Fiber Optics

ADT Inc., the most trusted brand in smart home and small business security, announced that it has entered into a definitive agreement to sell its commercial security, fire and life safety business unit to GTCR, a pioneering private equity firm, for a purchase price of $1.6 billion, subject to customary purchase price adjustments. Proceeds from the sale, which is expected to close in the fourth quarter of 2023, will be used to reduce debt by $1.5 billion, with cash interest savings expected to offset the impact of divesting the commercial business. Strategic rationale The transaction supports ADT’s journey to be the premier provider of smart home and residential solar solutions by leveraging strategic differentiators: innovative offerings, unrivalled safety and premium customer experiences. With a stronger financial profile, ADT will be better positioned to prioritise investments that believe will drive profitable, capital-efficient revenue growth for the long term. At the close of the transaction, the company plans to use the net proceeds from the transaction for debt reduction, resulting in a meaningfully lower leverage profile, improved margins and strong free cash flow generation. Financial impacts Represents an attractive EV/Commercial Adjusted EBITDA multiple of approximately 11.2× including the estimated allocation of corporate costs. Estimated cash interest savings from debt paydown approximately offset the impact of divesting the commercial business. Upon completion of the sale, ADT plans to use the net after-tax cash proceeds of approximately $1.5 billion for significant debt reduction, accelerating long-term leverage goals and improving the leverage ratio from the current level of 3.7 down to 3.3. ADT’s capital allocation priorities remain unchanged; the company does not plan to change its quarterly dividend. Author's quote The decision to divest ADT’s commercial business is a value-enhancing transaction" Jim DeVries, ADT President and CEO, said, “The decision to divest ADT’s commercial business is a value-enhancing transaction that focuses our portfolio on growth opportunities in our consumer markets. The sale enables ADT to monetise the commercial business at an attractive valuation and accelerate our debt reduction goals." He adds, "With greater financial flexibility, we will be better positioned to grow through our strategic differentiators and innovative offerings, including our partnerships with Google and State Farm. We will continue our journey to be the premier provider of safe, smart and sustainable solutions that meet the evolved definition of what safety means to consumers today.” Partnership with ADT team DeVries continued, “This transaction is mutually beneficial for ADT and ADT Commercial, which will benefit from GTCR’s support and expertise, positioning the business to continue providing best-in-class solutions and services to its customers. We thank the entire ADT Commercial team for their hard work and look forward to seeing them grow.” We thank the entire ADT Commercial team for their hard work and look forward to seeing them grow" “ADT Commercial has established itself as an innovative provider in providing the critical safety services that businesses need to protect their day-to-day functionality,” said David Donnini, Managing Director and Head of Business and Consumer Services at GTCR. “We are very proud to once again partner with the leadership team of ADT Commercial to continue to invest in the platform and deliver the solutions its customers have come to expect. ADT has done a tremendous job in further developing this segment in recent years and we are excited to help drive the business forward in its next chapter of growth.” Transaction details Upon closing of the transaction, ADT expects to receive approximately $1.5 billion in net proceeds, subject to final tax calculations and purchase price adjustments. ADT plans to use the net after-tax cash proceeds of the transaction to reduce debt. As adjusted for the transaction, ADT expects its net leverage ratio to be 3.3, down from 3.7, currently. The transaction has been approved by the Company’s Board of Directors and is expected to close in the fourth quarter of 2023, subject to customary closing conditions, including regulatory approvals.

Mr. Ganesh Jivani, CEO of Matrix Comsec, was conferred with the 'Industry Stalwart' Award at the GESIA's sixth edition of the annually held Digital Management Conclave held on 5th August 2023 at Hyatt Place, Vadodara.  This award has been instituted to recognise and felicitate stalwarts who adopted ICT in their businesses as an intrinsic part of their growth and their contribution to the IT industry. Telecom and physical security On winning this prestigious award, Ganesh Jivani, Chief Executive of Matrix said, “It is indeed an honour to win this prestigious award and I thank GESIA for this recognition. Matrix is at the forefront of the revolution in the ICT industry and plays two roles. Matrix’s first role is of a driver: to design and offer world-class ICT solutions to its customers, particularly in the telecom and physical security domains." ICT infrastructure investment He adds, "The second role is of a consumer-user of ICT products. Matrix invests in the best and the latest ICT infrastructure including computing, storage, Cloud, networking, telecom, security, R&D equipment and software systems, and business applications such as ERP, HRMS, CRM, etc." Ganesh Jivani continues, "This recognition is a validation of Matrix's innovation and engineering capabilities and will go a long way in motivating us towards building world-class solutions."

Fiber Sensys, part of the OPTEX group, has launched EchoPoint™ Distributed Acoustic Sensors (DAS) for advanced intrusion detection across the highest security sites. The latest evolution in fibre optic sensing technology, the new EchoPoint™ series utilises intelligent detection algorithms to provide point detection of +/- 6m in a range of up to 100km. This highly accurate and reliable detection make the sensors ideal for large perimeters and high security sites, such as airports, logistic centres, railways, critical infrastructure and to protect data conduits and pipelines, where being able to locate and identify the precise point of intrusion is critical. EchoPoint™ Distributed Acoustic Sensors (DAS) The sensors are able to distinguish between common causes of false and nuisance alarms Thanks to its highly advanced pattern-recognition classification algorithm, the sensors are able to distinguish between common causes of false and nuisance alarms, such as wildlife and environmental conditions, and genuine intrusion attempts. The system is also immune to electromagnetic interference (EMI), radio frequency interference (RFI) and lightning providing a reliable and safe solution. Flexibility and versatility of the EchoPoint™ series The flexibility and versatility of the EchoPoint™ series is such that they can be operated across multiple applications – installed on fences, buried or in a hybrid layout. When mounted on a fence, the sensors can identify someone cutting the fence or attempting to climb it. When buried, the system can differentiate between footsteps, manual and machine digging and vehicle movements. EchoPoint™ series features intelligent software zoning To meet the individual needs of every site, the EchoPoint™ series features intelligent software zoning. This means different detection zones can be configured, with the ability to independently adjust the sensitivity and output within each zone, helping to provide maximum capture rates and minimise nuisance alarms. The new EchoPoint™ series has been developed to provide extremely advanced intrusion detection Masaya Kida, Managing Director of OPTEX EMEA, says the new EchoPoint™ series has been developed to provide extremely advanced intrusion detection: “By utilising the latest fibre optic sensing technology and highly intelligent classification algorithms, the new EchoPoint™ series is ideally suited to protect large sites where pinpoint intrusion location and detection is required to protect people, assets and infrastructure, and maintain business operations.” Sensors provide cut tolerance in a loop configuration When installed in a loop configuration, the sensors provide cut tolerance, so even if a sensor is cut or disconnected, the system will continue to operate. It can also feature dual redundancy, so that in the unlikely event of a processor failure, the second processor will automatically take over to ensure the wider security system is maintained and remains operational. With an average lifespan of 20 years, EchoPoint™ DAS provide a cost effective and future proof sensing solution.

Detection Technology, a global pioneer in x-ray detector solutions, announced that it has entered a research consortium to develop x-ray detector solutions for a novel dental and head imaging method. The consortium aims to develop a mobile cone-beam computed tomography (CBCT) concept, which will feature distributed computing and diagnostics. The concept will utilise advanced x-ray detectors, artificial intelligence (AI) and edge-cloud computing. Main research goal Detection Technology will examine the suitability of CMOS and IGZO detector technologies The main research goal of the three-year project, named TOMOHEAD, is to improve the image quality of the CBCT radiographic imaging method and to increase its calculation efficiency. For enhanced end-user and patient experience, CBCT was selected as it enables small, light-weight, and cost-effective x-ray imaging systems, which come with good spatial resolution and low radiation doses. In the first phase, Detection Technology will examine the suitability of complementary metal oxide semiconductor (CMOS) and indium gallium zinc oxide (IGZO) detector technologies for the target imaging application. The research scope will also include advanced development of photo-counting detectors, and algorithms and software. Academic project partners The project is carried out under the leadership of Professor Miika Nieminen from the Research Unit of Health Sciences and Technology, University of Oulu. Corporate parties receiving funding through the project are Planmeca and Detection Technology Academic project partners include Assistant Professor Erkki Harjula from the University of Oulu Centre for Wireless Communications whose group focusses on the wireless system-level architectures for future healthcare, and the research group of Samuli Siltanen, Professor of Industrial Mathematics at the University of Helsinki, which is part of the Centre of Excellence of Inverse Modelling and Imaging. Share of funding The project is funded by Business Finland. The total budget for the project is approximately EUR 5.4 million. The share of public funding in the budget is roughly EUR 3 million, of which Business Finland will provide EUR 2.6 million for the consortium. The corporate parties receiving funding through the project are Planmeca and Detection Technology. The project also includes Nvidia Corp, MVision AI, Disior, Techila Technologies, as well as Pohde as in-kind partners. The project is part of the Nokia Competitive Edge programme.

