Transportation security applications
ARST is a public transportation company in Cagliari, Italy. The company operates a massive fleet of about 800 public buses throughout the island of Sardinia. During the vehicle modernization process, the company decided to deploy new centralized CCTV systems to enhance the security level of passengers and drivers. First of all, the low-definition images captured by the original surveillance equipment cannot meet the company’s advanced monitoring needs. Second, the bus driver could not ach...
Resilience and efficiency have become watchwords for the public institutions, before, during and after the ongoing health crisis. In delivering services fit for the modern world, these institutions need more than just innovation and accountability. They require flexibility and agility, too, including in how they approach security. The lock and key have enjoyed public trust for a long time. Keys were used in Ancient Egypt and Assyria, and warrant a mention in the Christian Old Testament. As a te...
LILIN announced that Aida traffic management solution will be released and unveiled at ISC West 2020. With the success of LILIN Aida number plate recognition (ANPR), LILIN Aida adds AI traffic management to Aida product line. LILIN Aida can be installed on the edge for traffic analysis where the metadata gets sent to remote Navigator Control Center. LILIN Aida ANPR and traffic management can integrate with LILIN Navigator VMS products including Navigator Control Center, Navigator Corporate, an...
As one of the most important provinces of Argentina, Buenos Aires Province has been seeking to improve work efficiency and emergency response speed of its police force. However, the local police was always lacking of evidence when performing legal actions towards violence, traffic accidents, and other social incidents. This created temporary loopholes in law enforcement that criminals and erring people took advantage of in order to escape legal sanctions. For this reason, the Ministry of Securi...
When you’re securing premises in Iceland, you need a reliable system that can cope with both plummeting temperatures and low-light levels. Hikvision cameras were used in such a solution – chosen by Securitas Iceland to secure a harbor for customer Samskip in Reykjavik. Global logistics company Samskip is one of the larger transport companies in Europe with offices in 24 countries in Europe, North and South America, Asia and Australia. They operate an extensive network of container s...
Leon Medical Centers is a privately-owned healthcare organization with seven state-of-the-art facilities serving over 46,000 elderly and Medicare patients in Miami and neighboring communities in Dade County, Florida. Established in 1996 by Benjamin Leon Jr., Leon Medical Centers is one of the largest and most prestigious primary healthcare organizations in the state. However, what really sets it apart is its rigorously enforced service philosophy of ‘personal attention at all times’...
Dahua Technology, with its award winning deep learning algorithms, proudly releases WizMind – a portfolio of solutions composed of project-oriented products including IPC, NVR, PTZ, XVR, thermal and software platforms, delivering precise, reliable and comprehensive AI solutions to verticals including government, retail, energy, finance and transportation. WizMind's human-oriented solutions Powered by AI and deep learning algorithms, WizMind provides comprehensive human-oriented solutions including facial recognition, privacy protection, human video metadata, people counting and stereo analysis, enabling rapid and precise reaction. In addition, it provides more precise and effective AI search to locate targets, generating various human data for business analysis. According to IHS, the total market value of professional video surveillance equipment will grow to $27.2 million by 2023 To protect portrait data, WizMind provides outstanding privacy protection. Based on deep learning algorithms, WizMind supports real-time mosaic masking of the human face or body detected in the monitoring area, which is needed in courtroom scenarios and may be valuable to retailers which can optimize their business through intelligent analysis of customer flow, recorded without violating privacy or GDPR. WizMind based on vehicles WizMind boasts multiple vehicle-based AI solutions, such as ANPR and vehicle metadata, illegal parking which provide more attributes of vehicles for easy control, quick search and business analysis. It is widely used in urban areas, residential community entrances, parking lots and toll stations. By extracting and comparing plate numbers with databases, ANPR helps managers of parking lots and city roads improve vehicle management efficiency with functions like Blacklist Alarm and VIP Recognition. ANPR also supports vehicle tracking, which helps police efficiently locate vehicles according to the crosschecking result. ANPR is able to recognize plate numbers in over 58 countries. WizMind with thermal technology WizMind combines deep learning algorithms with thermal imaging technology to help users achieve ultra-long-distance monitoring in harsh environments, non-contact temperature monitoring and early fire prevention. The Dahua WizMind series is compatible with mainstream third party technology partners With an accuracy of 0.3 degrees Celcius and a speed that monitors three people per second, Dahua’s High Accuracy Body Temperature Monitoring Solution has been widely and successfully applied within transportation hubs, financial institutions, commercial complexes, schools and other places all over the world, joining the global efforts in pandemic prevention and control. WizMind Ecosystem Initiating openness and collaboration, the Dahua WizMind series is compatible with mainstream third party technology partners, such as Milestone, AxxonSoft, ISS and others. Furthermore, WizMind Ecosystem provides the DHOP and sufficient API for our technology partners, enabling them to combine real AI joint solutions to our common customers, and a series of marketing activities will be engaged with our ecosystem partners. Dahua WizMind, a high-end AI series, aims to serve demanding scenarios in many vertical industries. With the mission of “enabling a safer society and smarter living”, Dahua Technology will continue to focus on “innovation, quality and service” to serve its partners and customers around the world.
Due to the escalating coronavirus pandemic (COVID-19), Messe Frankfurt New Era Business Media Ltd and ABEC Exhibitions and Conferences P Ltd, have decided that Secutech India will not take place in 2020. The decision is the result of travel restrictions and strict social distancing guidelines currently in place across India, and a lack of availability at the fair’s venue – the Bombay Exhibition Centre – during an appropriate time later this year. The fair will take place at the same location in Mumbai in May 2021. Stemming the spread of COVID-19 The Indian Government has taken extensive measures to stem the spread of COVID-19. Beginning from March 25, a 21-day nationwide lockdown was announced, effective until April 14. This has since been extended for another 19 days, effective until May 3. Strict social distancing regulations have been imposed, and all incoming and outgoing international and domestic flights have been suspended. With uncertainty and tight travel restrictions in place not only in India, but around the globe, pre-fair planning and preparations for Secutech India, originally scheduled from May 7 – 9, 2020, were severely hindered for the fair’s exhibitors and visitors. The decision to defer to 2021 Commenting on the cancellation, Ms Regina Tsai, General Manager of Messe Frankfurt New Era Business Media Ltd, said: “The evolving situation, including local and international travel restrictions as well as constantly changing public health guidelines made it impossible for the fair to be held as scheduled. Despite our best efforts, we have been unable to find a new available time slot at the fair’s venue to adequately serve the interests of our exhibitors in 2020. Because of this, we have taken the difficult decision to defer the fair until 2021.” Mr Manish Gandhi, COO, ABEC Exhibitions & Conferences P Ltd, further commented: “As members of an industry that prioritises safety and security, we are confident that the industry is in full support of our decision. We remain committed to supporting the business of our stakeholders wherever possible, and we look forward to welcoming the full fraternity for another productive few days of trade in 2021."
Motorola Solutions has agreed to acquire IndigoVision, a U.K.-based provider of end-to-end video security solutions. The boards of Motorola Solutions, its holding company and IndigoVision have reached an agreement on the terms of a recommended cash acquisition for approximately $37.2 million, representing a premium of approximately 116 percent based on the average share price over the most recent 12-month period. The acquisition will be funded by existing cash resources of Motorola Solutions and become final in May 2020. Motorola Solutions has a strong presence in the large and expanding area of video security since acquiring Avigilon in March 2018. Their product offerings include high-definition cameras, advanced video analytics, network video management hardware and software and access control solutions. IndigoVision is a developer of complete, end-to-end video security solutions from cameras to video recorders to body worn cameras to security management software. Motorola Solutions says the IndigoVision range of products, global presence and customer base are "highly complementary" to Motorola Solutions' existing presence in video security. Among the benefits is enhanced geographical reach across a wider customer base. "The access we will now have to Motorola Solutions' range of innovative technologies will create new opportunities for IndigoVision and enable us to bring an exciting proposition to the market that allows us to further deliver on our goal of delivering safety, security and business intelligence," says Pedro Vasco Simoes, Chief Executive Officer of IndigoVision. "We share IndigoVision's commitment to providing next-generation, end-to-end video security solutions that enhance safety, security and efficiency," says John Kedzierski, Senior Vice President, Video Security Solutions, Motorola Solutions.
