ComNet, Communication Networks of Danbury, Connecticut, a USA-based manufacturer of fibre optic transmission and networking equipment, is introducing two hardened PoE power injectors for applications where higher requirements for operating power exist on an Ethernet network. The CNGE1IPS75AC (75 watt) and CNGE1IPS95AC (95 watt) hardened Ethernet PoE power injectors designed to supply PoE operating power to Powered Devices that require greater power than can be provided by IEEE 802.3at for Power...
Patriot One Technologies Inc., developer of the PATSCAN Multi-Sensor Covert Weapon Detection Platform, is pleased to announce the acquisition of XTRACT Technologies Inc. and all its related interests, assets, and intellectual property for consideration of $6,000,000 and the issuance of 9,422,956 Patriot One common to XTRACT's former shareholders. Subject to certain exceptions based on the business of the Company or the performance of the Company's common share price, the Consideration Shares wi...
This year’s Global Security Exchange in Chicago will see Synectics (booth 2088) demonstrate why the powerful capabilities of its Synergy 3 command and control platform were selected for a next-generation mission control hub for one of Europe's largest urban rail networks. With a comprehensive integration ecosystem combining security, surveillance, and operational sub-systems – through features like workflows, workforce management, cloud-based evidence management, and mobile applicat...
According to the reports of not-for-profit organisation Gun Violence Archive, the year 2018 saw 323 mass shooting incidents as of November. This number is 346 for the year 2017 and 382 for 2016, with ‘mass shooting’ defined as cases where four or more people are shot or killed in the same time period and location. A variety of gunfire detection solutions and other technology approaches seek to address the problem. ShotSpotter SiteSecure and ShotSpotter SecureCampus provide critical...
At GSX 2019, Bosch will announce a significant expansion of its video portfolio with the introduction of more than 50 new products, including fixed and moving cameras, and recording and management solutions. Bosch now offers intelligent video solutions for all segments of the security market – from those that need simple, cost-effective surveillance to those that demand the highest performance in all lighting and environmental conditions. “Intelligent devices with on-board Video Ana...
Some of the electronic features we all love in our new cars depend on a connection to the Internet. But what are the cybersecurity risks involved in that connection? Could a widespread cyberattack turn our cars into deathtraps and create a traffic catastrophe on the scale of 9/11? That’s the scenario described in a report from the nonprofit group Consumer Watchdog, which warns that a fleet-wide cyberattack at rush hour could result in a 9/11-style catastrophe with approximately 3,000 dea...
Ho Chi Minh City takes its place at the centre of Asia’s security world this week, as a record 380 exhibitors aim to catch the attention of trade buyers at the 12th edition of Secutech Vietnam. Displaying best-in-class products in the fields of safety, security and fire, the trade fair takes place at the Saigon Convention and Exhibition Centre from 14 – 16 August 2019. According to Ms Regina Tsai, the Deputy General Manager of Messe Frankfurt New Era Business Media Ltd, the fair has adapted to accommodate emerging vertical markets: “Thanks to the traction of Industry 4.0, a new wave of IoT adoption is taking place in Vietnam. With this in mind, we have introduced the ‘Smart Factory Conference’ to the fair’s fringe programme. This adds to what is already an exciting exchange platform for the smart city and smart building markets.” 11% rise in number of exhibitors As the market for security products in Vietnam has matured, exhibitor participation has risen for six consecutive yearsBy further easing the process of doing business in Vietnam, the fair continues to gather support from both industry associations and new exhibitors. In fact, as the market for security products in Vietnam has matured, exhibitor participation has risen for six consecutive years. In celebration of the fair’s expansion, Ms Tsai added: “This year we are delighted to be recording an 11% rise in exhibitor numbers. Last year, the fair attracted 13,800 trade visitors, and at the coming edition we are anticipating yet another strong turnout from system integrators, distributors, consultants and related trade buyers.” Solution providers from 21 countries and regions will showcase their products across 11,000 sqm of exhibition space at the fair, including the likes of Avigilon, Bosch, Hanwha Techwin, Hitron, KPS, LILIN, PHUC BINH, Nha An Toan (a distributor of Hikvision and ABB products), and ZKTeco. Demand for energy efficient solutions In the smart building sector, demand for connected IoT products can be broken down into four main categories: smart homes, smart apartment buildings, smart commercial buildings and smart factories. Security applications are a key demand, but buyers also seek solutions for energy savings and management efficiency. With this in mind, Secutech Vietnam’s concurrent SMABuilding Vietnam event provides a sourcing hub for related products such as building management platforms and energy-saving systems, as well as access control systems, biometrics, IP surveillance solutions and intercoms. Connecting with suppliers of smart building The Pavilion will provide destination for buyers to connect with suppliers of smart building and security technologyOne of numerous highlights of the event is the Singapore Pavilion. As a leader in cloud services and IoT technology, Singapore is home to some of the world’s premier digital solution providers. The Pavilion will provide a one-stop