Nexperia, the pioneer in essential semiconductors, has introduced the PMCB60XN and PMCB60XNE 30V N-channel small-signal trench MOSFETs, with RDS(on) in the ultra-compact wafer-level DSN1006 package, to make energy go further where space is tight and battery runtime is critical. Minimise energy losses and increase efficiency Ideal for highly miniaturised electronics like smartphones, smart watches, hearing aids, and earphones, the new MOSFETs support the trend toward greater intelligence and richer functionality that raise system power demand. With RDS(on) up to 25% better than competing devices, they minimise energy losses and increase efficiency in load switching and battery management. Their superior performance also reduces self-heating thereby enhancing user comfort in wearable devices. Lower resistance  PMCB60XN and PMCB60XNE have maximum RDS(on) of 50mΩ and 55mΩ respectively Specifically, the PMCB60XN and PMCB60XNE have maximum RDS(on) of 50mΩ and 55mΩ respectively, at VGS = 4.5V. This gives them the lowest on-resistance per die area among similar 30V MOSFETs in the market. In addition, the PMCB60XNE comes with ESD protection rated to 2kV (human body model – HBM) integrated into the tiny 1.0mm × 0.6mm × 0.2mm DSN1006 outline. Both MOSFETs are rated for drain current up to 4A. Efficiency In addition to these two MOSFETs in DSN1006, Nexperia has also introduced the PMCA14UN, a 12V, N-channel trench MOSFET in a DSN1010 package. With max RDS(on) of 16mΩ at VGS = 4.5 V, the PMCA14UN delivers efficiency in the 0.96mm × 0.96mm × 0.24mm (SOT8007) outline. The 30V PMCB60XN and PMCB60XNE, and 12V PMCA14UN, are in production now and available from Nexperia. 

Cadence Design Systems, Inc. and Tower Semiconductor, the foundry of high-value analog semiconductor solutions announced a collaboration to advance automotive and mobile IC development. Through the collaboration, the companies are developing a new, comprehensive automotive reference design flow using the Cadence® Virtuoso® Design Platform and Spectre® Simulation Platform to provide customers with a faster design cycle, maintaining comprehensive design verification for advanced automotive IC product development. Faster ISO 26262 certification The unique design challenges and analysis characteristics of automotive ICs require a carefully crafted combination of technologies and methodologies to satisfy the demanding ISO 26262 specification. By working to combine Cadence and Tower technologies, mutual customers can meet automotive design goals and achieve a faster path to ISO 26262 certification. Automotive reference flow Automotive reference flow focuses on enabling customers to develop critical automotive ICs using an all-Cadence toolset" “Cadence and Tower have successfully collaborated for many years, delivering solutions for RF and silicon photonics, which help our mutual customers develop advanced offerings,” said Dr. Anirudh Devgan, President and CEO of Cadence. He adds, “The mutual work we’re doing on the automotive reference flow focuses on enabling customers to develop critical automotive ICs, leveraging an integrated workflow using an all-Cadence toolset and a Tower reference design to develop compelling products faster.” High-performance ICs “Our long-term partnership and collaboration with Cadence have enabled us to continuously provide our customers with leading-edge design tools that allow the development of innovative analog ICs that have been co-optimised with the package they reside in,” said Russell Ellwanger, Tower Semiconductor's CEO. He adds, “This new reference flow provides our customers with a functional toolset for the development and manufacturing of high-performance ICs meeting the high quality and reliability demands of the automotive market and is another testament to our strong commitment to delivering advanced technology solutions that proficiently address our customers’ current and future needs.” Advanced analogue technology platforms Tower Semiconductor offers a broad range of advanced analogue technology platforms addressing the automotive market. These include image sensors, RF, and SiPho for ADAS systems, mixed-signal and advanced analogue for multiple application-specific ICs, and power management platforms enabling battery management systems, motor drivers, onboard chargers, and power converters for the fast-growing EV market. Automotive offering The new reference flow further solidifies the Company’s comprehensive automotive offering. The Cadence and Tower collaboration supports automotive SoC design and the broader Cadence Intelligent System Design™ strategy, which enables customers to achieve SoC design excellence. 