With just days left until the planned industry trade show, Reed Exhibitions has canceled ISC West over concerns about the COVID-19 coronavirus. Here is the statement on the decision: 'We at ISC West want to express our concern for everyone impacted by the COVID-19 coronavirus. Based on our close monitoring of ongoing developments with the virus, recent reports from public health officials and extensive consultation with our partners in the global security community, ISC West, scheduled to be held March 17-20, will now occur in July at the Sands Expo Center in Las Vegas. We take pride in offering vital business opportunities to our customers, including networking, education and access to new products and technologies, and commit ourselves to making July’s ISC West 2020 event live up to high standards. Over the coming weeks, along with ISC West’s Premier Sponsor SIA - we will continue to serve the industry, creating ways to connect, collaborate and keep our world moving during this difficult period.'
With growing concerns over the COVID-19 coronavirus, Motorola Solutions and its Avigilon brand have released a statement on their decision to pull out of this year's ISC West. The trade show, one of the biggest in the security industry, hosts over 30,000 security professionals and over 1000 exhibitors each year. The company states: "After careful consideration, we have withdrawn from this year’s ISC West trade show due to the widespread impact of the coronavirus." Official sources of updates "While ISC West is one important opportunity to demonstrate the power of Motorola Solutions' video security and analytics portfolio, the safety and well-being of our employees, customers and partners is our top priority. We are grateful to the ISC West organizers for their understanding and look forward to attending and supporting future ISC West events." ISC West will occur as scheduled March 17th through 20th, 2020, says Reed Exhibitions, despite the concerns. A statement from the show organizers is as follows: "While we regret that some companies have made the decision not to take part in ISC West 2020, we are focused on making ISC West 2020 a successful, safe, and enjoyable event for all attendees and exhibitors."
ISC West will occur as scheduled March 17th through 20th, 2020, says Reed Exhibitions. Following is a statement from show organizers: We take pride in offering vital business opportunities to our customers, including networking, education and access to new products and technologies and are working diligently to ensure ISC West 2020 and our other events live up to our high standards. While we regret that some companies have made the decision not to take part in ISC West 2020, we are focused on making ISC West 2020 a successful, safe, and enjoyable event for all attendees and exhibitors. Close Monitoring Over the last few weeks, Reed Exhibitions and our partners in ISC West have been closely monitoring the COVID-19 virus and its impact on members of the global security community. We are collaborating closely with the Sands Expo Center and local public health authorities and following local, state and federal public health guidelines, including those issued by the CDC. We have additional precautionary measures in place, including enhanced cleaning and sanitization across all public areas and customer touchpoints in the show and we are constantly reviewing our health protection activities, public health messaging, hygiene and medical control measures with the aim of strengthening our COVID-19 response further in line with up to date public health advice and guidance, including that of the CDC. Health and Safety We will continue to provide updates on our website as we get closer to ISC West. The health and safety of our team members and guests is our utmost priority. Our policies and best practices are in close collaboration with our venue partner, Sands Expo Center. The Sands Emergency Management Team works closely with local officials and are taking appropriate steps to protect team members and guests as outlined by the Centers for Disease Control and Prevention (CDC) and the Southern Nevada Health District (SNHD). Sands is prepared to follow any additional protocols or guidance, as they are made available by the CDC or SNHD.
Every building starts with the entrance. A solid enterprise risk mitigation and security strategy include protecting that entrance. Often, risk mitigation strategies protecting the entrance have included high-resolution video surveillance cameras, video management systems, and access control solutions. But that strategy and set of security solutions only tells part of the story. Imagine a security guard who is protecting a facility after hours, when an individual approaches the entrance and seeks to gain access. The security guard can pull up the video surveillance feed and see the individual and his movements, which appear to be suspicious. But he also needs to hear him in order to decide the next decisions and actions. Does he escalate the situation, calling for backup and for first responders’ response, or does he allow the individual access to the building because he works there and is authorized to enter? Meet high-definition voice What the security guard needs is to be able to hear and to communicate with that individual. All enterprise security systems need three primary components in order to successfully protect the entrance and to mitigate risk – access control, video surveillance, and the ability to hear and communicate. Each component plays an integral role in supporting a unified security system, and without all three, the security system is not complete. Access control can be thought of as the brains of a security system by holding data and permissions. It serves as the arms and hands of the system; it can either keep someone out or invite them in. IP video allows a security team to remotely position a set of eyes anywhere an IP camera can be placed on a network. With a video management system, security teams can see what is happening and decide how to respond. However, with remote viewing, the event may be over by the time security physically responds. Audio adds interactivity That three-component enterprise security system – comprising IP video, access control, and high-definition voice working together mitigates risks and provides value. It also means that security is interactive. Security teams talk and listen to the person that’s seen on a video surveillance system, no matter where the location or how remote. If the person is lost or simply needs assistance, security personnel can talk to them and provide direction and reassurance. Even more, in an emergency, an interactive solution becomes a critical life-saving tool, as it provides data that can be shared between security, police, emergency services, and more. Audio can also detect voices, noises, breaking glass, or other sounds that are not within direct view of a video camera. An interactive security system creates an informed response, by providing real-time situation awareness management. Post-event, it supports forensics and investigations to mitigate future security incidents. Audio and COVID-19 We are living in extraordinary times. As businesses begin to reopen and stay open, they are looking for any tools that can help them overcome the enormous challenges they face. In buildings and facilities, the COVID-19 pandemic has created a new security perimeter, one that demands contactless access with entry and exit, and that has also created a new duty of care for security professionals. Now more than ever is the need to interact and communicate with individuals moving in and out of doors and spaces without physical intervention. Intelligent communications, integrated with contactless access control, can help a business to comply with pandemic safety guidelines and ultimately, reopen for business and stay open. COVID-19 has also increased the need for clean-room isolation and quarantine spaces, sometimes in areas not originally intended for that use, where risk of infection is high, and equipment must be easily disinfected between patients. Here, purpose-built cleanroom intercoms, providing clear touchless communications despite the noisy environment, have emerged as critical tools for enabling patient care while reducing the need to enter the contaminated space. For example, voice communication can enable hospital staff to verify identity and to communicate with patients without entering the isolated and infectious environment, which can save on personal protective equipment (PPE) and reduce the amount of exposure to the virus. In non-emergency healthcare facilities, such as medical centers, voice can effectively relay information to building occupants and visitors for screening purposes. Visitors can be seen and heard. For example, a patient who seeks access to a medical center for an appointment can hear important instructions from a nurse via the intercom solution. Seeing the person that you talk to is one thing but hearing them conveys a much better sense of closeness, making it possible to maintain a high level of security and customer service. The whole story Today’s security systems should no longer simply involve video surveillance cameras generating feedback and images to a security guard. Instead, a new ecosystem for enterprise security and risk mitigation has emerged, and it’s one that involves video surveillance, access control, and high-definition voice. That ecosystem can ensure well-rounded and responsive information management and security platform, all communicating with each other and offering actionable insight into risks and potential physical breaches. Audio is the new value hub of the connected and intelligent school, campus, building, correctional facility, and more. Simply put, a silent security system cannot be an effective security system. In every situation, it is crucial for all security professionals to mitigate risk, no matter what they are protecting. This emphasizes the need to hear, be heard, and be understood in virtually any environment.
