extremes: From salt-laden air to gusting coastal winds and humidity. ● Remote infrastructure: Minimal ground support, requiring remote-access control and real-time situational awareness. ● Security threats: As a strategic asset, the bridge is vulnerable to both natural and manmade threats. ● Round-the-clock surveillance needs: Uninterrupted visibility, even during night, low-visibility weather, or emergency situations. CP PLUS’ AI-powered surveillance solutions were tailored to these very challenges, bringing innovation where the land meets the sea. On the sunlit day of its grand inauguration, the New Pamban Railway Bridge stood as more than just an engineering marvel It became a symbol of progress, resilience, and national pride. Spanning the vast seascape between Mandapam and Rameswaram, this 2-kilometer-long vertical-lift bridge marks India’s first of its kind, an emblem of technological advancement and infrastructural excellence The solution: Smart surveillance, seamlessly integrated At the core of this deployment lies a high-performance network of STQC-certified PTZ (Pan-Tilt-Zoom) cameras and network bullet cameras, strategically installed across the 2.07 km stretch. These aren’t just cameras; they are intelligent sentinels with built-in analytics, capable of detecting, recording, and alerting in real-time. Key features of the surveillance network: PTZ cameras with long-range clarity: CP PLUS’ next-gen PTZ cameras, equipped with high optical zoom and 360-degree rotation, offer wide area coverage and detailed imagery, critical for monitoring the long stretch of the bridge and the surrounding marine zones. Network bullet cameras for perimeter protection: Designed with rugged enclosures, these cameras offer fixed-angle high-resolution views, enabling constant visual coverage of specific zones, like the vertical-lift mechanism and joint structures. STQC certification: The system proudly carries the STQC (Standardisation Testing and Quality Certification) mark, ensuring it meets stringent government-approved security and performance standards, essential for national critical infrastructure. Remote access and real-time monitoring: With CP PLUS’ advanced Video Management Software, live footage and alerts can be accessed from distant control rooms. This is vital, especially when physical access to the bridge is limited or delayed. Resilience to power & network disruptions: The surveillance system is supported by UPS and redundant networking protocols, ensuring consistent uptime and data integrity in the face of unpredictable conditions. But beyond its physical grandeur lies a silent guardian – a meticulously designed, AI-powered surveillance network that is powered by the advanced STQC-certified technology by CP PLUS, ensuring that the beating heart of this structure is safeguarded every second of the day Made-in-Bharat: A testament to Atmanirbhar security solutions Perhaps the most defining aspect of this deployment is its deep-rooted Indian identity. CP PLUS takes immense pride in delivering Made-in-Bharat technologies – designed, developed, and manufactured on Indian soil. The Pamban Bridge project is a shining example of India’s transition from technology importers to innovators. These indigenous technologies are not only cost-efficient but also optimized for Indian conditions, be it geography, regulation, or security threats. Moreover, with STQC certifications, these align seamlessly with government procurement norms, setting benchmarks in trust and reliability. Impact: Safety delivered to the edge of the Nation The successful deployment of CP PLUS’ surveillance systems on the New Pamban Bridge goes beyond technology. It’s about nation-building and ensuring safety at the furthest frontiers of our transport network. Key benefits realized: Real-time threat detection: Authorities can now respond proactively to any anomaly, reducing the risk of sabotage, trespassing, or accidents. Visual evidence for operations & maintenance: Video feeds assist railway and civil engineers in tracking structural behavior and maintenance needs. Reduced manpower dependence: Automated surveillance reduces the need for manual patrols on a challenging terrain. Enhanced public confidence: Passengers and stakeholders gain trust in the security and reliability of the infrastructure. A national milestone secured As trains begin to glide over the shimmering blue waters on the New Pamban Bridge, they are not just crossing a structure of steel, but they are crossing into a new era of smart infrastructure, backed by smart security. CP PLUS’ contribution to this national landmark cements its role as a guardian of India’s most ambitious projects. With every lens watching over the waves, every alert that echoes in the control rooms, and every frame recorded for accountability, CP PLUS reaffirms its mission to deliver safety, even in the remotest corners of…

With new life-saving drugs being created every day, the pharmaceutical industry is directly involved in saving human lives across the world. With how important the work of this sector is, it becomes more important to leverage physical access control for the pharmaceutical sector . This helps protect intellectual property and physical as well as human assets. The top concerns about security in pharmaceutical industries include the safety of materials in the company warehouse and the security of confidential information. These losses can lead to issues inclusive of drug counterfeiting, brand damage, and many more that affect the company as a whole. Access Control & Pharmaceutical Companies With risks that it faces internally as well as externally, these companies need to strengthen their less secure areas. Healthcare data, research details, company secrets, manufactured end-products – there is a requirement for special access provisions to control the flow from places containing these important elements. There are rapid changes happening in security needs, especially physical access control for pharmaceutical companies and the changing nature of security breaches. The major pain to solve