In my coverage of China Tariffs impacting the security industry over four recent articles, products on the tariff schedules routinely integrated into security solutions included burglar and fire alarm control and transmission panels, video surveillance lenses, HDTV cameras used for broadcast use cases and fiber optic media converters. The general ‘callout’ of ADP (Automatic Data Processing) devices and peripherals technically includes servers, workstations and microcomputers, all of which are commonly used to support security solutions. The underperformance, from June 15 to August 24, of U.S. stocks with high revenue-exposure to China, and that of Chinese stocks with high revenue-exposure to the United States was significant and almost identical at 3.2%, significant losses to some investors already involved in security industry M&A activity. Significant public safety Facial Recognition (FR) vendors leveraging AI expanded their market focus to retail and public safety While it was not apparent that practitioners’ security program budgets kept pace with the growth of the more popular solution providers like video surveillance and cyber security, the ICT industries supporting the security economy continued to expand, especially in wireless and wired infrastructure, including preparations for 5G wireless rollouts. These omnipresent technologies drove significant public safety, smart city and public venue projects in 2018. Facial Recognition (FR) vendors leveraging AI expanded their market focus to retail and public safety. In 2018, virtually every public presentation, webinar and published Q&A on social media monitoring and facial recognition technologies I worked on, involved significant pushback from privacy advocates, almost to the point of alarmism. Massive risk reduction Several solution providers in these areas have made significant strides on data protection, accuracy, powered by AI and documented crime reduction cases; however, this real news is quickly shadowed by privacy advocates, seemingly ignoring massive risk reduction, especially in the case of active assailants and gang-related crime. Will FR become mainstream? The cautious security industry may take a cue from the maverick retail industry, sports venue and VIP verification solution providers that grew in 2018. 2019 trends: presupposition or repudiation; winners and losers. Chinese tariffs have had a huge impact on the security industry, which can be seen from changes to U.S and Chinese stocks  Although technology adoption forecasting is inexact, there are definitive opportunities in the security industry born on necessity. With the widespread problem of false alarm transmission and inability for first responders to ‘be everywhere,’ developers of solutions that provide automated verification and alternative security incident detection are expected to become mainstream. Promising detection systems The use of AI, NLP, LiDAR, UAS (Unmanned Aerial Vehicles aka drones) with surveillance and thermal imaging will grow, mostly due to higher acceptance in other industries like autonomous vehicles, rail safety, terrain and post devastation mapping/rescue. However, legacy ‘listing’ or certification organisations will be forced to make an important decision for their own survival: work toward integrating these promising detection systems into acceptance by insurance, licensing and standards development organisations. 2019’s ‘true’ Industrial Philanthropists will be needed to fund early warning tech for firefighters and the presence of active assailants 2019’s ‘true’ industrial philanthropists will be needed to fund early warning tech for firefighters and the presence of active assailants. For these use cases, 5G infrastructure rollouts, FR acceptance, lower cost perimeter detection and long range object and fire recognition by LiDAR and Thermal imaging will all be watched closely by investors. Should public agencies and philanthropical solution providers in the security industry cross paths, we may just yet see a successful, lifesaving impact. Cyber risk profile The ‘Digital twin’ refers to a digital replica of physical assets (physical twin), processes, people, places, systems and devices that can be used for various purposes. Your ‘Security Digital Twin’ has a similar physical and cyber risk profile, either through common threats, similar assets or both. Good news: managing your risk, protecting assets and securing your facilities in 2019 will get easier as security digital twin profiles will grow in maturity, while keeping their data sources private. This will be accelerated by the maturity of AI-based, auto-generated visualisations and image recognition, that happens to also drive the FR solutions. The 5G wireless infrastructure market is emerging as far more of a quantum leap in connectivity, like ‘wireless fiber optics’ performance, than an upgrade to 4G LTE. The 5G infrastructure market will be worth $2.86 billion by 2020 and $33.72 billion by 2026, growing at a compound annual growth rate (CAGR) of 50.9%. Intelligent applications The explosion of ingested voice, video, and meta-data, the interconnectivity of devices, people and places, and the integration of intelligent applications into expanding ecosystems all require faster communications. To be more accurate, 5G rollouts will accelerate in 2019; however, current project funding will include and be impacted by future enterprise security connectivity: 5G and FWA (Fixed Wireless Access). 5G rollouts will accelerate in 2019; however, current project funding will include and be impacted by future enterprise security connectivity Quite simply put, larger solution providers are gently coaxing practitioners into seemingly ‘open systems;’ the negative discovery during an M&A process, audit or integration with a smart city’s public/private partnerships will continue to be revealed, and related industries will force reform. Autonomous things will be enabled by AI and image recognition. With few affordable rollouts of security robots and outdoor unmanned ground vehicles (UGV) that leveraged platforms popular with research and even NASA, the autonomous security robot was mostly MIA from a security practitioner’s program in 2018. Perimeter intrusion detection One platform was even accused of intimidating homeless people in a public place, at a major city. Industries mutually beneficial are often unaware of each other; this will change gradually: one major domestic airport is currently evaluating a UGV platform performing perimeter intrusion detection, runway weather conditions and potential aircraft taxiing dangers. The platform is being used largely in transportation research, yet offers significant opportunities to the security industry. Research firm Gartner estimates that 70% of today’s technology products and services can be enhanced with ‘multi-experience’-based VR/AR/MR The ‘immersive experience’ of virtually any security or threat detection is a twist on virtual/augmented/mixed reality (VR/AR/MR) with additional sensory features. Although VR/AR/MR is well underway in other industries, there are several companies with solutions like VR-based active assailant training that could provide a fighting chance for practitioners, employees, visitors, faculty and children. Research firm Gartner estimates that 70% of today’s technology products and services can be enhanced with ‘multi-experience’-based VR/AR/MR. Security ecosystem members Not necessarily MIA, but of special mention is the need of security and safety practitioners to prioritise communications systems over ‘nice to have’ expansive video surveillance systems for mass casualty threats. This will eventually improve with 5G for Enterprise solution rollouts. At the past GSX and upcoming CES Technology trade shows, a new roundup of technologies is discovered: a wider diversity of protection promise to save ASIS members on their technical security program is realised. With each of the ‘winners,’ (5G, AI, NLP, LiDAR, UAS [Unmanned Aerial Vehicles aka drones], thermal imaging, digital security twins and smart-city-friendly technologies) it is both exciting and challenging work for both security practitioners and solution providers. All things equal and with the necessary technology acceptance testing processes, this is a truly great time for security ecosystem members.

Security consultants are on the front lines of trends such as “smart buildings” and the increasing demand for green technologies. We recently gathered together several consultants to reflect on what’s new in these areas, joined by a representative of HID Global. Participants were Chris Grniet of Guidepost Solutions, Brandon Frazier of Elert & Associates, Terry Harless of Burns & McDonnell, and Harm Radstaak, HID Global’s Vice President and Managing Director, Physical Access Control. SourceSecurity.com: What are your thoughts on the emergence of “smart buildings”? How do you see the concept expanding? How does making a building “smart” add value to it as an asset? Brandon Frazier: The term smart building has been a moving target beginning in the late 1800s with the electric thermostat. As I see things now becoming networked, becoming smarter, I think we’ll be able to aggregate a lot of data, and probably use that data. I think there will be new ways to use data for the average customer. Chris Grniet: Smart buildings have been a long time coming. It’s about green, sustainability, the ability to control your environment, and making sure you get the most efficiency out of an asset. To understand how an asset is being used is very important. A lot of clients these days are looking for occupancy calculations: Are my facilities being used to their utmost capabilities? What are my populations, and how do I control the environments? And is the real estate really worth keeping because so many people are working remotely? Harm Radstaak: I believe that smart buildings will bring our traditional security industry potentially into a new space, with data analytics and servicing end users, and channeling data to be used for green buildings, sustainability, space utilisation. It’s important for our industry to know how we will make sure that data is secure and trusted for end users and to provide the correct technology, services and solutions. Terry Harless: Another thing is that smart buildings can be used for maintenance. In the security world, you can keep a log of how many people have gone through a door, or use it for maintaining batteries if you’re using wireless devices, or maybe maintain your locks when they have been cycled so many times. {##Poll1697625082 - How do you make your security systems more green?##} SourceSecurity.com: How important is being “green” related to design decisions and product selection? How do you use green products? Frazier: The world of selecting electronics based on green criteria has always been very tricky. A lot of manufacturers have come out with “green products.” I’ve seen more power-efficient products, and we are seeing certifications on them. But it is very difficult, I think, to truly design a green technology-based system end-to-end. Not just single components but an entirely efficient system. Radstaak: I see it as absolutely a trend for end users to specify new buildings according to sustainability and green specifications. For HID Global and ASSA ABLOY, we see it as one of the megatrends worldwide. Green and sustainability are critical as we define our products and solution set and bring that back to the table in design engineering and product marketing. Harless: I’m on board and think green is good. But as far as helping with accumulating points for the LEED [Leadership in Energy and Environmental Design] certification, I have talked with several architects and engineers in the past who are LEED certified and discussed with them some of the green security products out there. For the most part, they say the products are not providing any points for them. They typically don’t want to waste the time of adding security into their evaluation. SourceSecurity.com: So the “green” that we have achieved in the security market is not translating into enough quantitative scoring to make a difference in the LEED certification. Frazier: I think our power usage is so miniscule compared to the big building systems that the savings we offer are just not worth their time (to document). Grniet: I have had some opposite experiences where we are able to contribute if we don’t call it a security category, but we put it in with the low voltage category, so now we have greener power consumption on my switches, my computing systems, people are putting OTNs (optical transport networks) in, and not utilising as much power on a floor-by-floor basis. Now I have smart power supplies, smart locks, green locks. Where the industry has always lacked is the sustainability piece. We talk about zero landfill projects. We talk about rare earth metals involved in these processes, and other materials; this industry continues to source from remote regions. Everybody is pitching “built in America,” but we all have to source something from abroad, and those are real challenges for the security industry. Not to mention the fact that, unfortunately, we ship everything in small packages – it’s all unitised. So we create massive landfills by doing that. There are some companies that have gone out and started packaging in mass relative to orders and said: “This is how we are going to ship, not on an individual piece-by-piece basis.” That has to speak to the entire supply chain relative to sustainability. Read part 2 of our Consultants' Forum series here