Indoor positioning is, in many ways, an inside version of the satellite-navigation apps we rely on for outdoor navigation, but with an added twist – it can also be used to help locate people and things. Let’s say you’re at home and misplaced your car keys, or you’re in a grocery store and can’t find your favorite brand of coffee. Or maybe you’re working in a factory and need a particular tool from a storage bin, or you’re a site manager dealing with an emergency and need to make sure everyone’s exited the building. Indoor positioning helps in all these situations, because it can locate items and guide you to where they are. The importance of “where” Knowing where an asset is located in real time is useful in many ways. In industrial settings, it improves item utilization rates and saves time spent searching for things. It opens the door for a new level of “just in time” efficiency on factory floors, and for inventory management in warehouses and retail environments. Safety is another benefit of accurate location, because knowing where people, automatic guided vehicles, and robots are in real time can help prevent accidents and keep people out of harm’s way. Accurate location in real time also enables contextual decision-making, so your smart house adjusts your stereo automatically as you move from to room or lets you control objects by simply pointing at them. Lets you control objects by simply pointing at them Security authorisations based on location is another possibility. Precise real-time location is something that can be hard to fake, so it can be used to restrict access to an area or used to add protections based on where an asset sits, where a piece of data resides, or the origination point of a communication. Getting the technology right Developing an effective technology for indoor positioning requires several things. To begin with, location readings needs to be very precise, with accuracy down to as small an area as possible. The technology has to be secure, because location often needs to be kept private. The technology has to be reliable, even in harsh environments, and easily scalable, too, so it can address the thousands of people and assets in large venues. It has to be low power and affordable, so it can be embedded in everything from high-end, complex devices like smartphones to low-end, simple devices like asset tags. And, of course, the technology has to have latency low enough that it can track movement in real time. Various wireless technologies, including Bluetooth and Wi-Fi, are already used for indoor positioning, but they don’t deliver on the full set of requirements, especially in terms of accuracy. A different kind of wireless, called Ultra-Wideband (UWB) checks all the boxes. It has the potential to change the way we do all kinds of everyday tasks. What is UWB? UWB is based on the IEEE standard 802.15.4a/z, which has been optimized for micro-location and secure communication. UWB is highly accurate. It can pinpoint people and things to within just a few centimeters, making it 100 times more accurate than the current implementations of Bluetooth Low Energy (BLE) and Wi-Fi. UWB is reliable because it has high immunity to various types of interference, including multipath, which is when a wave from a transmitter traveling to a receiver by two or more paths causes interference. UWB also offers very low latency, with update rates of up to 1000 times per second and readings that are as much as 50 times faster than satellite navigation. UWB is also implemented using mainstream technology, so it’s both affordable and optimized for low power. Lastly, UWB leverages distance-bounding techniques defined by the IEEE to provide a level of security that makes it extremely difficult to hack. Ultra-Wideband (UWB) checks all the boxes How is all this possible? Physics! UWB out-performs other location technology because, unlike Bluetooth and Wi-Fi, which transmit narrowband signals and use Received Signal Strength Indicator (RSSI) to determine location, UWB transmits wideband signals (500 MHz) and uses Time-of-Flight to determine location. Already in 40+ verticals UWB is already bringing value to products and services in more than forty verticals covering the consumer, automotive, industrial, and commercial market segments. For example, it brings operational visibility to manufacturing and logistics, helps businesses protect workers, and reduces safety-management costs. UWB also lets robots and drones self-navigate, and enables secure, hands-free access to cars, front doors, and other secure locations. It even helps with contact tracing and social distancing in the fight against COVID-19. Now in smartphones Recent adoption in smartphones means UWB is ready to grow quickly. Developers are using UWB as part of new services, with an eye toward making various everyday activities more convenient and safer. With UWB as part of smartphone apps, purchases will be more secure, accessing your car will be possible without a key fob, and misplaced items won’t stay hidden for long. Retail outlets will use location for targeted marketing, and finding things on store shelves will be easier than ever. Home automation will become seamless, and friends and family will be easy to find even if they’re in a crowd. The question of interoperability Having UWB in smartphones is an important first step Having UWB in smartphones is an important first step toward making UWB an everyday part of life, but interoperability is another key factor, since smartphones have to interact with a wide range of other devices and services. That’s where the FiRa Consortium comes in. Launched just over a year ago, the FiRa Consortium is a member-driven organization of market leaders from the consumer, mobile, industrial, enterprise, and semiconductor industries. FiRa members work collectively to define the future standards that will make interoperability across UWB products a reality. With FiRa making it possible for developers to use UWB in all kinds of new ways, the future of indoor location is really only limited by the developer’s imagination.
Throughout the COVID-19 pandemic, ensuring the safety of passengers and staff aboard public transport has been an ongoing concern. The scenes of underground trains, still packed with commuters as infection rates soared, will have raised alarm bells with bus and train managers, transport officials and government representatives alike. Now, as infection rates hold steady and people slowly return to the workplace, a rise in commuter levels, coupled with a need for strong infection control protocols, is putting a strain on an already overburdened transport system. Managing passenger flow through bus terminals and train stations, while ensuring adherence to social distancing and mask-wearing policies, can be a difficult task. On buses and trains, staff have the unenviable task of challenging any individual who flouts the rules, while attempting to maintain safe operation for the benefit of all passengers. This is where advances in digital surveillance technologies can play an important role in enhancing security, improving operations and supporting the customer facing teams in their day to day roles. The power of the cloud Keeping businesses afloat and people connected throughout the pandemicCloud or hosted technology has played an important part in keeping businesses afloat and people connected throughout the pandemic. When it comes to physical security such as video surveillance and access control, today’s cloud-enabled systems are far removed from the outdated CCTV and manual access control technologies employed in the past. Cloud connectivity brings with it many benefits, from a security, operational and also business intelligence point of view, thanks to the powerful data that these solutions produce which can be used to inform decision making. The advantages of cloud-based physical security technologies are many, and have wide ranging applications for all areas of the transport sector; across stations, transport hubs and vehicles. When used to support staff and complement existing processes, such systems can prove invaluable for transport professionals in helping to create a safer working environment, promoting confidence among personnel and passengers, and assuring passengers who are fearful about the current pandemic that all possible precautions are being taken during their journey. Managing occupancy across bus and rail Monitoring the movement of staff and passengers is an essential part of being able to maintain a safe operation. Through the utilization of surveillance cameras at entrances and exit points, as well as at key areas within transport terminals and on the transport mode itself, occupancy thresholds can be determined to ensure passenger numbers do not exceed safe limits. Network surveillance cameras, accessed via mobile device, can enable transport officials to check passenger flow in real-time, while live alerts to warn that health and safety protocols are being breached, enable swift drafting of security or operations personnel to address the situation. Live alerts to warn that health and safety protocols are being breached Through internet of things (IoT) connectivity, additional devices can be easily added to complement the surveillance solution and unlock further benefits. Network audio speakers can be triggered to play pre-recorded messages to alert or inform passengers. Similarly, frictionless access control, enabling customers and staff to move ‘hands-free’ through gateways and ticket checkpoints to avoid viral spread, is made possible by having an access reader which is activated, for example, via QR codes on a mobile phone. And when access readers are integrated with surveillance cameras, this will act as a second layer of authentication to grant or refuse access based on valid staff credentials. Improving security in challenging times Such technologies, interconnected and able to share data, can be used to more effectively report in real time on activity that threatens to have an adverse effect on passengers, staff and the transport environment. Significant parts of the rail network are relatively unmonitored, and inevitably these areas are more vulnerable to vandalism. Similarly, on bus services, abuse of passengers and staff, and acts of criminal behavior remain a concern. By alerting security staff to a developing situation before it occurs, an incident can be dealt with quickly, minimizing disruption to transport services. Cloud based technology can be relied on Cloud based technology can be relied on to not only help improve current services, around passenger occupancy in the current pandemic, but also to help transport officials plan for the security challenges of the future. Simple customization and easy scalability, plus software upgrades and firmware updates to ensure the system is always up to date and operational, form essential components of a future proof solution which is capable of bringing peace of mind to the transport industry. Additionally, predicted future benefits include the potential for customers to check transport occupancy levels via a mobile app. This would inform them of particularly busy times of passenger transit, allowing more choice over when and where to travel based on real-time data, and ultimately helping to even out passenger numbers to balance journeys and greatly improve efficiency and flow. In a busy world where the demands on our rail and bus networks are now impacted by the COVID-19 pandemic, and indeed the possibility for further related challenges in the future, such cloud-connected technologies represent a worthwhile investment.