destination for buyers to connect with suppliers of smart building and security technology, including ASME, Force 21, Kedacom, Multron, Servo Dynamic, Ubergard, and Worldtags. Another cluster of international brands is the Shenzhen Pavilion. Organised by the Shenzhen Circular Economy Association and the Shenzhen Municipal Commerce Bureau, the pavilion gathers more than 20 leading suppliers to showcase up-to-date solutions not only for smart building and smart home, but also transportation. In addition to excellent product variety, trade visitors will be able to gather relevant industry information at the fair. In fact, a series of conferences and seminars ensure that visitors will leave with up-to-date market intelligence in the areas of smart factories and fire & safety. Implementing appropriate fire systems The sector draws demand from a variety of different verticals, including high rise buildings, factories and industrial parksIn collaboration with Houselink JSC, the new Smart Factory Conference has been introduced to meet the needs of contractors, consultants, investors, end users and other related stakeholders from Vietnam’s expanding smart factory sector. Shining a spotlight on Industry 4.0, topics will include security solutions for industrial zones, factory automation management as well as the implementation of appropriate fire systems for industrial premises. Bringing the full fraternity of regional fire safety stakeholders together is the concurrent ‘Fire Safety and Rescue Vietnam’ event. International exhibitors will be trying to capitalise on the high demand in the Vietnamese fire safety sector, as rising awareness has raised demand for higher standard equipment. The sector draws demand from a variety of different verticals, including high rise buildings, factories and industrial parks. Thanks to the current construction boom, real estate developers in particular are investing in high standard products for their latest projects. Fire safety products at the event Products that can be located at the event include fire trucks, personal protection equipment and sprinkler systemsThe Korea Fire Institute and the Japan Pavilion are two international pavilions offering a wide selection of quality products including fire extinguishers, alarms, rescue equipment and first aid kits. The pavilions join a total of 28 exhibitors, both domestic and international, such as Akao, Hatsuta, Jinwoo, Kobayashi, Masteco, Rezontech, and Shilla Fire. Other products that can be located at the event include fire trucks, personal protection equipment and sprinkler systems. Supplementing the event is the ‘Fire and Safety Seminar’, which will provide information about new technologies and best practices for disaster prevention in factories and buildings. To help visitors navigate Secutech Vietnam’s wide range of products and solutions, a business matching service will run throughout the three days of the fair. Based on vertical markets, or specific products of interest, catered tours will ensure that trade buyers connect with the most appropriate suppliers for their business needs. Visitors can pre-register for the service online, or visit the business matching centre during the fair.
Antaira Technologies is a global developer and manufacturer of industrial networking devices and communication solutions for harsh environment applications and is proud to announce the expansion of its industrial networking infrastructure family with the introduction of the LMP-2004G-SFP and LMX-2004G-SFP series. Antaira Technologies’ LMP-2004G-SFP and LMX-2004G-SFP series are industrial-grade equipment that is Ethernet ready to fulfill various markets’ edge-level networking applications in harsh and outdoor environments, such as manufacturing automation, security surveillance, power/utility, waste water treatment plants, oil/gas/mining, and transportation. These devices support high density Ethernet port connectivity, wide bandwidth, long distance data transmission, and have a superb reliability factor. LMX-2004G-SFP devices In Intelligent Transportation Systems (ITS), roadside intersections require north/south and east/west fibre connectivity. The LMX-2004G-SFP Series is ideal for this application. Often times, there may be older 100mbps fibre links in place that need more modern 1000mbps links. LACP can help with this issue by combining two one gig ports to gain effectively a two-gig pipeThe LMX-2004G-SFP devices can support the existing link with 100mbps SFPs installed and will run at 1000mpbs speeds when faster SFPs are placed at both ends of the fibre. This makes migrating from a 100mbps fibre backbone to 1000mbps possible by not changing out all the switches at one time. Some applications require daisy chaining switches together to achieve a cost effective solution. When each of the switches in the chain has a high density of ports like Antaira’s LMP-2004G-SFP, the aggregated bandwidth may exceed a standard 1000mbps fibre port. Link Aggregation Configuration Protocol (LACP), sometimes called port trunking, can help with this issue by combining two one gig ports to gain effectively a two-gig pipe. Controlling and predicting failures If the switches are being daisy-chained and there is a need for LACP, then the applications will require more than two SFP ports. Fortunately, the LMP-2004G-SFP has four SFP ports which make it a great fit for this type of application. Fibre interfaces give the ability to extend a network out past traditional buildings, across campuses, and even towns. At the same time, it is difficult to maintain the networking equipment. Managed switches are critical in controlling and predicting failures on the network as well as determining when and where issues reside. Redundancy can be built into the network using Spanning Tree or other redundant features available with Antaira’s managed switches.