CCTV security deployments require high reliability and availability in order to prove truly effective In recent years, there has been incredible growth in the security video surveillance market with law enforcement agencies embracing video surveillance to enhance security in problematic areas across cities. But these projects require connectivity to carry video feeds from multiple deployed CCTV cameras distributed over one or more sites, to the control room for viewing and recording and analysis. Because of network congestion and interference issues, it is critical for transmission technology capabilities to improve. In this article, three systems integrators discuss the challenges they face with network CCTV projects and how millimetre wave technology has helped them to provide the speed, capacity and connectivity needed for today’s data-heavy security system deployments.  What are some of the challenges inherent in designing and installing video surveillance systems? Marc Hancock, Technical Director of Net View Systems: There is so much noise, as we like to call it, or traffic on traditional wireless networks (sub-6 GHz networks) that interference proves to be quite a common problem. Obviously, that is a significant issue when the wireless network is part of a city’s critical infrastructure, used for its CCTV security. CCTV security deployments require high reliability and availability in order for the CCTV system to prove truly effective but with traditional wireless networks, there is often not enough bandwidth or reliability to deliver the camera responsiveness required. Craig Lerman, President and CEO of LTW: Public safety networks employ mission critical voice, data and video solutions that cannot lockup or go offline during a storm Reliability is paramount when you are working in the public safety space, no matter what the current weather or ambient radio frequency environment is outside. It is critical that wireless network-based surveillance solutions are engineered properly for the environment in which they are operating. In addition, the wireless network components must be resilient, temperature hardened and be designed to operate in the target environment. Public safety networks employ mission critical voice, data and video solutions that cannot lock up or go offline during a storm.  Nick Metcalfe, Technical Sales, TrellisWorks: Five years ago, two megabytes per second (mbps) was enough bandwidth for each camera on a traditional wireless CCTV network. As camera technology has progressed, that number has gone up significantly. Today, each camera requires anywhere from 10 to 32 mbps of bandwidth, due to the high resolution of 1080p HD cameras and the addition of analytics and other tools. When designing an enterprise or town CCTV network, you can very quickly need 100 mbps. Getting that much bandwidth on a traditional 5 GHz wireless network is very difficult.  How is millimetre wave technology affecting your surveillance projects and designs? What is it helping you do that you couldn’t achieve before?  Marc Hancock, Technical Director of Net View Systems: MmWave has provided huge cost savings, while delivering a better network and higher video resolution to the customer. We began using mmWave to address the interference experienced on traditional wireless networks, particularly with our city CCTV and traffic projects, and also with critical infrastructure customers, such as power companies. The mmWave backhaul links that we are using for security deployments are cost effective for us as a company and for our end users due to the power and speed of mmWave technology. We can install fewer links or hops as a result. For some projects, we also previously had to lease Internet Service Provider (ISP)-controlled fibre lines for customers to get the required reliability, capacity and speed. Because of mmWave’s fibre-like performance, we can use the radios to replace fibre lines, which provides cost reductions and allows us to directly design and control the entire network.  The attractive price with the high performance make MmWave a perfect fit for video surveillance wireless networks Craig Lerman, President and CEO of LTW: We have been using millimetre wave for a while now and have deployed many links in our larger city-wide deployments. We recently deployed millimetre wave radios in our project with the City of Bethlehem, Pa., for the Hoover-Mason Trestle, which is a recreational walking path 40 feet above the ground at an old steel mill that has been converted to an entertainment venue. Obviously, there was concern for visitor safety due to the height of the walkway and its use at night, so LTW installed millimetre wave radios for increased bandwidth and throughput for the site’s video surveillance system, addressing a lot of the same issues that we mentioned above: bandwidth loads, throughput speeds and reliability and durability in extreme weather conditions. We have found that millimetre wave is really the most cost effective way to access high capacity throughput. The attractive price with the high performance make it a perfect fit for video surveillance wireless networks. Currently, you can buy millimetre wave radios with five GB/sec throughput, which will soon be 10 GB/sec throughput, which is as fast as fibre.  Nick Metcalfe, Technical Sales, TrellisWorks: As the density of deployment in the 5 GHz frequency band increased, we began using mmWave radio links because the mmWave frequency bands can provide much greater throughput for wireless CCTV systems and at a very affordable price. With mmWave, you never run out of bandwidth and you always have the ability to change an uplink or downlink as needed. Interference from other networks is a rare occurrence. In our designs, we often use a combination of mmWave radio links in conjunction with traditional 5 GHz links, depending on the nature of the project. Now, we are seeing a trend in which many town councils are replacing leased fibre infrastructure with wireless networks that use mmWave radios for their CCTV systems. The speed and bandwidth are nearly the same as fibre, but the cost is significantly less. Do you expect that adoption of mmWave technology will increase within the physical security industry?  Marc Hancock, Technical Director of Net View Systems: CCTV is being driven by the need for capacity and millimetre wave lends itself perfectly for that application, especially when priced competitively Many of Net View’s security projects involve traffic light control systems and variable message signs near roadways as part of a city’s CCTV security network. Obviously one can’t trench fibre in all of those locations and even when it is possible, it is costly. Since its prices have decreased significantly in the last few years, mmWave technology has become the best choice when fibre is not an option. It is the underlying network design and topology that makes a security system effective and mmWave is allowing us to provide the powerful network needed for today’s bandwidth-heavy CCTV systems.  Craig Lerman, President and CEO of LTW: CCTV is being driven by the need for capacity and millimetre wave lends itself perfectly for that application, especially when priced competitively. Millimetre wave radios have the right form factor, capacity and scalability for the ever-evolving video surveillance systems of today. In addition, the millimetre wave frequency band enables high density deployments without the frequency re-use limitations imposed by lower frequency (sub 6 GHz) solutions. Nick Metcalfe, Technical Sales, TrellisWorks: As I mentioned, many cities are considering replacing fibre or traditional wireless networks with mmWave technology and in general, the need for higher capacity and more robust wireless CCTV networks is certainly increasing. Through rapid product development, Siklu enables integrators like TrellisWorks to meet our customers’ demands and requirements. In the future, I think we will see more interest from systems integrators in deploying mmWave links because of how effective mmWave is and because it is easy to install. Ofcom is the U.K. regulatory body for communications and it requires systems integrators to register all wireless networks and links. Five years ago, there were a few hundred registered mmWave links. Today, there are thousands and that number is only going to continue to grow as technology advances and bandwidth demands increase. {##Poll1697625079 - Which technology do you use to transmit CCTV/video data over your network?##} Meet the Integrators: LTW: Pine Brook, N.J., United States Specialty: systems integration for wireless, network, security and energy solutions. Primary focus in public safety deployments, including law enforcement, municipal and state and local government. Net View Systems: Bradford, West Yorkshire, United Kingdom Specialty: designing and installing integrated electronic security systems and their infrastructure, including traditional analogue systems and High Definition and IP systems. TrellisWorks, Ltd.: Thatcham, Berkshire, United Kingdom Specialty: designing and installing comprehensive network wireless solutions, radio and 4G communications, IT support maintenance, mobile data routing and simulation.