Historically, concerns about inclusion and diversity have not been widely discussed in the security market. In the last couple of years, however, the Security Industry Association (SIA) and other groups have worked to raise awareness around issues of diversity and inclusion. Specifically, SIA’s Women in Security Forum has focused on the growing role of women in all aspects of security, and SIA’s RISE community has focused on “rising stars” in an industry previously dominated by Baby Boomers. The next generation of security leaders There is a business case to be made for diversity and inclusion, says a report by McKinsey & Company. According to the management consulting company, gender-diverse companies are 24% more likely to outperform less diverse companies, and ethnically diverse companies are 33% more likely to outperform their less diverse counterparts. Furthermore, the “next generation of security leaders” – employees under 30 – are particularly focused on diversity and inclusion. Diversity refers to the traits and characteristics that make people unique A panel discussion at ISC West’s Virtual Event highlighted aspects of inclusion and diversity, starting with a definition of each. Diversity refers to the traits and characteristics that make people unique. On the other hand, inclusion refers to the behavior and social norms that ensure people feel welcome. “We are all on a journey, and our journey takes different paths,” said Willem Ryan of AlertEnterprise, one of the SIA panelists. “There are opportunities to improve over time. We can all change and increase our ability to have a positive impact.” Industry responsibility The industry has a responsibility to the next generation of industry leaders to address issues of inclusion and diversity. Forbes magazine says that millennials are more engaged at work when they believe their company fosters an inclusive culture. So the question becomes: How do we unify and create opportunities to work with and champion tomorrow’s leaders? SIA is driving change in our industry to achieve that goal. More women are active in SIA than ever before. The SIA Women in Security Forum now has 520 members, said Maureen Carlo of BCD International, the SIA Women in Security Forum Chair and another panelist. Also, more women than ever are chairing SIA committees and serving on the SIA Board of Directors. More women than ever are chairing SIA committees Overcoming unconscious bias Former SIA Chairman Scott Shafer of SMS Advisors, another of the panelists, noted that SIA awarded the Chairman’s Award to the Women in Security Forum in 2019, and to the RISE community steering committee in 2020. “There are lots of ways we are seeing the elevation of women and ethnic groups in the security industry,” said Shafer. One topic of interest is the problem of “unconscious bias,” which can be overcome by looking at something through some else’s lens. Ryan suggested use of the acronym SELF – Slow Down, Empathize, Learn, and Find commonalities. Ryan recalled the value of being mentored and having someone shepherd him around the industry. “Now I want to give back,” he said. “We need to look at the things we can change in ourselves, in our company, in our communities, and in our industry. Change comes from the bottom and the top.” Increasing representation “It takes all of us to increase representation everywhere,” said Kasia Hanson of Intel Corp., another panelist. “We have in common that we are all human beings. Let’s make sure the next generation all have opportunities.” Diverse companies can attract better talent Moving forward, the panelists urged the industry to get involved and create opportunities because inclusion drives diversity. Diverse companies can attract better talent and attain a competitive advantage. Awareness of unconscious bias, and working to eliminate it, is an important element of change. Despite the progress the security industry is making, change continues to be incremental. As Ruth Bader Ginsburg has said, “Real change, enduring change, happens one step at a time.”
Facial recognition is becoming more popular in newer systems for access control — a shift that began before the pandemic and has intensified with a market shift toward “touchless” systems. A new facial recognition platform is emerging that responds to the access control industry’s increased interest in facial recognition by expanding the concept with a new higher level of technology. At the core of the new system is high-performance, true-3D sensing with facial depth map processing at low power consumption, which enriches the capabilities of small-footprint access control devices. New proficiencies include anti-spoofing (preventing the use of a 2D photo of an authorized user to gain entry) and anti-tailgating (preventing an unauthorized person from gaining entry by following an authorized user) in real time and in challenging lighting conditions. The system uses “true 3D sensing,” which incorporates single-camera structured-light 3D sensing—as opposed to dual-camera depth sensing or IR video imaging-based approaches. AI vision processing and 3D sensing technologies The new “Janus reference design” incorporates AI vision processing, 3D sensing technologies, and RGB-IR CMOS image sensor technologies from Ambarella, Lumentum and ON Semiconductor. Specifically, Lumentum’s high-reliability, high-density VCSEL projector for 3D sensing combines with ON Semiconductor’s RGB-IR CMOS image sensor and Ambarella’s powerful AI vision system on chip (SoC). The Ambarella, Lumentum, and ON Semiconductor engineering teams worked together to incorporate their complementary technologies into the reference design. A reference design offers OEM product and engineering teams a fully functional engineering reference implementation that they can use as the basis for their own product. Teams will often customize a reference design with their choice of various third-party hardware components to fit their product specifications and positioning. They might also integrate their own software, algorithms, and back-end system integrations. The advantage to this approach is that the manufacturer can get to market quickly with a next-generation product that emphasises their core strengths. 3D depth information for facial recognition Generally, it takes between nine months and a year for a manufacturer to get to market using a fully functional reference design, such as the one developed jointly by Ambarella, Lumentum and ON Semiconductor. The Janus platform leverages 3D depth information generated via structured light for facial recognition with a >99% recognition accuracy rate. Traditional 2D-based solutions are prone to false acceptance and presentation attacks, whereas 3D sensing delivers advanced security—just as mobile phones use true-depth cameras for facial recognition. 3D facial recognition also significantly reduces the gender and ethnic biases demonstrated by some 2D facial recognition solutions. The Janus reference design is also aimed at future smart locks for enterprise and residential use: its unique single-camera 3D sensing solution will help OEMs overcome cost and manufacturability barriers, while the ultra-low power edge AI capability can effectively extend the battery life, which in turn reduces maintenance cost. Video security and access control Ambarella sees touchless access control, as well as the convergence of video security and access control, as the mega-trends driving industry innovation and growth—using video, computer vision, and 3D sensing to not only address safety and security, but also to improve the user experience and public health, says William Xu, director of marketing for Ambarella. The convergence of video security cameras and access control readers has been widely discussed by leading access control OEMs. In many cases, they already integrate video security cameras, readers, door controllers, cloud-access, and the like. In most enterprise installations, one would typically find security cameras installed where there are access control readers. Combining the two devices significantly reduces the maintenance cost and system complexity. “In comparison to fingerprint or other contact-based approaches, Janus-based access control is touchless—requiring no physical contact with authentication hardware such as fingerprint sensors or keypads—reducing infection risk while enabling a seamless experience,” says Mr. Xu. “The Janus platform provides true 3D depth information to prevent unauthorized individuals from mimicking legitimate users, and the advanced embedded AI processor enables tracking and anti-tailgating algorithms. Janus-based devices perform well in challenging lighting conditions and they are capable of authenticating multiple users simultaneously, with imperceptible latency.” Access Control and public health What was once purely a security challenge—namely, how to prevent unauthorized entry into a restricted area—has evolved into a public health challenge as well. Many traditional access control methods, from number pads to fingerprint readers, require touch in order to function, and if the current global pandemic has made one thing evident, it’s that minimizing physical contact between users and surfaces is vital to community well-being. Janus was originally designed to facilitate the next generation of facial-recognition-based access control readers—enabling 3D sensing and high recognition speed for seamless authentication. COVID-19 has accelerated industry-wide research, development, and timelines for Janus-based solutions, says Mr. Xu. Deep learning and artificial intelligence drive all the new capabilities offered in Janus—capabilities that are only possible due to the platform’s high computational horsepower. The core deep learning and AI capabilities of Janus enable a wide range of advanced features only possible with an embedded vision SoC, says Mr. Xu. All are performed in real time, even when multiple users are being processed simultaneously. These include the extraction and comparison of facial depth maps with those registered in the system; 3D liveness detection, ensuring that the system can distinguish between real users and photo or video playback attacks; anti-tailgating, which relies on computer vision algorithms to detect and track when an unauthorized person follows a legitimate user inside; face mask detection; and people counting. VCSEL technology According to Ken Huang, Director of Product Line Management, 3D Sensing, Lumentum: “Lumentum’s VCSEL technology is one of the Janus design’s core strengths and differentiators. The process begins when Lumentum’s high-resolution dot projector projects thousands of dots onto the scene to create a unique 3D depth pattern of a user’s face. Most traditional biometric facial security systems rely on 2D images of users—simple photographs—which reduces authentication accuracy. In contrast, the 3D depth map generated by Lumentum’s technology provides the foundation of a more accurate, more secure, and more intelligent system overall. In addition, Lumentum’s VCSEL solutions incorporate a Class 1, eye-safe laser with zero field failures to date.” Adds Paige Peng, Product Marketing Manager, Commercial Sensing Division, ON Semiconductor: “If we think of Ambarella’s CV25 as the brain of the Janus design, the AR0237IR from ON Semiconductor is the eye. The AR0237IR image sensor captures the information, and the CV25 processes it. Other face recognition systems use two “eyes” – one to recognize RGB patterns to generate the viewing image stream, and another IR module to detect liveliness in motion. The Janus solution leverages a single “eye”—the AR0237IR—to obtain both visible and infrared images for depth sensing and advanced algorithms such as anti-spoofing and 3D recognition. AR0237IR also provides good sensitivity in various lighting conditions and supports high-dynamic-range (HDR) functions.” The single-camera 3D sensing solution for access control operates in three seamless steps: Step 1: Lumentum’s high-resolution dot projector creates a unique 3D depth map of a user’s face; Step 2: ON Semiconductor’s RGB-IR image sensor captures the high-resolution images from Step 1, even in low-light or high dynamic range conditions; Step 3: Ambarella’s advanced vision SoC takes the high-resolution images captured in Step 2 and uses deep neural networks (DNNs) for depth processing, facial recognition, anti-tailgating, and anti-spoofing while video encoding and network software run simultaneously.