Antaira Technologies is a developer and manufacturer of industrial networking devices and communication solutions for harsh environment applications and is proud to announce the expansion of its industrial networking infrastructure family with the introduction of the LMP-1802G-SFP and LMX-1802G-SFP Series. Antaira’s LMP-1802G-SFP and LMX-1802G-SFP series are industrial-grade equipment that is Ethernet ready to fulfil various markets’ edge-level networking applications in harsh and outdoor environments, such as manufacturing automation, security surveillance, power/utility, waste water treatment plants, oil/gas/mining, and transportation. Industrial switches These devices support high density Ethernet port connectivity, wide bandwidth, long distance data transmission, and have a superb reliability factor. The LMX-1802G-SFP Series is an ideal choice for campus ring solutions with its two fibre optic ports supporting an open standard ring technology (ERPS). These outdoor devices are able to communicate and send critical information back to an enterprise switch There are many proprietary ring technologies available but using an open standard like ERPS means that it is possible to have equipment from different manufacturers working together in the ring. For example, campuses have networking rings consisting of hardened and industrial switches for outdoor environments that require a wide temperature-rated device. These outdoor devices are able to communicate and send critical information back to an enterprise switch at a data center. Electromagnetic interference Antaira’s LMP-1802G-SFP Series can not only provide a large number of PoE ports (30 Watts) for high density security applications, but also fibre optic interfaces for long range connectivity (1 meter to 100 KM) that is 3 feet to over 60 miles. The SFP port will not only allow connectivity beyond the 100 meter/300-foot limitation of copper cable but also permits connectivity through areas where electromagnetic interference may cause issues such as on a factory floor. The Antaira management software on these switches helps monitor, react, and troubleshoot applications to reduce the cost of maintenance and downtime. Features such as SNMP Traps, Syslog, and port mirroring can be priceless when maintaining a system and reducing issues causing outages.
CNL Software, a global provider of Physical Security Information management (PSIM) software, will be demonstrating the latest features of its IPSecurityCenter PSIM software at the GSX. These demonstrations will help those responsible for the security of major cities, government agencies, public & private critical infrastructure, public & private corporations, and transportation facilities & networks to better understand and more efficiently react to security incidents. Recent IPSecurityCenter developments include enhanced interactive dashboards, improved web and mobile accessibility, plug-in support for embedded analytics, machine learning, predictive insight tools and improved three-dimensional (3D) mapping. Improved sensor technologies to reduce threats Billions of dollars are spent developing new and improved sensor technologies that help reduce new threatsToday, security control centres are expected to process and react to more data from more sources than ever before. And every year, billions of dollars are spent developing new and improved sensor technologies that help reduce new threats as they emerge. This means there will be even more data to understand and manage in the security control center in coming years. By 2025, there will be more than 75 billion Internet of Things (IoT) devices online. That is almost 10 devices for every person in the world. CNL Software will be available at the GSX to discuss what this data management challenge means for the security control center and to demonstrate how security professionals can prepare their organisations to effectively process and react to an ever-increasing volume of otherwise unintegrated security data. Using technology to protect people and assets “Security control centers should be preparing for a huge change in the amount of data they need to be able to understand and manage. To cope, they will need the technology and tools to do more with less. Maintaining a ‘business as usual’ stance will also prevent organisations from taking advantage of the security control center efficiencies that integration, analytics, machine learning technology and automation can provide,” says Mike Mostow, General Manager – Americas at CNL Software. There has never been a greater need and opportunity to challenge traditional security control center methods" “There has never been a greater need and opportunity to challenge traditional security control center methods. Today’s most successful and informed security operations are making use of technology that provides deeper insights into their physical security environment, to better protect people & assets, and to drive efficiencies — creating value beyond safety and security, and across the enterprise.” IPSecurityCenter leads the Global market for PSIM software, offering unparalleled openness and adaptability, virtually unlimited scale, and security and performance advantages that are the result of more than a decade of investment.