Video, access control and visitor management are among the technologies that are enabling greater safety and security at hospitals and other healthcare facilities. Video surveillance systems enable hospital management and security professionals to know what goes on in and around a medical facility. Recording images in high resolutions (megapixels and gigapixels) is becoming more and more important in healthcare, says Jason Ouellette, Product Line Director – Access Control, Tyco Security Products. Video event management software Video analytics are now being leveraged for patient tracking, asset tracking, and operational purposes If an incident occurs in a medical facility, the security staff has to be able to identify faces easily and accurately. Storage and costs have to be considered, of course. With technology improving and prices decreasing, video solutions can even be used for purposes beyond traditional security. For example, video analytics are now being leveraged for patient tracking, asset tracking, and operational purposes, and captured video can be used to defend against liability claims. What’s next? Video analytics will continue to be a valuable addition to any surveillance infrastructure due to its ability to address patient needs, operational efficiencies and early risk detection, says Brandon Reich, Senior Director of Surveillance Solutions, Pivot3. Through video event management software (VEMS), hospitals can customise the statistics that are relevant to their individual buildings or campuses without having to spend extra time or money on rigorous employee training. Data capture form to appear here! Real-time access control security updates Furthermore, once healthcare facilities are able to digitise all of their patient records, secure any of their ingress and egress points with real-time access control security updates, and fully transition from analogue to IP video surveillance cameras, VEMS systems that house analytical software will be able to multiply the benefits offered to hospitals, not just in real time, but in planning ahead for future risk, expansion and safety protocols. It is vital to implement integrated and innovative access control solutions With large, complex facilities, directors of security at hospitals struggle with controlling access to various levels of the facility, according to Eric Widlitz of Vanderbilt Industries. To manage the risks that hospitals face and ensure a comprehensively protected atmosphere for patients and staff, it is vital to implement integrated and innovative access control solutions. For example, ease of access with controlled entrances is vital to medical crash teams, as is the need for a zonal access control lockdown in the event of a contagious disease outbreak. Strict access limitations Different hallways, rooms, floors and waiting areas within a hospital require different amounts of restriction, and sensitive materials, such as medical files, controlled substances and sterile environments (such as operating and procedure rooms) all necessitate an additional layer of protection. Access control in particular has advanced significantly to offer healthcare facilities the ability to control access remotely, through mobile applications, confirm identity quickly and easily and program varying levels of access for visitors, patients, doctors and staff. One area that is recently experiencing rapid growth – and drastic change – is the securing of narcotics within healthcare facilities, says Robert Laughlin, CEO and Chairman, Galaxy Control Systems. In the past, all medicine was controlled in a central pharmacy located somewhere in the hospital or health facility. These pharmacies were highly secured areas, with strict access limitations; only authorised staff could get near the medicine stocks. Fiber optic communication lines For vehicle access control, medical centers and hospitals prefer beam barricades and shallow foundation barriers To improve the speed of delivery, and to have the necessary medicines ready at hand for in-patients without retaining a large delivery staff, the current trend is to have distributed pharmaceutical closets or carts that hold medicines much closer to the intended patients. For vehicle access control, medical centers and hospitals prefer beam barricades and shallow foundation barriers, according to Gregg Hamm of Delta Scientific. Manual beam barricades are installed at the Fort Bragg Veterans Administration Hospital in North Carolina to shut down certain areas of the facility when a higher alert is sounded. They will stop a 15,000-pound vehicle traveling 50 mph. The Navy Hospital in San Diego uses high speed, high security and very shallow foundation barricades to control all vehicles going in and out of the facility. With their extremely shallow foundation, they obviate the concerns of interference with buried pipes, power lines and fiber optic communication lines. They will stop a 15,000-pound vehicle traveling 50 mph. At the National Institute of Health in Bethesda, Maryland, even stronger shallow foundation barriers are used for traffic control and protection. These barriers will destroy a 65,000-pound (5.4 million foot-pounds) dump truck traveling 50 mph and continue to stand. Physical access control systems Controlling visitors to hospitals and healthcare facilities can directly impact security Controlling visitors to hospitals and healthcare facilities can directly impact security. Traditional methods of visitor management, such as paper visitor logs and handwritten badges are insufficient given today’s variety of security challenges. A hospital using paper-based systems cannot easily cross-check information, confirm patient information, check visitor names against up-to-date watch lists, or visually confirm identity. An increasingly popular and important application is secure and simplified visitor management, integrated with the physical access control systems (PACS). Today’s visitor management systems enable the screening, badging and tracking all visitors or, at a minimum, those visiting critical areas or during ‘after hours’ periods, Quickly identify inappropriate visitors One other growing technology is the ability to link to internal or governmental watch lists, to quickly identify inappropriate visitors before they gain access to the facilities. For example, Visitor Management systems can be configured to perform a Sex Offender search in both Children’s Hospitals and Pediatric areas, further decreasing the likelihood that someone of the list could gain access. Wayfinding is indoor navigation to guide a person step-by-step on the way to a desired destination HID Global and Phunware Inc. are addressing the need of healthcare institutions to deploy standardised technology to provide a better wayfinding and visitor engagement experience inside the hospital, across campus and even in parking lots. The companies are collaborating to improve the experience for hospital patients and visitors to find their way within medical facilities, using wayfinding on their mobile phones. Wayfinding is indoor navigation to guide a person step-by-step on the way to a desired destination. Enterprise-level mobile wayfinding “It’s easy for visitors and patients to get lost in hospitals, and every time they do it puts appointment times and patient satisfaction at risk,” says Rom Eizenberg, Vice President of Sales, Bluvision, part of HID Global “With our location-aware app on a mobile device, we equip the visitor to get instant, turn-by-turn navigation that creates a better experience than that which is currently available on the market.” HID’s healthcare IoT solution-enablement platform simplifies the delivery of real-time location of clinicians, patients and devices. The platform is enabled by Bluvision (part of HID Global). Phunware’s Multiscreen-as-a-Service (MaaS) platform also provides enterprise-level mobile wayfinding, engagement, data and more for other vertical markets, including retail, residential, hospitality, media and entertainment and more. Missed the rest our healthcare mini series? Read part one here and part two here.