Within days, a rule will take effect that bans from U.S. government contracts any companies that “use” video products from Chinese companies Hikvision and Dahua. The Federal Acquisition Regulation (FAR) rule implements the “blacklist” (or “Part B”) provision of the National Defense Authorization Act (NDAA), which is understood in the security industry as prohibiting dealers and integrators that do business with the federal government from selling Chinese-made video products to any of their customers (even for non-government projects). The rule, which is officially still interim, states: “On or after August 13, 2020, [federal] agencies are prohibited from entering into a contract, or extending or renewing a contract, with an entity that uses any equipment, system, or service that uses covered telecommunications equipment or services as a substantial or essential component of any system, or as critical technology as part of any system.” Federal rules Within days, a rule will take effect that bans U.S. government contracts any companies that “use” video products from Chinese companies Hikvision and DahuaFederal agencies issuing the rule are the Department of Defense (DoD), the General Services Administration (GSA) and the National Aeronautics and Space Administration (NASA). GSA provides centralized procurement for the federal government. Because the COVID-13 crisis delayed issuance of the rule, the usual 60 days will not be allowed for public comment before the rule is implemented. However, public comments are welcome and will be addressed in subsequent rulemaking. “Telecommunications equipment” refers to equipment or services provided by Huawei Technology or ZTE Corp, both Chinese telecommunications giants. The rule also specifies that it applies to “certain video surveillance products or telecommunications equipment and services produced or provided by Hytera Communications Corp., Hangzhou Hikvision Digital Technology Company, or Dahua Technology Company (or any subsidiary or affiliate of those entities).” Hytera is a Chinese manufacturer of radio systems. Hikvision and Dahua are major international manufacturers of video surveillance equipment. Limits and prohibitions The rule states: “This prohibition applies to the use of … equipment or services, regardless of whether that use is in performance of work under a Federal contract.” In the industry, this clause is taken to mean that integrators that “use” any of the covered equipment are prohibited from selling to the government. “Use” presumably covers an integrator deploying the equipment in their own facilities and/or selling it to other customers. The rule also prohibits “service … related to item maintenance,” which in the case of a security integrator would include providing service contracts on previously installed systems. Security Industry Association (SIA) The Security Industry Association (SIA) comments: “Due to applicability [of the rule] to uses by entities with federal contracts even unrelated to their federal work, this broad interpretation is expected to have widespread impact on the contracting community across many sectors, as covered video surveillance equipment is some of the most commonly used in the commercial sector in the United States.” Security integrators that do business with the federal government have largely anticipated the new rule and already switched their Chinese camera lines for NDAA-compliant competitors. However, as SIA points out, extensive common uses of the Chinese equipment in various commercial sectors raises additional concerns. Easing compliance burdens The interim rule adopts a “reasonable inquiry” standard when an offeror (government contractor) represents whether it uses covered equipment. “A reasonable As SIA points out, extensive common uses of the Chinese equipment in various commercial sectors raises additional concerns. inquiry is an inquiry designed to uncover any information in the entity’s possession about the identity of the producer or provider of covered telecommunications equipment or services used by the entity. A reasonable inquiry need not include an internal or third-party audit.” SIA notes that this provision may be aimed at easing the compliance burden by suggesting that contractors only need to inquire based on what information they already possess. The 'blacklist' The new rule covers Paragraph (a)(1)(B), which has informally been referred to as the “blacklist” provision of the NDAA, the John S. McCain National Defense Authorization Act for fiscal year 2019. However, the “Chinese ban” provision [Paragraph (a)(1)(A)] already went into effect a year after the law was signed by President Trump (August 13, 2018). “Part A” covers use of Chinese-made products in fulfilling government contracts. A growing threat Seeking to justify the new restrictions, the FAR rule states: “Foreign intelligence actors are employing innovative combinations of traditional spying, economic espionage, and supply chain and cyber operations to gain access to critical infrastructure and steal sensitive information and industrial secrets. The exploitation of “Telecommunications equipment” refers to equipment or services provided by Huawei Technology or ZTE Corp, both Chinese telecommunications giantskey supply chains by foreign adversaries represents a complex and growing threat to strategically important U.S. economic sectors and critical infrastructure.” SIA has urged a delay in implementing the “Part B” provision, stating: “The federal government estimates that it will cost contractors well over $80 billion to fully implement this prohibition on the use of certain Chinese telecommunications and video surveillance equipment, yet endless delays in publishing the rule now mean that federal suppliers have just weeks to understand and comply with the new rule, which raises as many questions as it answers.” SIA continues: “Federal suppliers across a wide range of industries have increasingly concluded that Part B is unworkable without clarification of the scope and meaning of key terms in the provision, which the rule does not do enough to define. For example, Part B bans agencies from contracting with a provider that “uses” any covered equipment or service. This term is not clearly defined in law or regulation, yet contractors must certify compliance beginning Aug. 13, 2020.” The Part B rule, which only applies to prime contractors, enables agency heads to grant a one-time waiver on a case-by-case basis, expiring before Aug. 13, 2022.
A video surveillance system with around 40 IP and thermal cameras from Dahua Technology has been installed at Yarmouth Harbor on the Isle of Wight. The harbor consists of a large marina, docks for the Wightlink Ferry terminal, and pontoons and boat moorings upstream. The previous system was becoming outdated, with poor picture quality and cabling issues. Following a number of thefts from boats and boat fires in neighboring harbors, a new solution – including a thermal imaging capability – was specified. Sensitive fire alarm system Automatic people-counting technology has been incorporated into the cameras to as a health and safety measure The Dahua cameras are a mix of thermal bullets, IR bullets, Ultra PTZs, IR domes and fisheye cameras. The thermal cameras are especially suited to wide area outdoor video surveillance and are ideal for the large, water-based environments at the harbor. The cameras feature Vox uncooled thermal sensor technology and high thermal sensitivity at less than 40mK, enabling them to capture more image details and temperature fluctuations. With a built-in fire detection functionality, the cameras provide an extremely sensitive fire alarm system. The IR bullet cameras feature highly efficient H.265 encoding technology, PoE and IR illumination at up to 50 meters, as well as a wide dynamic range, providing vivid images even in the most intense contrast lighting conditions and delivering powerful day/night surveillance in a compact package. At one of the moorings upriver, there is no power supply on isolated pontoons, so wind power and solar energy have been harnessed to operate the cameras. Automatic people-counting technology Images are transmitted wirelessly back to a control room at the main harbor office. When the control room is not staffed, Yarmouth Harbor can nominate individuals to receive alerts and images on their tablets and smartphones via the Dahua surveillance app. The surveillance system has transformed our ability to monitor the harbour for safety and security" As well as the harbor itself, the system also covers the adjacent Yarmouth pier, a Grade II listed structure said to be the longest wooden pier in the UK and recently refurbished. Automatic people-counting technology has been incorporated into the cameras at the pier’s entrance to monitor numbers on the pier as a health and safety measure. Straightforward use “The new surveillance system has transformed our ability to monitor the harbor for the safety and security of our customers, staff and the visiting public,” said Dave Rice of Yarmouth Harbor Commissioners. “The HD picture quality is superb and you can pick out people’s faces, so there is no comparison with the previous cameras. The system has proved straightforward to use and we are delighted with its performance to date.” “This proved an interesting project to work on, not least because parts of the installation had to be carried out by boat,” said Chris Snell, managing director of security installation firm, Central Southern Security. "The Dahua equipment has been a pleasure to work with and will provide Yarmouth Harbor with a great solution for many years to come.”