here is to remove inefficient access control solutions for the pharmaceutical sector. Fighting a war with badly equipped weaponry leads to sure defeats. This brings us to the conclusion that a well-built access control system is the need of the hour for pharmaceutical companies to fight security issues. But, there is another dimension to access control systems for these companies beyond security reasons. The need for Access Control beyond Security The answer to that thought is a big YES! While elements pertaining to security are to be controlled, it is equally important for pharma companies to maintain the environment within their production units, research divisions, and packaging units. All through the processes involved in these units, there is a high requirement for the environmental conditions to be controlled as per the need. This is because environmental factors such as humidity, temperature, allowable particle size, and more have a degrading effect on product quality, shelf-life, and more such properties. This affects the quality of the drug or the raw materials needed to make the drug. Beyond these concerns, sanitation and hygiene are equally important aspects needed for the smooth functioning of such facilities. While devices can help maintain the environment within the facilities, there are high chances of contamination occurring at the entry and exit points. If not checked, this can further lead to the spread of contamination across the facilities and hence needs to be curbed right away. This is where the Access Control Solution comes into the picture. Different solutions provide different answers to this key problem within the pharmaceutical industry. Let us understand how access control solutions solve this trouble. Leveraging Access Control for Controlled Traffic The only way to control traffic is to control the door that allows entry or exit from that area. For all access, the opening of the door is to be set in such a way that it opens only on certain conditions. Failure to match these conditions will cause the door to stay closed and in turn, protect it from any harmful elements, especially in environmentally sensitive areas. Full Control over the door can be achieved using a dedicated door interlock in conjunction with door sense or similar devices. It can also be achieved using a normal access door controller with advanced access features. The method of ensuring control over a particular space with two doors in tandem is called Door Interlocking. It goes by many other names such as Airlock, Mantrap, or Tiger Trap. Basic Functioning The Door Interlocking establishes a closed environment by controlling two or more doors that enclose a singular space. As a part of access control, it incorporates a trapped environment for anyone before they enter or exit a secure space, especially a space with high demands of environmental conditions. In the simplest form, similar to an airlock, this framework for door interlocking is made of two doors connected through electronic means. The framework is created to not allow the opening of one door if the other door is open. The benefits also become more apparent with the introduction of contactless credentials. Beyond conventional biometric access control, contactless credentials such as Face Recognition and Mobile Credentials bring in a higher amount of hygiene control. With such features, the man trap feature brings in true contactless access within your environment-controlled units. Benefits of Door Interlocking Functionally, door interlocking helps maintain certain environmental standards for their exclusive unit needs. This is true, especially in manufacturing and R&D units. The benefits that accompany this feature are listed below: ● Reduction in contamination despite high-volume traffic ● Reduction in overall Manpower and maintenance cost ● Reduction in overall contamination including those of micro-biological and particulate nature Prevention of unauthorized as well as multiple entries Matrix Access Control Solution for Pharmaceutical Companies brings greater control over security within their facilities. Especially with its advanced access features, you can leverage the same access architecture. This helps to control entry and exit points throughout your important units requiring delicate environment control without additional devices. With decades of experience in the world market, Matrix leverages its active insight into the security needs of your organization. Read More

Municipality-led initiative enhances law enforcement capabilities to speed up crime investigations Genetec Inc., the global player in enterprise physical security software, recently announced that it has been selected by the City of Brampton in Ontario to support a new public safety initiative. Genetec solutions will be used to help Brampton provide regional law enforcement agencies with critical data to expedite crime investigations and improve community safety. City of Brampton Selects Genetec Solutions to Enhance Public Safety and Combat Vehicle Theft Municipality-led initiative enhances law enforcement capabilities to speed up crime investigations As the first project of its kind in Canada, Brampton’s project will see the deployment of 200 Genetec AutoVu™ SharpV License Plate Recognition (LPR) cameras at major intersections. These cameras will not be used for issuing speeding tickets; instead, they will function exclusively as an investigative tool to support Peel Regional Police in solving crimes and monitoring vehicle-related incidents. By capturing key vehicle details – such as license plate numbers, make, colour, and type – they will assist law enforcement in investigating offenses and enhancing public safety. Data from AutoVu SharpV and 360-degree street cameras from Axis Communications will be managed through Genetec™ Security Center. The platform will enable investigators to correlate vehicle information with corresponding video footage to enhance situational awareness and enable faster incident response. In the event of a reported incident, the City of Brampton will be