Heat waves caused by climate change are currently also increasing strongly across Europe and the associated risk of forest fires is rising immensely. Fires in natural areas are increasingly getting out of control due to drought or wind, and the risk of danger to people, animals, nature, and infrastructure is growing. But how can fires be detected and localised at an early stage to minimise or even avoid serious damage? Artificial intelligence With image processing and artificial intelligence, even such challenges can be mastered. Instead of elaborately programming a solution, neural networks and deep learning algorithms teach an image processing system to see, recognise and verify objects in this case smoke. Furthermore, AI enables a corresponding image processing system to conclude what it learns. The French company Paratronic has taken up this issue. Within the scope of its field of activity of monitoring natural hazards, the solution provider has successfully devoted itself, among other things, to the development of an intelligent product for fire monitoring. Automatic forest fire detection system ADELIE Four industrial cameras from IDS Imaging Development Systems GmbH are integrated into each system The automatic forest fire detection system ADELIE (Alert Detection Localisation of Forest Fires), whose key components are industrial image processing and artificial intelligence, has proven itself in practice. Four industrial cameras from IDS Imaging Development Systems GmbH are integrated into each system. These permanently observe a specific forest area within a radius of up to 20 kilometres. Depending on the system, they need a maximum of two minutes to monitor a radius of 360 degrees. Efficient planning and control With the help of algorithms specially developed by Paratronic, the system can recognise and localise fire sources based on the recorded images and provide real-time information for appropriate options for action. In this way, ADELIE ensures efficient planning and control of the fire brigade to protect the living space and, last but not least, to protect buildings, power lines, telecommunication lines, and road or rail infrastructure. Application The ADELIE system is composed of at least two surveillance points that are networked together. Each surveillance point consists of two detection cameras and an additional camera that serves to eliminate doubts. Four Gigabit Ethernet cameras from IDS are integrated per ADELIE detection camera. Thus, a total of eight IDS cameras are used per surveillance point. These monitoring points allow 360° monitoring, with each azimuth visualised approximately every two minutes. Automatic monitoring of the observed natural area takes place around the clock, 24 hours a day, seven days a week. AI-based image processing algorithms By comparing the images and using taught-in features, the system detects the rising smoke The system is connected to a processing unit whose software contains artificial intelligence-based image processing algorithms. The program developed by Paratronic registers compares and analyses the images provided by the cameras. Long before a tree burns, smoke is released from the surrounding grass and scrub. By comparing the images and using taught-in features, the system detects the rising smoke. Remote monitoring and detection As soon as this smoke is visible from the monitoring point, ADELIE triggers an alarm. This phase is called automatic fire and forest fire detection. The operator on duty then controls the doubt-removal camera remotely and checks the type of detection. He locates the source of the fire on a map using triangulation and informs the control centre, which initiates the fire-fighting measures. Real-time visualisation At the same time, all information, images, and knowledge gained by the AI are transmitted to the fire alarm centre or the fire control centre without delay. With the help of the real-time visualisation of the event, the localisation of the source of the fire on a digital map, and various augmented reality functions, the context, extent, and development of the fire can be immediately visualised there and appropriate fire-fighting measures can be taken. A remote-controlled video camera completes this system. This is used to verify and monitor the fire until the first fire-fighting unit arrives and enables the fire to be tracked from the outbreak until it is extinguished. Role of IDS cameras The IDS cameras continuously film the forest azimuth by azimuth and provide the software with images" "The IDS cameras play an important role in the operation of the ADELIE system. They have the task of continuously filming the forest azimuth by azimuth and providing the software with these images in real-time," underlines Edouard BOUILLOT, Director of Projects and Innovation at Paratronic. "When choosing the appropriate model for the automatic forest fire detection system, the decision was made in favour of a Gigabit Ethernet camera from the SE series from IDS. "Our system uses the UI-5240SE-NIR-GL model," explains Loïs Carrié, Paratronic engineer. Industrial camera with a 1.3-megapixel CMOS sensor This particularly powerful industrial camera is equipped with a 1.3 megapixel CMOS sensor from e2v. The highly sensitive sensor is used by Paratronic in the NIR version (EV76C661ABT). In addition to its outstanding light sensitivity, the sensor offers two global and rolling shutter variants that can be switched during operation. This allows maximum flexibility for changing requirements and environmental conditions, as in this case caused by different times of day and weather conditions. In addition, four areas of interest are available. This allows either several features to be checked at the same time or the AOIs to be captured in an exposure series with different parameters. Reasons for choosing the cameras  The camera thus meets all requirements, confirms Lois Carrie. "We chose this model for three main reasons. Firstly, it convinces with its spectral sensitivity. The sensor picks up all visible colour wavelengths, with particularly good sensitivity in the near-infrared." "We also need the option of screwing a wavelength filter into the C-mount close to the sensor. Thirdly, the camera offers the direct possibility of sequentially taking four pictures with increasing exposure time. Continuous shooting makes it possible to get a very high dynamic range." Software The ADELIE software then does the image analysis to detect the presence of smoke on the canopy" For image acquisition, the system uses the uEye SDK, "Then our image processing system comes into play," explains Edouard BOUILLOT. "The ADELIE software then does the image analysis to detect the presence of smoke on the canopy." "The analysis is done by comparing two images taken in the same orientation to detect any smoke. This is made possible by several exclusive algorithms developed by PARATRONIC that allow the comparison of a very large number of factors that are not visible to the naked eye." 3 phase analysis This analysis is carried out in three phases. In phase one, the images to be compared are registered to the nearest 50th of a degree. In phase two, the images are compared to highlight any changes, such as the movement or displacement of objects or the appearance of smoke. In the third stage, advanced analysis takes place, based on the use of different algorithms: The highlighted differences are not only examined in terms of their shape, size, distance, etc., to eliminate all elements other than smoke as best as possible. Other algorithms using automatic classifiers and working with parameters extracted from one or more images complete this analysis. Fibre optics transmission The data is then transmitted to the computer control system via a digital network such as fibre optics. The respective data sets contain both a JPEG file of the image for display on the screen, as well as a file containing the camera number, the angle of view, the date and time of the shot, and the azimuth. By integrating a weather station, meteorological data such as wind strength or precipitation can also be recorded and taken into account. Permanent smoke If at least two towers have detected it, the exact location fire source in the control center is determined If an image and its linked file report a fire, an automatic check is carried out: the system estimates the location of the smoke, then cross-checks it against known locations where other types of smoke appear. This ensures that an alarm is only triggered if this detection has not occurred in an exclusion zone, i.e. a zone where permanent smoke is known to exist, such as a factory chimney. If only one tower has detected the smoke, the distance indicated in the telemetry is used. If at least two towers have detected it, the exact location of the source of the fire in the control center is determined by triangulation. High-resolution camera As with any automatic system, human validation of the alarms transmitted is essential with ADELIE. The staff at the control center use a high-resolution camera with a powerful optical zoom (30x, with a wide-angle lens) to confirm whether it is indeed a fire outbreak. The persons responsible for surveillance can observe the situation from a distance without interrupting the detection system thanks to these cameras, the so-called doubt removal cameras. The ADELIE detection system thus remains fully active to be prepared even if several fires occur. Optimising measures The system is extremely powerful. For each site, 13500 images are taken, transmitted, and stored for 30 days within 24 hours, regardless of whether they contain a detection or not. In addition to these captured images, the system also stores the videos from the camera that were used to observe and validate the incident, thus enabling comprehensive documentation. Based on all the data collected, ADELIE can generate statistics based on which emergency services can align and optimise their measures. Reliability  The amount of data grows continuously with each event that feeds the database" "With the help of the stored images, we can analyse the course of the fire and the firefighting afterward. The amount of data grows continuously with each event that feeds the database." "This in turn increases the reliability of the statistics needed for the continuous improvement of prevention and control measures," sums up Edouard Bouillot. Network monitoring  The system is successfully used in the Sarthe department, the most densely forested department in the northwestern quarter of France. Forest fires are increasingly a reality there, especially in the spring and summer months. For several years, there have been more and more fires in natural habitats. After numerous forest fires in 2019, a total of 117,000 hectares of forest were equipped with a network of automatic fire detection systems at the beginning of 2021. A total of 48 cameras monitor the forests above the treetops at twelve points distributed across the department near particularly endangered areas. “The ADELIE System allowed us to improve the detection time as well as the precision of the fire location,” says Christophe Burbaud, Comptroller General at the Sarthe Fire Department (SDIS72).  Advantages Continuous monitoring of forest fires: all year round, on the whole, or part of the territory, day and night. Time-saving: real-time visualisation of the disaster, the immediate transmission of alarms, and precise localisation of the source of the fire thanks to a triangulation system. Thanks to the cameras and especially the doubt-removal camera, verification and confirmation are much faster than an emergency call. Elimination of human risks: no more isolated men on watch towers. Long-term monitoring: data storage enables continuous improvement of forest fire monitoring and detection. Monitoring and information management system Early fire detection and precise localisation of fire outbreaks, significantly reduce the risk of spread ADELIE is thus more than an automatic fire and forest fire detection system, but an integrated fire and forest fire monitoring and information management system. The French image processing solution thus makes a decisive contribution to damage limitation. Through early fire detection and precise localisation of fire outbreaks, significantly reduces the risk of spread and can minimise associated damage to people, the environment, and the national economy. Client PARATRONIC is a French manufacturer of hardware, software, and integrated systems for the management of water, the environment, and natural risks. Its areas of expertise range from the production, distribution, or remediation of measurement equipment for water, groundwater, and surface water, to monitoring fires. PARATRONIC thus offers complete solutions for the acquisition, transmission, processing, and management of field data.