Recife’s urban trains system carries around 400 thousand passengers a day – it is the third largest railway operator in number of users in Brazil. To ensure a safe journey for passengers, it is imperative to increase the subway security with modern technologies and monitoring equipment. The main challenge was to adapt the technology to the specific conditions such as lighting, people flow and speed of a subway station while not interrupting the transportation service. Therefore, ease of operation, installation and high availability of the system were prerequisites for choosing the surveillance solution. Surveillance Operation Development With a contribution of BRL 61.5 million to invest in the improvements for the Pernambuco subway, Companhia Brasileira de Trens Urbanos (Brazilian Urban Trains Company, CBTU) has started a recovery plan for stations, trains, electrical systems and permanent pathways last year. It then inaugurated a new phase of the surveillance operation with the acquisition of 1380 high-resolution cameras from Dahua Technology for the deployment of the surveillance system. The Dahua intelligent surveillance system with embedded video analytics monitors 52 places scattered all over the 71 km of the railway line The Dahua intelligent surveillance system with embedded video analytics monitors 52 places scattered all over the 71 km of the railway line at the capital and the metropolitan region. The project led by Grupo Avantia from the publication of the bidding contest until the installation combines four models of network cameras from Dahua: DH-IPC-HF5231EN-Z-S2; DH-IPC-HF5231EN-S2; DH-IPC-HDBW8231E-ZS2; and DH-SD65F230FN-H – all equipped with H.265 compression and video analytics. Efficient Processing Format These cameras work every day capturing and identifying images. With an amount of data that needs to be analyzed daily, the H.265 video compression pattern, a format twice as efficient as its predecessor (H.264), is essential since it uses only 50% of the bandwidth, maintaining the same quality. The equipment using the main features of Dahua (H.265 compression, analytics, Starlight) has reinforced the security of the Central and Southern lines of the Pernambuco Subway and has allowed the operators to obtain detailed views of the subway operations, especially at peak hours or during tourist events, such as Carnival. Starlight Surveillance Solution Day and night, under difficult lighting conditions and even in points with extreme low light, Dahua exclusive Starlight cameras deliver sharp and colorful images to the surveillance center to guarantee the best performance in conditions of very low luminosity (0.005 Lux). Technology strengthens user protection in a general way, because it avoids intrusions into vital areas of operation, depredations or other occurrences that could hinder the passenger transportation. With video analytics, even if the video surveillance operator is not tracking the images of a specific camera, the system automatically identifies and alerts a detected movement in a restricted region, for example. In addition to the high technology, Dahua also provided professional technical support to guarantee the success of the installation process Professional Technical Support In addition to the high technology, Dahua also provided professional technical support to guarantee the success of the installation process, which did not hinder the operation of the subway. As revealed by Avantia’s Operational Director, Mr. Hamilton Valentin, “The partnership with CBTU has been very successful, due to the peculiarities of the implementation of the security system. It was a major deployment challenge, since all the systems of the stations were in full operation. It was a result of an outstanding team effort with the full support and partnership of the client, so that the implementation would occur in the best way possible and with minimal interventions in the subway system". With the help of Dahua network cameras, the coming and going of passengers from Central and Southern lines now have the protection of the security teams in multiple locations throughout the subway’s operation. The new video surveillance system was designed to operate in a centralized management, which differs completely from the previous single-management model. Thus, with this change, it became possible to take better advantage of the human resources of the security team at the 37 stations. Improved Quality Of Service The whole system of Dahua video surveillance was thought to ensure not only the physical safety of each user, but also to avoid a common problem that causes a high impact to the quality of the service: vandalism. On some occasions, a window broken by a user can delay the routine of thousands of passengers. With the video surveillance cameras, it is possible to identify suspects, trigger the maintenance service in a more agile way and minimize the impact on the operation. The video footage of occurrences that happen inside the System of Urban Trains’ facilities can be shared with the Military Police which, if necessary, can conduct searches in the image database and use resources such as Zoom to capture details that help in the investigations. The operators themselves can alert the authorities depending on the incident. This is the first CBTU project, which also manages the urban rail transport in other Brazilian capitals, such as João Pessoa, Maceió, Natal and Belo Horizonte Smart Video Surveillance System This is the first CBTU project, which also manages the urban rail transport in other Brazilian capitals, such as João Pessoa, Maceió, Natal and Belo Horizonte. “With this case, Dahua Technology ratifies once again its expertise in projects for the public segment. The solution offered will enable the end client to have a fully smart video surveillance system that will provide optimal lighting in dark environments, 24h protection of restricted areas, occurrence alerts and high performance to operators. All this will focus on prevention and alerting possible situations that endanger the subway system as well as the security of its users", Fabio Lopes, Channel Sales Director of Dahua Technology Brazil. “The cameras are being installed and monitored centrally, in a control room. In the future, we intend to achieve a cost reduction for the company, since with the cameras we were able to reduce in local surveillance at some subway stations, but the great advantage will be seen in the safety of our passengers. The images help us identify crimes in the stations and send this information to the law enforcement. We are in the implementation phase and starting to operate with smart technology, the results have already started to be seen – we have already managed to identify and arrest suspects, forwarding them to the police. We are employing all efforts to train and hire new agents and I am sure we will achieve greater gains in the future”, commented Leonardo Villar Beltrão, CBTU Recife Superintendent. Minimal Interventions For Deployment “The partnership with CBTU has been very successful, due to the peculiarities of the implementation of a state-of-the-art security system. It was a major deployment challenge, since all the systems of the stations were in full operation. It was a result of an outstanding team effort with the full support and partnership of the Client, so that the implementation would occur in the best way possible and with minimal interventions in the subway system", said Hamilton Valentin, Avantia’s Operational Director. “This project is of extreme importance to Spectra. We have been close to Avantia and Dahua Technology throughout the implementation process, providing them with all the necessary support in the delivery of solutions”, Reginaldo Mattos, Director of Spectra Systems.
LAN airline, one of the most important airline companies in Latin America, is based in Lima, Peru. The airline company operates scheduled domestic and international services, controlling over seventy percent of the domestic market. Its main base and maintenance center are located in Jorge Chávez International Airport, Lima, which is a significant transfer hub and aviation infrastructure of South America. The LAN airline deploys its surveillance system with Dahua solutions for its office and airplane maintenance center, which plays a vital role to keep customers' airplanes flying safely. As what the customer specified, they want the center covered to ensure a 100% regular management and operation. However, since it is located inside of Jorge Chávez International Airport, it brings along with a hassle as neither too many cables nor wireless antennas are allowed because it may generate electronic jamming. The Dahua 6C-series speed dome cameras can not only provide clear and crisp images, but also requires less output power AP Mode Wireless Video Transmission Under this circumstance, Dahua team suggested to use a hybrid solution — a combination of AP (access points) and wire transmission — wirelessly transmit the camera data to inter-connected sub-centers, and then cable-transmit to the control room. The ‘AP mode’ wireless video transmission system includes access points, feeders, PoE, antennas and power cables, allowing a 3.0km to 5.0km long-distance fast transmission with a wide angle, by which, the coverage is further expanded. High-Quality Images At Low Power Consumption There are in total hundreds of network cameras and Dahua speed domes adopted, ranging from basic line-up to the Eco-Savvy series with versatile shapes such as domes and box cameras according to the actual surveillance surroundings. Take the Eco-Savvy camera series for example, the dome camera is able to provide high-quality image with much lower power consumption — saving up to 50% energy compared with similar products from other bidders. Moreover, the Dahua 6C-series speed dome cameras can not only provide clear and crisp images, but also requires less output power, lowering the power output of the airport. Over fifteen 16-channel PoE NVRs are applied, each with 384Mbps incoming bandwidth, rendering a smooth HD real-time preview and recording As for storage, over fifteen 16-channel PoE NVRs are applied, each with 384Mbps incoming bandwidth, rendering a smooth HD real-time preview and recording; and its PoE function simplifies installation and reduces signal interference. The NVR accommodates up to 16TB with 4 SATAs supported, ensuring a large volume 24/7 storage. Products Deliver Excellent Performance “Actually, we have many bidders and the final reason that drives us to cooperate with Dahua is their outstanding product quality and service. We can see their professionalism in video surveillance and plus their sincerity makes us moved during the communication,” said Luis A. Gómez Cornejo, Supervisor of Electronic Security at LAN Perú. “The implementation went great, they deployed the system within quite a short time and the products are in very good performance.” “We feel super honored to be involved in this case,” said William Zhou, Sales Director for Latin Americas at Dahua Technology. “In recent years, we are going vertical rather than providing simple and individual products. And this project deepened our insight and practical experience towards airport projects.”