When a company the size of TE Connectivity, a global provider of connectors and sensors, works to change the future, the positive results can be felt around the world. TE details how it is working toward its purpose of building a safer, sustainable, connected and productive future through its products, partners and business practices in the 2018 Corporate Responsibility Report. "Our employees genuinely want to feel like they are leaving the world a better place for the next generation and helping our customers do the same," said CEO Terrence Curtin. "I'm excited about all the ways we're using digitisation in our global efforts, from creating a better online customer experience to increasing the safety and resource efficiency in our factories. TE is making the world's roadways safer, too, as the technology behind autonomous vehicles“It is also fulfilling to see how our enterprise strategy and purpose are aligning to sustainable long-term global growth trends such as the future of transportation, automation, life-saving medical devices, renewable energy solutions and connected everything." Making roadways safer As vital components of medical devices that are designed to improve patient outcomes, TE sensors and connectors are helping to save lives. For example, TE products are integral components of a medical device used to remove blood clots, minimising the risk of further strokes. TE is making the world's roadways safer, too, as the technology behind autonomous vehicles. Approximately 94% of crashes are caused by human error and autonomy removes that factor from the equation. By 2030, it is expected that 10% of vehicles will be fully autonomous with new features like predictive ride technology that would allow cars to sense and react to the state of the road ahead. In addition to helping make the world safer with its products, TE is also working to reduce risks in its own facilities. Since the launch of TE's Safety Assessment for Effectiveness program in 2010, the company has seen a 61% decrease in reportable accidents and received external recognitions for its safety initiatives globally. Received awards from multiple countries TE technology connects and protects electrical equipment for safe, reliable and high-performing wind farmsThree sites in Germany received the Golden Hand Award from safety insurance company BGHW for preventing hand and finger injuries. TE's plant in Thailand earned a Zero Accident Award from the Ministry of Labour in recognition of the 3.2 million hours of operation since its opening in 2015 without an incident. And in Greensboro, North Carolina, TE facilities earned two honours from the state Department of Labour: The Gold Safety Award and recertification through 2023 as a Carolina Star site. Through a series of Energy Treasure Hunts, TE uncovered opportunities to reduce energy use by an average of 6% at manufacturing sites, contributing to a 30% decrease in energy use intensity since 2010. Because of this program's success, another 45 plants around the world have committed to completing an Energy Treasure Hunt in FY2019. TE also supports customers developing the future of renewable energy. TE technology connects and protects electrical equipment for safe, reliable and high-performing wind farms, from wind turbines to the grid and on to substations. Delivering a better customer experience TE technology will be the foundation of tomorrow's smart cities, in which people can track public transit with smart phonesTE factories around the world are becoming more digital as the company embraces the Industry 4.0 revolution to increase productivity and deliver a better customer experience. The sensors and connectors created in these factories are integral in embedding the Internet of Things into our daily lives as the bridge between hardware and software. And TE's engineers work with customers, large and small, to help explore efficiencies and design solutions these partners might not have considered on their own. TE believes that more possibilities reveal themselves as the world becomes more connected. TE technology will be the foundation of tomorrow's smart cities, in which people can track public transit with their smart phones, cars will make safer and faster decisions than human drivers and high-speed rail systems will get people where they need to go more efficiently. TE employees strive to build deep connections with the communities in which they live and work through charitable outreach. In the past year, employees recorded 36,000 volunteer hours and more than $5 million was donated to 1,500 non-profits in more than 100 communities around the world by TE and the TE Connectivity Foundation.