Costex Tractor Parts of Miami, Florida is a forty-year-old distributor of replacement parts and engines for Caterpillar and Komatsu heavy equipment. When they were preparing to build a new, 350,000-square-foot headquarters in Miami, Florida, they knew they needed a state-of-the-art security system designed, installed, and configured specifically for the facility. It contracted E.G. Telecommunications & Technologies, security, and telecom installer, to deploy a complete Dahua security solution that was scalable, easy to use, and dependable. Challenges Before construction began, Evaristo Galvez, founder and president of E.G. Telecommunications & Technology (EGT&T), laid out a blueprint for the new security system. Due to the facility's massive square footage, which includes offices, a warehouse, and a parking lot, he decided to use fiber optic cable. “The system is so huge I had to design it with fibre optics – I needed to cover distances of 600-800 feet,” he explained. “In the end, we installed 20,000 feet of fibre.” Scalable security system Costex wanted each division to be able to access only the cameras that covered their respective departments Another effect of such a large building was that while it needed a lot of camera coverage, Costex wanted managers of each division to be able to access only the cameras that covered their respective departments. At the same time, Costex's owner and CEO wanted to be able to access all the cameras from the comfort of his office. Additionally, Costex wanted to implement a system that was scalable as their facility grew, they wanted to be able to easily add more cameras and storage devices and integrate them seamlessly with the existing system. Solution Dahua had worked with EGT&T before and became the first choice for this project because of its high-quality products, economical price, and dependability. Once he designed the system, Galvez turned to Luis Gomez and Greg Larson of Dahua Technology USA for product recommendations. Not only did they provide guidance on which devices would be best for the job, but they also visited Costex with him to do product demos, and they were able to offer bilingual English-Spanish support. IP transmission, PoE switch The Discovery feature lets the switches discover cameras and recorders quickly and automatically In the end, Galvez deployed a full Dahua system including 190 IP cameras, recorders with a total of 256 channels of recording, a Digital Surveillance System (DSS) Server (DHI-DSS4004-S2), an Extended Video Server (EVS) (DHI-EVS5016S-R), and thirteen switches of either 16 ports (DH-LR2218- 16ET-240) or 24 ports (DH-LR2226-24ET-360). These transmission devices are layer 2, managed, PoE switches that have two 1000 base combo ports and two 10/100/1000 base T-ports compatible with fiber or Cat5e/6. Galvez chose these switches due to their fibre capabilities and straightforward integration: they integrate with the web management portal to make system supervision easy, and the Discovery feature lets the switches discover cameras and recorders quickly and automatically. DSS Express Dahua's DSS Express allowed Costex managers the access they needed to manage their specific departments. "We were able to provide nine client stations, each with the capability to access about 20-30 cameras that covered their department and not access cameras of other departments," explained Gomez. "Each manager had access to their cameras in their office on a 50" TV with a client PC attached. At the same time, the Costex CEO was set up in his office so that he could pull footage from any camera." Remote monitoring, storage The DSS platform will let Costex access remote locations from the main location as its footprint gets bigger – Costex plans to expand into two more buildings and is already adding more cameras. With nearly 200 cameras, storage capabilities and reliability are crucial. The total storage requirement will be more than 240 TB. Upon Dahua's recommendation, Galvez added a 16 HDD EVS (DHI-EVS5016S-R) to the system to create redundancy. 32-channel NVRs The 32-channel NVRs, each of which has a built-in storage of 24TB and can accommodate up to 4K resolution "This gave Costex a failover recording system," said Gomez. "If anything happened to any of the NVRs or the mainframe, this lets them keep recording." The 32-channel NVRs (DHI-NVR6A08-32-4KS2), each of which has a built-in storage of 24TB and can accommodate up to 4K resolution, also have full redundancy on their hard drives. Gomez highlighted the significance of this configuration, "If there is any damage to one NVR, you only sacrifice 32 cameras. We made sure that each recorder was receiving inputs from cameras in multiple departments so if an NVR failed, Costex would never lose all the footage from a single department." Results “When a company gives you three years’ warranty for replacement and two more years for repair, that means you can count on them,” Galvez remarked. "I appreciate the support I get from Dahua," Galvez said. "They came with me to the building when I started working on the deal their live demonstration was really important. When spec-ing a project, you can write everything on paper, but people want to see reality. Dahua came with a demo system, and Costex got to see everything." Easy to use "We were excited to be a part of it from the beginning," Larson remembered. "Everything in the building, from the light switches to where the cameras go, was very thoughtfully planned out." "Costex's leadership team was very detailed in knowing everything that was going in that place, and we wanted to create a reliable system that met complex needs while being easy to use." Smart Search feature Using the Smart Search feature of the NVR, Costex caught a construction worker causing damage and shared the incident Costex immediately noticed the benefit of their new Dahua system. During the construction of their new warehouse, a window shattered. Using the Smart Search feature of the NVR, they were able to efficiently pull the incident out of three days' worth of footage and prove that the window had broken on its own, and then claim the warranty on it. They also caught a construction worker causing damage and shared the incident with the construction company. Reliable system "Everything has been working perfectly, and the system is reliable. Dahua gives us great support here: in no more than 24 hours, we can fix anything having to do with the cameras," remarked Galvez. From being able to assign camera access to specific users, to know that their video data is backed up twofold, to being able to easily scale, Costex was happy with their Dahua solution, Galvez reported. Costex was happy with EGT&T as well: they awarded the company with a certificate recognising their outstanding work. "In appreciation of their valuable contribution in the construction of the Costex Tractor Parts headquarters," it read. "Thank you for helping make our dream a reality."

MTS is a major real estate management company with a 20-year history. It has 600 employees and experts in real estate management, real estate consulting, market studies and representation of owners.  Dahua Technology, as a globally renowned video-centric smart IoT solution and service provider, customised a comprehensive parking solution, in order to help MTS manage the Santillana Building, located in Medellín, Colombia, more intelligently. Smart parking functions, including video surveillance MTS faces a problem with the management of the Santillana building, as it wanted to control the parking lot with a monthly fee, but had purchased a system that was obsolete and didn’t allow them to control space occupation, parking time and easy integration with a billing system. In addition, the Santillana Building has eight parking levels for the use of two office towers, in Medellín, Colombia. Smart parking functions, including automatic vehicle entrance control, parking guide, vehicle locating, video surveillance and the administration of all the parking lots, were needed. Access ANPR Cameras installed Multiple advanced products were applied with sophisticated technologies, innovated by Dahua Technology Together with local system integrator - Miro Seguridad, Dahua installed Access ANPR Cameras for entrances (ITC215-PW6M-IRLZF), 300 units of Smart Video Parking Detectors (ITC314-PH3A-F Series) covering wide parking spaces, Indoor LED Screens (IPMPGI-AC Series), 36-HDD Enterprise Video Storage (EVS5036S-R), etc. Multiple advanced products were applied with sophisticated technologies, innovated by Dahua Technology. The Access ANPR Camera adopts a high-performance CMOS image sensor and processor for in-depth extraction and analysis of vehicle information, 24/7. In addition, its built-in LED illuminator and motorised vari-focal lens provide ease of installation and commissioning. Smart Video Parking Detector The Smart Video Parking Detector can monitor 3 parking spots in real time, identify vehicles and licence plates, and display the parking spot status, with different indicator colours. It’s capable of capturing clear details, even in strong contrast conditions, in order to ensure detection accuracy, and is ideal for parking buildings and indoor parking lots. EVS5036S-R EVS EVS5036S-R EVS offers unparalleled storage technology. This EVS is ideal for a wide range of applications, such as public safety, transportation stations, government institutions, hotel resorts, shopping malls, city centres, and financial institutions, which demand expansion flexibility, high reliability and centralised storage management. This EVS is compatible with numerous third-party devices, making it the perfect solution for surveillance systems with or without a video management system (VMS). During the implementation, to achieve the optimal performance of the sensors in low parking levels, lots of tests were carried out to find the best spots for installation. To ensure smooth interconnection of various products, it was necessary to standardise configuration and organise the fibre optic link, which took the joint efforts of the Dahua team and Miro Seguridad. Dahua parking solution based on video-centered technologies Based on the ANPR technology, entry control becomes more efficient The parking solution is based on video-centered technologies. ANPR, video analysis and other technologies guide the customers to park and locate vehicles quickly and easily. Based on the ANPR technology, entry control becomes more efficient, while drivers are able to locate vehicles through kiosk with display. Automatically calculating and displaying the number of available parking spaces on the LED screen in each parking level helps drivers to find available spaces rapidly. Furthermore, when an accident happens, video surveillance can provide visual evidence, which makes management much easier. PMS software platform Leonardo Aragon, the Head of Security at Santillana – MTS, said “We are very happy with the project, since we received much more than we expected, the solution works perfectly and the benefits of the PMS software platform are very beneficial for our operation, for example, the reports of information on entrants’ stays, heat map, and the real-time dashboard of information and the occupancy of parking spaces in the parking lots.” Leonardo Aragon adds, “It should be noted that the car locator helps a lot. When drivers search by the vehicle plates, it displays a live view in real time and the location of the vehicle. Our users are also satisfied with the functionality of the solution. We are very grateful to both the system integrator Miro and the manufacturer Dahua for all their support.” Smart parking solution with advanced functionalities Diego Garces, the Director of Special Projects of Miro Seguridad, spoke highly of the Dahua team, stating “We are very grateful to the support from Dahua Medellin team which facilitated the successful delivery of the solution with advanced functionalities. We hope to participate together in the implementation of many more projects with Dahua.”