Manchester-Boston Regional Airport opened to serve the state of New Hampshire and the surrounding New England community in 1927, a little over two decades after the Wright brother’s first powered flight. Located three miles south of central Manchester, the Manchester-Boston Regional Airport is the fourth largest passenger and third largest cargo airport in New England. The airport is also the busiest in the state, qualifying under the Federal Aviation Administration (FAA) as a “small hub primary commercial service facility.” Airport Redevelopment Project The 1990’s brought a large redevelopment project to the airport, sparking more modern facilities, increased room for aircraft, and a range of new shops and restaurants. By 2012 it had become clear that the airport and its parking areas required enhanced surveillance. Increased foot traffic, manpower, and federal safety regulations resulted in the awarding of an FAA grant for a new surveillance system. Increased foot traffic, manpower, and federal safety regulations resulted in the awarding of an FAA grant for a new surveillance system The Manchester-Boston Regional Airport faced a lengthy decision-making process when it came to security camera manufacturers, requiring products able to support the unique applications and varied environment of the airport. The security team monitored a range of spaces both in and outdoors, and required products that excelled under all of these varying situations and lighting conditions. The selected cameras needed to provide full high-definition video across multiple open areas, while also delivering detailed, close-up images within busy, crowded spaces. The airport’s FAA grant included stipulations regarding the types of products that could be purchased with the supplied funds, specifying that the selected system must qualify under the “Buy American” standard. This provision meant that all potential selections not only meet the technical requirements, but also be Made in USA. AV Costar: Foundation For Security System After a year of exploring the market, the client determined that AV Costar was the only manufacturer that not only satisfied the “Buy American” stipulation, but did so without sacrificing the airport’s fundamental security requirements by providing a wide range of high resolution megapixel cameras.AV Costar was open in demonstrating its Made in USA product design, manufacturing, quality control, and support as part of the selection process AV Costar was open in demonstrating its Made in USA product design, manufacturing, quality control, and support as part of the selection process. Securadyne Systems was selected as the systems integrator. Extensive planning determined which AV Costar products to install, where to do so, and how the installation process would be accomplished. Once Manchester-Boston Regional Airport chose AV Costar cameras as the foundation for their security system, they began to collaborate with On-Net Surveillance Systems, Inc. (OnSSI) to supply the video management system (VMS). OnSSI is an AV Costar Technology Partner Program member, with many joint customers around the world, demonstrating proven integration between the two company’s products and support services. Arecont Cameras Chosen By Airport Security Team The AV Costar SurroundVideo® multi-sensor camera series piqued the security team’s interest for its 180° panoramic capabilities. Passengers, staff, and aircraft crew move frequently and often swiftly from one location to another in varied lighting, yet all proved trackable with the SurroundVideo cameras and the OnSSI software. The placement of SurroundVideo cameras at the Manchester-Boston Regional Airport provides comprehensive coverage while reducing the number of cameras needed overall, a feat that was especially useful in large areas such as the airport’s apron. The security team chose cameras from the AV Costar MegaDome® series, which are equipped with a wide range of innovative features For locations that required a single coverage view, the security team chose cameras from the AV Costar MegaDome® series, which are equipped with a wide range of innovative features. Features such as low light capabilities and remote focus and zoom all proved crucial to the airport’s requirements. Casino Mode™ is available in the 1080p versions of the MegaDome series, a feature that proved to be as useful at the Manchester-Boston TSA checkpoints as it is in a Las Vegas casino. Casino Mode guarantees 30 frames per second to capture every detail on fast-action applications, an incredibly effective tool when investigating security situations involving many complex, small movements for both live and forensic viewing.Casino Mode guarantees 30 frames per second to capture every detail on fast-action applications for many complex, small movements in both live and forensic viewing Investigating Criminal Or Worker Concerns Manchester-Boston Regional Airport has installed over one hundred and fifty AV Costar cameras, and the video surveillance system is continuing to grow. The latest installation of AV Costar products included the lower level of a parking garage as well as a newly renovated passenger checkpoint area. When asked if there are any specific incidents in which AV Costar cameras proved useful, Mr. Mueller responded, “Every other day we use the cameras to investigate criminal or worker concerns. We go back and monitor them for possible safety issues on the ramps, for passenger interaction, and for worker interactions. Anytime someone expresses a concern to me, they can come in and we can watch the footage together. I try to make sure that the option to view footage is fairly transparent, which has proved very useful to everyone. "SurroundVideo 180° cameras were again utilized in the latter situation due to the client’s satisfaction with stitching together images from multiple 180°s." Paul Mueller, Manchester-Boston Regional Airport’s security manager, stated, “We were sure to go back to AV Costar during this process. We have had a good working relationship with them for the past five years, and they enable us to use less cameras while still maintaining full view of inspection areas.” Primary camera views are displayed and monitored all the time, while others can be pulled up and played back as issues arise Passport And Ticket Inspection Made Easy AV Costar cameras are monitored 24/7 in the airport’s communications center. Primary views are displayed and monitored all the time, while others can be pulled up and played back as issues arise. The system also allows for particular divisions within the Manchester-Boston Regional Airport to monitor cameras that are applicable to their work, such as in the parking garage. In terms of responsiveness, AV Costar makes it a top priority. “We had an issue recently with the lack of detail in some of the views for when people were having their passports and tickets inspected by TSA employees,” Paul stated, “An AV Costar rep came out and agreed that we could improve images, so he pulled the cameras and re-installed a newer firmware version which allowed for finer adjustments, completely and efficiently solving our problem.” AV Costar prides itself in its relationship with clients such as Manchester-Boston Regional Airport and to its continued design and manufacturing of quality, innovative, and industry-leading cameras within the United States for customers to use worldwide.