Synectics commences the roll-out of Synergy 3 2019, the latest release of its command and control platform for demanding surveillance and security environments. Introducing enhanced customisable mapping, camera management, and third-party integration capabilities, the feature-rich platform is the most customer-centric iteration of the software to date and aims to make the Synergy 3 experience more user-friendly. The new release will be available across Synectics’ key markets, spanning transportation, infrastructure, oil and gas, high security, public space, and gaming. Automatic camera plotting Speaking about the latest developments, Martyn Rowe, Head of Product Management at Synectics, said: “We wanted this release of Synergy 3 to offer practical innovations that customers will truly benefit from in terms of how they work and their security challenges.” We wanted this release of Synergy 3 to offer practical innovations that customers will truly benefit from" “For example, to complement existing GIS mapping capabilities, we’ve introduced advanced CAD mapping that enables customers to upload and seamlessly navigate their own maps of property and asset layouts. Functionalities such as automatic camera plotting in Synergy 3 ensure that any layout changes (for example, to gaming tables or slot machines) don’t require lengthy re-programming of cameras. This has a positive impact for the customer’s on-premise resources, particularly where sites have hundreds or even thousands of cameras.” Monitoring live footage Camera-related developments in the 2019 release also enable footage to be viewed in more intuitive ways. The de-warping functionality within Synergy 3 has been enhanced to provide an undistorted view of fisheye cameras, offering the ability to monitor live footage from multiple angles of the same camera for wide-area situational awareness. Furthermore, Synergy 3 now supports H.265 compression for all IP cameras compliant with ONVIF Profile S. Martyn continued: “Synectics has a strong reputation for offering end-to-end solutions tailored to specific needs. We can’t make that claim if we don’t give our customers the freedom to choose and use systems and devices that meet their unique requirements. Developments such as H.265 compression, new third-party system integrations, and a Software Development Kit (SDK) to help technology partners write integrations to Synergy 3, reflect this and our commitment to future-proofing our solutions.” Facilitating situational awareness Other capabilities strongly associated with Synergy 3 since it first launched in 2014 are its incident management and response features. Synergy 3 2019 builds on these proven capabilities, with further improvements to facilitate situational awareness and incident management under pressure. Clip mode ensures that any footage viewed is automatically imported to a clip basket Two notable developments in this respect are the introduction of quad view automation and the new clip mode functionality. The former refers to tailorable alerts that, if specific criteria are met, trigger quad layouts ‒ allowing the simultaneous tracking of live action and investigation of recorded footage. Clip mode ensures that any footage viewed is automatically imported to a clip basket, for quick and easy transfer to the incident locker if verified as pertinent. Intelligently automate processes Martyn added: “At Synectics, we place great importance on being able to intelligently automate processes for those in charge of securing and operating facilities in the demanding sectors we serve. Whether it’s to improve conditions for keeping on top of incidents, help users get the most out of the powerful capabilities at their disposal, or simply save busy surveillance teams precious time, we are always looking at how we can better support our customers.” “While these developments in Synergy 3 2019 differ in function, they share a common thread. They have all been undertaken with an understanding of the pressures our customers face – one fostered through close working partnerships and real-world sector experience.”
As anyone who has ever flown on a commercial airline since 2001 knows, security measures at airports are well enforced and the emphasis on traveller safety is all around the airport and its grounds. Mass transportation, meanwhile, presents a special but not any less significant challenge when it comes to determining security issues. These facilities need to develop the means to protect a constantly changing and large population of passengers. And unlike airports these facilities often have hundreds of points of entry and exit on multiple modes—buses, subways, light rail, commuter trains, even ferries. About 2 million Americans will use the nation’s airways on a given work day, while 35 million people will board some form of public transportation. In fact, statistics have shown that nearly 11 billion trips are taken on public transportation every year. In some large metropolitan areas in North America where mass transit is well established, more than 20 percent of the area’s inhabitants get around via public transportation.About 2 million Americans will use the nation’s airways on a given work day, while 35 million people will board some form of public transportation Solving mass transit security For transportation officials and their security providers, solving the mass transit security issue begins with determining the key concerns and then creating the proper responses via security systems, policies and procedures to mitigate the risks. Although vandalism and graffiti are very visible signs of criminal behaviour in mass transit settings such as bus stops and subway stations, this is not where transportation officials typically focus their energy. Fences and gates can secure out-of-service buses and train cars, as can remote