able to quickly and securely share video evidence and ALPR data with law enforcement using the Genetec Clearance digital evidence management system. This will help expedite investigations by ensuring critical evidence is readily accessible when needed. Security and data privacy remain paramount with this initiative, and the system will operate in full compliance with municipal, provincial, and federal privacy laws. All captured information will be securely managed and used solely for law enforcement investigations. Only authorized personnel will have access to the data, with all user activities and case-related actions being logged to maintain the integrity of the chain of custody. “Peel Regional Police is committed to utilizing new innovations and technologies to better support the critical work of our officers and enhance public safety. This welcomed investment by the City of Brampton will provide our service with increased access to data, improving our ability to investigate and respond to traffic-related crimes and safety concerns. By working together, we will continue to strengthen our efforts in keeping our communities safe,” said Deputy Chief Anthony Odoardi, Peel Regional Police. “Too many victims and families have suffered heartbreak at the hands of criminals and enough is enough. Residents made it clear through the 2025 budget process that they want to see action from the City to address community safety, and we are delivering. By investing in cutting-edge technology, we are giving law enforcement the tools they need to track down offenders and hold them accountable. This is a major expansion of police investigative tools making Brampton the worst place in Canada to commit a crime. It is a game changer in protecting our community and sends a message to criminals that if you commit a crime in Brampton, you will be caught,” said Patrick Brown, Mayor, City of Brampton. “The City of Brampton is demonstrating exceptional leadership in using technology to enhance public safety in a responsible and effective way,” said Alain Bissada, Area Vice President – North America at Genetec Inc, “The deployment of our license plate recognition cameras, alongside our video surveillance and digital evidence management solutions, will provide law enforcement with high-quality, real-time data to support their investigations while ensuring that privacy remains a top priority.” About Genetec Genetec Inc. is a global technology company that has been transforming the physical security industry for over 25 years. The company’s portfolio of solutions enables enterprises, governments, and communities around the world to secure people and assets while improving operational efficiency and respecting individual privacy. Genetec delivers the world’s leading products for video management, access control, and ALPR, all built on an open architecture and designed with cybersecurity at their core. The company’s portfolio also includes intrusion detection, intercom, and digital evidence management solutions. Headquartered in Montreal, Canada, Genetec serves its 42,500+ customers via an extensive network of accredited channel partners and consultants in over 159 countries. Read More

Cutting-edge AI solutions for intelligent traffic systems (ITS) and enhanced road safety Hanwha Vision, a global Player in video surveillance and security solutions, unveils its Traffic AI Pack – AIA-C01TRF, a cutting-edge solution designed to transform traffic monitoring and management by empowering operators with sophisticated detection capabilities to enhance road safety, optimise traffic flow, and improve overall efficiency. Available with selected Hanwha Vision’s P series AI cameras, the solution can detect, classify, and track vehicles in real-time. By identifying various vehicle types – cars, trucks, buses, motorcycles, and bicycles – the AI pack provides traffic operators with crucial road usage and traffic flow data to inform transport planning and decision-making. Instant alerts for wrong-way driving and illegal U-turns enable authorities to respond promptly to reduce the risk of incidents. The AI pack can also detect and alert to stopped vehicles, mitigating the risk of further accidents and enhancing overall road safety. Pedestrian detection ensures safety at crossings with instant alerts sent for unexpected people in the road and possible vehicle/ person collisions. The solution offers advanced features for comprehensive traffic management such as vehicle queue analysis and multi-lane counting by vehicle type. This allows operators to efficiently monitor intersections and analyse movement patterns to improve traffic flow. Vehicle queuing data and traffic counts can inform proactive actions including opening additional lanes, redirecting traffic, or altering signal timing. In addition, the system detects vehicle speed, of up to 25mph/ 40kph, and monitors traffic density with users able to set thresholds for specific areas, issuing alerts when congestion or delays occur. Complementing its detection capabilities, the AI pack includes data visualisation for vehicle counting and heatmaps, to represent high-traffic zones and peak times. This provides traffic operators with actionable insights for optimising urban planning and road management. John Lutz Boorman, Head of Product and Marketing at Hanwha Vision Europe, said, “The pack stands out as a comprehensive traffic solution that ensures smoother and safer roads for all. By seamlessly integrating features such as vehicle and pedestrian counting, stopped vehicle detection, and traffic jam monitoring, operators are empowered with the insights they need for proactive management and rapid responses.” Key features of the Hanwha Vision Traffic AI Pack include: ● Detect and classify vehicles (car, truck, bus, motorcycle, bicycle). ● Wrong-way vehicle and illegal U-turn detection. ● Vehicle speed detection (25mph/ 40kph). ● Traffic jam and stopped vehicle detection. ● Pedestrian detection. ● Vehicle counting. ● Vehicle turning movement counts. ● Vehicle queue analysis. ● Vehicle detection heatmap. Read More