From humble beginnings providing bus services along the New South Wales and Queensland coasts in Australia, Transit Systems has not only gone on to become one of Australia’s biggest public transport providers, but has also made significant inroads overseas, having purchased several bus routes from the First Group London, United Kingdom, in 2013. Employing over 2500 staff Australia-wide, Transit Systems operates from 26 depots and terminals, with a fleet of 500 buses and 40 ferries. When Quorum Security Systems were approached by the company to install an access control and surveillance system at their newest Sydney depot, they were able to develop a multi-faceted solution providing far more than just security. More Than Just Security The Sydney-based security integrator Quorum Security Systems, twice named MOBOTIX dealer of the year in 2014 and 2015, are strong proponents of a consulting-based approach to design. "After a series of meetings and site visits, we created an extensive business case with the client, along with detailed ROIs. This was then developed into a totally bespoke system, which went far beyond security," explains Chris Pearson, Managing Director at Quorum Security Systems.It became clear that an integrated approach using IP surveillance cameras would best serve to improve services and cut costs "Surveillance is fast leaving behind its traditional role of securing premises against unlawful entry,” he adds, “moving increasingly into the spheres of risk mitigation, compliance monitoring and process management." Working to identify the core needs of Transit Systems, it became clear that an integrated approach using IP surveillance cameras, along with access control and fleet tracking technology, would best serve to improve services and cut costs, while offering a clear audit trail along the way. An Integrated System MOBOTIX IP cameras were integrated with a sophisticated access control system incorporated with long-range RFID readers with prox-boosters to allow dual custody-tagging of either buses and drivers, or buses and routes. Armed with a wealth of fully traceable real-time information, Transit Systems were now able to streamline and enhance their business and operational processes, saving both time and money. Surveillance monitoring is ensuring that buses are refueled before leaving the depot and that any vehicle damage is always reported, a comprehensive record of driver and vehicle movements is used for dispatching and scheduling purposes, and OH&S compliance is enforced, with the footage also serving as proof that due diligence has been carried out. In addition to this, payroll time and attendance has also been automated. Surveillance monitoring is ensuring that buses are refueled before leaving the depot and that any vehicle damage is always reported The installation also doubles up as a PA system, which is essential for mustering on a dangerous goods site and also extremely useful communicating with staff over such a large area. Simple Installation Easy to install and configure, with low power and network bandwidth consumption, the MOBOTIX cameras offered just the flexibility, functionality, and high image quality required to achieve effective coverage throughout the depot. The versatile mounting of the S15 camera, with its dual lenses each connected to a cable of up to 2 meters, means vehicles sitting in the fueling bays or repair docks can be monitored from all sides. An M15 camera with a long-pass filter and ANPR (Automatic Number Plate Recognition) technology, records the license plate of every vehicle that leaves and enters the depot, and hands-free entry and exit both increases site security, safety of drivers and reduces manpower requirements. Furthermore, the cameras provide a fool proof real-time backup of all movements recorded by the access control system for auditing and compliance purposes.The cameras provide a fool proof real-time backup of all movements recorded by the access control system for auditing and compliance purposes A Wireless Solution The MOBOTIX decentralized concept makes this easy because the recordings are compressed and stored on the SD card inside the camera, so the bandwidth required to transfer the images to the NAS is very low. Indeed a MOBOTIX system can support up to 10 times more cameras per server compared with a centralized VMS-based recording system, requiring no additional computers. Retro-fitting such a large installation into the purpose-built depot was not without its challenges: "You’re talking about 2 foot thick concrete slabs in the bus bays throughout the whole depot. Cabling through the concrete was unfeasible from a financial and time point of view," Chris explains. "The MOBOTIX cameras were powered from existing poles inside the depot and we used a ubiquity Wi-Fi to transmit the footage back to the NAS." This innovative surveillance and access control system has enabled Transit Systems to monitor the behavior of vehicles and people throughout the depot, bringing a significant increase in effectiveness, efficiency and safety. With Government funded bus routes incurring penalties for failing to meet on-time targets by at least 9%, this achievement promises further financial savings. Equally, because the video surveillance system footage provides protection against negligence claims by proving due diligence, expensive litigation proceedings can be avoided. The role of security is evolving and this example shows one of the many diverse ways in which security can be applied to modern business practices to make operations more efficient and economical.
Mirasys Video Management Solutions are being utilised in a number of transport projects which include ports, motorways, airports, trains and logistic centres. Each project needs a highly adaptive solution which adapts to changing requirements, technologies and regulations, and provides unlimited scalability and high reliability. Mirasys VMS Increases Efficiency The transportation sector provides a great example of how an intelligent video management system can increase the efficiency of activities, safety, and ensure smooth-running operations. Mirasys offers the possibility to increase productivity and savings with powerful connectivity to other systems. Mirasys VMS includes a number of intelligent features. Playback and powerful search tools identify incidents quickly and efficiently. The intuitive storyboard function helps in reporting events and incidents and high quality images can be used for evidence. Advanced motion detection and alarm event settings let you decide what you want to track; reducing operational costs and the number of false alarms. The ingenious use of cameras and analytics increases the flow of cargo, luggage and passenger traffic Mirasys Video Content Analytics Mirasys VCA (Video Content Analytics) provides full VCA functionality with object classification and enter / exit, direction, vehicle speed, stopping, dwell time, etc. filtering. The setup is versatile and supports, for example, different type of vehicle classification, zone definitions, entering directions and vehicle speed. You have plenty of different analytic alternatives available per camera. The object that is being analysed can have several different analysis rules active simultaneously. The ingenious use of cameras and analytics increases the flow of cargo, luggage and passenger traffic. You can, for example: Tighten platform security Improve crowd management Identify people and any unusual behaviour such as running Identify abandoned objects Manage queues and staffing level Control the number of vehicles in the area Vast Integration Possibilities With Mirasys and its endless integration possibilities, you can speed up the logistic centre’s functions, transport management efficiency, and ensure the undisturbed flow of cargo operations. The use of Mirasys integrations will increase the value of visual information captured by the system, and bring significant cost savings. The information from video images can be linked to the information received from other sensors, also enabling the utilization of IoT (Internet of Things). Different organisations can use the same Mirasys system to manage their part of the surveillance and security, but each party has its own rights With Mirasys and its endless integration possibilities, you can speed up the logistic centre’s functionsWhen integrating a bar code reader with the video management system in a warehouse, the movements of each package can be searched and visualised. The images from cameras can be found immediately, which helps to determine the condition of the package at the time of entering and leaving the warehouse, and on which vehicle it is located. For each and every event, the system provides the exact time, visual information from a number of different cameras, and delivers event reports to specified recipients. This results in a clear decrease in the time spent in resolving customer complaints. Automatic Number Plate Recognition With the Mirasys ANPR+ (Automatic Number Plate Recognition) application you can automate the management and guidance of the vehicles in a certain area. For example, based on the number plate information the system can advise: Which loading bridge the vehicle is assigned to, Which driving lane the vehicle is assigned to, Driving through automatic weight-in-motion (WIM) is needed, etc. The system can monitor the vehicle on its way in and out, film it from the side, top, front and back and is therefore a great solution for vehicle damage control. Using integration to the automatic weight-in-motion (WIM) function you can also ensure automatically that the amount and type of product loaded on the vehicle is correct. Automate Operations With The ANPR+ Different organisations can use the same Mirasys system to manage their part of the surveillance and securityA forwarding company can book a space for its truck from a shipping company’s ticket selling system. When the truck arrives at the shipping company’s area, for example in a harbour, it is automatically measured, and if the measurements match the ticket, the truck is guided to the green lane. If the measurements deviate from the ticket data then the truck is guided to the ticket window lane. The measurement information will be sent automatically to the system optimising the ship loading. If a vehicle exceeds its allowed time to stay in one place, or deviation from the planned route of the vehicle is detected, the system will report an event. In harbours and airports different entities, such as Security, Police and Customs, need different information from the same system. Different organisations can use the same Mirasys system to manage their part of the surveillance and security, but each party has its own rights; simultaneous users are no problem. Information from different sources flows automatically between organisations, resulting in faster response times on investigations, and increasing the performance level considerably in handling the joint security issues. Decreased Total Cost Of Ownership Mirasys is an industry-recognised Video Management System provider. Limitless integration possibilities of the Mirasys VMS offer the freedom to build the system that serves your needs. Mirasys also gives you the freedom and possibility to connect several sites into one logical entity. The centrally managed Mirasys system allows you to add or remove cameras and servers, set users’ rights, manage live and recorded video and export evidence with a few simple clicks. The system can have centralised, de-centralised or mixed topology configurations.
Round table discussion
The COVID-19 global pandemic continues, and more and more companies are looking for ways to continue (or resume) operations while minimizing the coronavirus’s negative impact on their workforce, or potentially contributing to disease spread among the wider population. Thermal cameras have been proposed as a solution to screen individuals for elevated body temperature since the beginning of the pandemic. However, the technology has its detractors, and there are regulatory questions. We asked this week’s Expert Panel Roundtable: How can thermal cameras be used effectively for fever detection to screen for infectious diseases?
New software developments have dominated technology innovation in the physical security industry for years, making more things possible to the benefit of integrators and end users. However, hardware is another important piece of the puzzle. No matter how great your software, the system doesn’t perform unless the hardware works too. In our enthusiasm over software developments, let’s not overlook the latest in the hardware world. We asked this week’s Expert Panel Roundtable: How do hardware improvements drive better physical security?
Artificial intelligence (AI) and machine learning have made a big splash in the physical security market, transforming video analytics to a new level of accuracy. In fact, the terms have become common buzzwords throughout the industry. However, the potential for AI and machine learning to impact the physical security industry goes far beyond their ability to improve video analytics. We asked this week’s Expert Panel Roundtable: Beyond better video analytics, how can artificial intelligence (AI) and/or machine learning benefit the physical security market?