surveillance methods to keep such vandalism at a minimum. Instead, it is the day-to-day safety and security of transit riders and employees that should become the highest priority. This begins with creating the safest environment possible that is highlighted with appropriate signage and, when necessary, audible warnings, and supporting that with technology, such as surveillance cameras, that will document what has happened if an incident occurs.Analytics can also be useful in alerting security about other suspicious behaviours at a transit stop, such as an untended bag or package Crime prevention in transportation Analytics can also be useful in alerting security about other suspicious behaviours at a transit stop, such as an untended bag or package Incidents of concern within a transit setting can take several forms, ranging from legitimate accidents or crimes to false claims such as faked fall down the stairs to potential and actual suicides. Bus and subway stations also have become magnets for homeless people who may put themselves and others in harm’s way by trying to access less secure public areas within a station as temporary shelters. If someone is injured on a subway platform and the transit provider is held liable, it could be on the hook for hundreds of thousands, if not millions of dollars. Suicides are a major concern for operators, with personnel now being trained to look for individuals who seem distressed, are loitering in the area or are intentionally putting themselves in a dangerous situation, such as standing too close to the edge of a platform. The deployment of video analytics, which can be programmed to send alerts when certain pre-set actions occur, can help determine when such dangerous behaviours come into play. Analytics can also be useful in alerting security about other suspicious behaviours at a transit stop, such as an untended bag or package or a person going into a restricted area. Whether it is on the bus, train or ferry or at the stops themselves, cameras and intuitive video management systems are the key to both active and forensic transit security. Some cities use buses that are up to 60 feet long and those can be equipped with up to a dozen cameras Train security and safety By using the proper cameras and recording systems in a transit environment, quick-acting personnel can locate a person of interest who boarded a train at one station, follow him during his trip and produce a crisp, clear identifiable image at the end. Those setting up the system thus should keep in mind proper camera positioning, resolution and motion-based changes to framerates or other compression settings. A typical 30-foot bus often has six cameras—one each at the front and middle doors, two more within the bus and then one looking forward and another looking behind the bus. The latter two are important in the event of accidents to verify liability. Some cities use buses that are up to 60 feet long and those can be equipped with up to a dozen cameras.Train stations often deploy high-definition cameras to better support facial recognition software to get that actionable image Train cars are similarly equipped with two to four cameras to view activity down the centre aisle. Within the stations themselves, there can be from 15 to 30 or more cameras capturing wide-angle shots. Train stations, which have a restricted point of egress, often deploy high-definition cameras to better support facial recognition software to get that actionable image. Installing the right technology for the solution Although bandwidth and storage can be a concern, with motion-based recording, the resolution can be bumped up during event, resulting in a 1-megapixel stream jumping to 4 or even 8mbps when needed. By changing the resolution on demand, end users can cut their storage needs significantly. Transportation settings often rely on the same technology used in other security installations, primarily mini dome cameras, although there are some mini transit domes built specifically for the environment with the proper aesthetics. Because of vandalism threats, transit typically avoids pendant mounts, which can be more easily grabbed and damaged. Temperature ratings for cameras also come into play in cold climates with cameras often getting outdoor exposure.Today’s new buses and trains are constructed with the cameras onboard and newer stations also take security into consideration at the earliest design stage As trains and buses move along their routes, especially those that service outlying areas, Internet connectivity becomes an issue as well. Because it may be difficult for video to be sent in transit, security bus barns are equipped with Wi-Fi so video from onboard cameras can be downloaded at the end of the day. And the use of hardened recorders at the stations allows security personnel to retrieve recorded video. Transit security with modern technology Today’s new buses and trains are constructed with the cameras onboard and newer stations also take security into consideration at the earliest design stage. Older infrastructure from long-standing subway and bus terminals can prove to be a challenge when adding security, but these issues aren’t insurmountable. Often the solution is to add more cameras to cover the same square footage because of less-than-ideal sight lines and to place conduit wherever it works best, which may mean positioning it under platforms or in other out-of-the-way places within older stations. Looking ahead, transit security will continue to evolve, not only as new stations and modes of transportation are added to the system, but in terms of communicating with commuters. People can expect to get mass notification alerts on their mobile devices, and those same devices can provide vital data to transportation entities to better develop their overall systems.