Together with SenseTek, Bandweaver Technology’s flagship Linear Heat Detection (LHD) solution, FireLaser, offers over 7,000m of coverage at Parking Garage P10 Plaza Arena in Amsterdam. With the capability to detect a pan fire test of just 0.25m2, the system successfully meets some of the most stringent fire regulations in the world. SenseTek, a specialist in fire detection applications, worked with the client to design a solution that meets and surpasses these requirements. Covering a total area of approximately 30,000 m2, the car park can hold more than 800 vehicles at any point in time. Housing companies such as Adidas-Reebok, DAS Verzekeringen, Graydon, British Telecom, ING, and Cisco Systems, the facility require the best technology to provide safe and effective fire protection. FireLaser system Using fiber-optic DTS, the FireLaser system captures measurements every 5 seconds FireLaser is the only system on the market to be approved to the latest version of the EN54-22 standard, which defines product characteristics, methods of testing, and performance criteria against which the reliability and effectiveness of the system are measured. Using fiber-optic distributed temperature sensing (DTS), the FireLaser system captures measurements every 5 seconds, almost six times faster than Bandweaver’s closest competitors. Most accurate linear heat detection solutions This early detection both minimises potential damage and provides an advanced warning to prevent loss of life. This superior performance also allows Bandweaver to easily pass the 0.25m2 fire pan test as per the regulations whereas the competing systems often require a fire pan test that is 4 times the size (1m2) to commission the system. This is outside the regulations and the owner must apply for an exception which can prove difficult and results in a less responsive system. These updates firmly establish FireLaser as one of the fastest and most accurate linear heat detection solutions on the market, providing real-world benefit to clients. Minimal maintenance, longer lifespan The cable can cover a total distance of up to 10km, with detection points every 1m, ensuring there are no blind spots FireLaser is specifically designed for use in special hazard environments and can detect a fire anywhere along the length of a linear heat sensing fibre optic cable. The cable can cover a total distance of up to 10km, with detection points every 1m, ensuring there are no blind spots or gaps in the system. This means that FireLaser can pinpoint the source of fire with unrivalled accuracy. The sensing cable is unaffected by dust or moisture, is non-corrosive, and completely passive, with no moving parts. As such, FireLaser is well suited to a wide range of applications with a typical lifespan of more than 30 years. Furthermore, the system carries a very low cost of ownership with minimal ongoing maintenance. Benefits of FireLaser LHD solution For this project, cabling was installed at the ceiling level and manipulated to accommodate variable ceiling heights, multiple levels, and surfaces. It was also designed with cable redundancy in mind. If one cable is damaged, FireLaser LHD continues to function without interruption up to the point of damage. To achieve this, the system was configured in two separate loops, with one loop length 3,900m in length and the other 3,150m. The superior benefits of Bandweaver’s FireLaser LHD solution meant that it was an obvious choice for SenseTek and their customer. With increasing market recognition of the benefits of Bandweaver’s FireLaser system, the company has high expectations for continued growth through 2022.

Hitachi Rail, a subsidiary of Japanese conglomerate - Hitachi, delivers innovation through developing novel technology to drive sustainable connectivity. Hitachi Rail designs and manufactures signaling systems, components, and other technologies to manage and control new or upgraded railway systems worldwide. IP surveillance solution In coordination with Advantex Network Solutions, Hitachi Rail needed to replace an outdated analogue CCTV system with a new IP surveillance solution. The customer wanted to deploy IP cameras throughout four critical locations, in the southern region of the United Kingdom. However, the installation of CAT6, fiber optic cable, and additional networking closets threatened the project with high costs, complexity, and business disruption. NVT Phybridge CLEER switches installed Having already used NVT Phybridge products, Michael O’Connell of Advantex Network Solutions suggested leveraging the existing coax cabling using the CLEER family of Ethernet over Coax (EoC) solutions. NVT Phybridge CLEER switches deliver up to 50 watts of power (PoE++) and 10/100 Mbps symmetrical, full-duplex, over coax cabling, with up to 6,000ft (1,830m) reach, which is 18 times farther than standard solutions. Advantex Network Solutions deploy IP solution Hitachi Rail was impressed with the proposed solution and decided to move forward with the project Hitachi Rail was impressed with the proposed solution and decided to move forward with the project. “The deployment was very straightforward with the training we received from NVT Phybridge,” said Michael O’Connell, Account Manager at Advantex Network Solutions, adding “We pre-built the entire system within our pre-build area, which allowed us to allocate each port to an EC Link+ (NV-ECLK-PLS) and then to its IP camera. When deployment began, each device was installed into its planned location.” NVT Phybridge EoC technology The NVT Phybridge EoC technology leveraged the existing coax cabling, eliminating the need for costly and disruptive infrastructure changes. Additionally, the system is easily expandable, as the customer can deploy extra IP cameras using the EC4 (NV-EC-04) adapter, which enables up to 4 IP endpoints from a single coax cable run. Hitachi Rail and Advantex Network Solutions were extremely satisfied with the project’s outcomes, having achieved incredible results for the customer. The benefits of the solution include: Reduced network infrastructure costs by £350,000. Reduced deployment time by 14 weeks. Eliminated potential disruption of regular train schedules, caused by construction and re-cabling work, throughout the rail depots. Sustainability Hitachi Rail’s mission is to ‘contribute to society through the development of superior, original technology and products’. One of its sustainability goals is to reduce CO2 emissions by 50%, by the fiscal year of 2030. In line with the organisation’s overall environmental sustainability and carbon reduction goals, NVT Phybridge EoC technology allowed the reuse of existing cabling, thereby preventing over 635 kilograms of e-waste.

A new golf club in Mexico needed to deploy an IP surveillance system. When the golf club was designed and built, the developers did not consider the need for a surveillance installation when designing the underground pipes for wiring. The reseller partner, BETA Security, called in NVT Phybridge to help find a solution to the customer’s digital transformation barriers. After assessing the customer’s environment, Sergio Nava, Operations Director at BETA Security, recommended the FLEX switch. The NVT Phybridge FLEX switch delivers up to 50 Watts of power (PoE++) and 10/100/1000 Mbps symmetrical, full-duplex, over multi-pair UTP cabling with up to 2,000ft (610m) reach, which is six times farther than standard switches. Network infrastructure costs The customer was impressed and requested a no-obligation proof-of-concept to test the solution on-site at no additional cost. After a few simple setup steps, the FLEX switch created a robust and reliable PoE backbone for the IP cameras with far less intermediate equipment needed along the way. The FLEX switch created a robust and reliable PoE backbone for the IP cameras BETA Security used the NVT Phybridge FLEX switch to enable new IP cameras exactly where the customer needed them. BETA Security estimates the FLEX switch reduced network infrastructure costs by 65% compared to alternative solutions, including wireless and fibre optic installations. Although fibre optic cable was used, the FLEX switch significantly reduced the need for increased fibre optic cabling. Fibre optic installations “The implementation experience was quick and simple thanks to the intuitive GUI interface,” said Sergio Nava. “The software’s interface is easy to use and graphically superior to other solutions.” The FLEX switch was simple to implement with the existing network equipment and reduced the overall deployment time by 33%. The FLEX switch delivers high-quality video feeds to the VMS in real-time. “It was a great experience working with the FLEX switch,” said Sergio Nava. “We also connected the FLEX switch to access control equipment to read equipment tags and plates in real-time.”

The ability to treat patients in a secure environment is a base requirement of hospitals and other healthcare facilities. Whether facilities are large or small, security challenges abound, including perimeter security, access control of sensitive areas, video surveillance, and even a long list of cyber-risks. We asked this week’s Expert Panel Roundtable: What are the security challenges of hospitals and the healthcare industry?

There’s a huge cloud hanging over the physical security market, but in a good way. Cloud-based systems, whether for video, access control or another category, are on the verge of taking the industry by storm. The benefits of that mythical “cloud” are well-known, or certainly well-touted, in the market. It’s almost as if the word “cloud” has become a buzzword that can mean different things, or at least whatever the customer wants it to mean (as long as they buy!). We asked this week’s Expert Panel Roundtable to define the term more specifically, and to comment on the industry’s understanding of the terminology. Specifically, we asked: Define what we mean by “the cloud.” Is the definition universally understood in the market?