Video surveillance as a service (VSaaS) is not just for commercial organisations. Federal, state and local governments can also realise benefits from the technology—and use it to deliver an integrated video surveillance system that addresses some of their unique security needs. Video Surveillance as a Service (VSaaS) What is VSaaS? Simply stated, it’s a cloud-based video surveillance solution that is packaged and delivered as a service over the internet. The price varies depending on the features of your plan (i.e. number of cameras, amount of storage, software features, etc.), and you pay a monthly subscription price to use it. How does it work? Internet Protocol (IP) cameras are installed at site locations, and the video is captured and streamed to a service provider’s data center via an internet connection. The video management software (VMS) runs on backend infrastructure provided by the service provider’s cloud. All video processing is done in the cloud, and all that is required to view the footage is an internet-connected device and a web browser. Retail, health care, education, and transportation all benefit from the flexibility and architecture of VSaas Growing VSaaS providers Solution providers such as Axis Communications, Genetec, and G4S among many others offer VSaaS solutions, and the market is growing. According to IHS Markit, the market is expected to reach $2.3 billion in 2021. VSaaS is a solution with cross-industry appeal. Retail, health care, education, and transportation all benefit from the flexibility and architecture of the solution. But how does VSaaS address the surveillance needs of government institutions? Geographic coverage and access To protect cities and towns, law enforcement must watch over widespread geographic areas. Their work involves monitoring and policing many different neighborhoods, buildings, garages, parks, and walking paths—basically anywhere there is property or people to protect. They rely on video surveillance to help them keep these environments safe. But it’s more than local law enforcement officers who use video footage. From local city officials to federal and state law enforcement agencies, many other people, at times, need access to video footage captured by city surveillance cameras. Centralised remote monitoring How does VSaaS help? VSaaS enables the installation of cameras throughout cities and communities and stream footage to a central location via the Internet. Because the system is centralised, it eliminates the need to manage a lot of different standalone DVRs or NVRs, which enables organisations to monitor a large area from a remote command center. VSaaS enables the installation of cameras throughout cities and communities and stream footage to a central location via the Internet Plus, anyone with proper credentials can access the footage from an Internet-connected device—whether that be a smartphone, laptop, desktop, or tablet. That makes it easier for multiple agencies to work together, which in turn can improve communication and response time to incidents. Budget concerns and flexibility Tight budgets are normal in government. As a result, it’s often a challenge to procure capital for new technology purchases—and that sometimes leads to underfunded projects and difficulty upgrading old technology. VSaaS changes the expense model. It allows you to shift from a capital expenditure (CapEx) model, where large capital funding is required to purchase equipment, to an operational expenditure (OpEx) model, where the costs of the solution become an operating expense. Since the cameras, installation, storage, and software are packaged into a service, you don’t need a large capital outlay up front—you simply pay a predictable expense every month. VSaaS provides the capability for you to increase storage capacity when you need it Feature and storage capacity upgrade features VSaaS also makes it easier to upgrade old technology. When new technology becomes available, you can upgrade to it as part of the service. You no longer have to stick with old technology because of capital budget restrictions. Instead, you can upgrade to better cameras and management software features as they become available. The same is true for storage capacity. As camera resolution increases, the amount of data captured also increases. In addition, with the evolution of smart city technology and big data analytics, video data has become more valuable. As a result, there is a need not only to store more data but also to keep that data accessible for a longer period of time. VSaaS provides the capability for you to increase storage capacity when you need it. You can scale to accommodate growth, and since the storage is delivered as part of the service, you can leverage the “pay for use” model to manage your costs. On-premise storage or hybrid Where should surveillance video be stored? It’s an important question. After all, government entities must always comply with data privacy laws and handle data properly to ensure it can be used as evidence if needed. As a result, officials may prefer to be selective about where they store video data. In fact, the concern over regulatory requirements and security and privacy issues, according to Gartner, will lead governments to implement private cloud at twice the rate of public cloud through 2021. The provider’s ability to store large amounts of data cost-effectively makes VSaaS possible That’s not necessarily a show-stopper when it comes to video surveillance. Some VSaaS providers offer hybrid options. Plus, one of the things that makes VSaaS possible is the provider’s ability to store large amounts of data cost-effectively. Because service providers can manage their storage infrastructures economically, they can offer their service at an attractive price. Multi-tier storage infrastructure In a way, government institutions (as well as commercial organisations) can do the same thing. If a government entity—for example, a small municipality—wanted to store their data on-premise or implement a hybrid configuration, they could solve some of their video storage challenges by implementing a multi-tier storage infrastructure similar to what a VSaaS provider might use to provide the actual service. A multi-tier storage infrastructure uses different storage media—disk, object storage, tape, and cloud—and combines them to deliver the total capacity needed while balancing performance and cost. The diagram below is an illustration of a multi-tier infrastructure: As the diagram shows, storage capacity grows using lower cost forms of media as volume and long-term retention requirements change. Files are moved between tiers based on user-defined policies. When the policies are met, the files are moved to a lower cost tier. Some file systems allow for multiple copies be written at ingest which not only minimises the traffic of moving files across the network, but also provides much needed data protection through a second copy on a lower-cost tier. This scenario enables you to optimise the amount of high-performance media in your infrastructure and lower the long-term cost of retaining files. VSaaS offers many benefits for government institutions and commercial organisations alike Choice of implementations VSaaS offers many benefits for government institutions and commercial organisations alike. But not every implementation has the same needs or requirements. The good news is, when it comes to video surveillance solutions, you have options. You can leverage the benefits of VSaaS, in either a public cloud or hybrid scenario, depending on the service provider. Or if your needs dictate, you can achieve some of the same capacity and cost-saving benefits you would get from a VSaaS solution by implementing an on-premise solution based on a centralised VMS system and multi-tier storage. The choice is yours.
Throughout the UK there are many examples of smart city transformation, with key industries including transport, energy, water and waste becoming increasingly ‘smart’. A smart city is a one that uses information and communication technologies to increase operational efficiency, share information with the public and improve both the quality of government services and resident welfare. Smart access is an important step forward in providing technologically advanced security management and access solutions to support the ambitions of smart cities and their respectively smart industries. Explaining smart access If we used the standard definition of smart, it would be to use technology to monitor, control and manage access, but the technology must be adapted to both the physical and management characteristics of smart cities. Smart access is an important step forward in providing advanced security management and access solutions to support the ambitions of smart cities For example, it would not make sense to install an iris biometric sensor at an isolated water storage tank, which is out in the open and may not even have electrical power. Nor would a permissions management system work, one that does not let you update permissions simply and easily and cannot be customised. With high volumes of people entering and exiting different areas of the city, it is important to be able to trace who has been where, when and for how long. Advanced software suites can provide access to all operations performed by users, including a complete audit trail. This information is often used by business owners or managers for audits, improvements or compliance. When initiating a new access control system it is important that the supplier and customer work together to understand: Who can enter a secure area Where in the building each individual has access to When an individual can enter a secure area How an individual will gain access to a secure area This information can be crucial in the event of a security breach, enabling investigators to find out who was the last known key holder in the building and what their movements were whilst there. Installing an electronic lock does not require electrical power or batteries, much less a connection to send information Modernising locks and keys Installing an electronic lock does not require electrical power or batteries, much less a connection to send information, which means that it can be installed on any door as you would a mechanical lock without maintenance requirements. Permissions are stored within an intelligent key. If you have authorisation for that lock, it will open. If you don’t, you won’t be allowed to enter and all of the activity carried out by the key will be recorded. You can update permissions from a computer or using an app on a mobile phone at the time of access, which will update the key's permissions via Bluetooth. This allows shortened validity periods, constrains movements to be in line with company access policy and removes travel and fixed authoriser costs. This then delivers increased flexibility and higher levels of security. Remote access control utilities Access rights can be set at any time and on any day, and if required can allow access on just one specific occasion Using an app improves access control by updating access rights in real time with the Bluetooth key. It also provides notification of lost keys, joint management of access schedules, protection of isolated workers and much more. Combined with new technological solutions, an app allows contextual information to be sent, such as on-site presence, duration of an operation, authorisations and reporting of anomalies. Access rights can be set at any time and on any day, and if required can allow access on just one specific occasion, for example to repair a failure. Access can be restricted to enable entry only during working hours, for example. Permissions can be granted for the amount of time required, which means that if permission is requested to access a site using a mobile app, the company should be able to access it, for example, in the next five minutes. Once this time has passed, the permission expires and, if a key is lost or it is stolen, they will not be able to access the site. The rules for granting permissions are infinite and easily customisable, and the system is very efficient when they are applied; as a result, the system is flexible and adapted to suit company processes and infrastructures. Using an app improves access control by updating access rights in real time with the Bluetooth key Finding applications to create solutions In many cases, companies themselves find new applications for the solution, such as the need to obtain access using two different keys simultaneously to prevent a lone worker from accessing a dangerous area. The software that manages access makes it smart. It can be used from a web-based access manager or through personalised software that is integrated within a company's existing software solution, to automatically include information, such as the employee's contractual status, occupational risk prevention and the existence of work orders. In some companies, the access management system will help to further improve service levels by integrating it with the customer information system, allowing to link it for instance with alarms managers, intrusion managers or HR processes. With over one million access points currently secured worldwide, this simple and flexible solution will play a strategic role in the future of security.
A video analytics system that provides ‘behavioural understanding’ can yield more meaningful and actionable data for a range of applications. In public safety and security, such a system can alert on violent or suspicious behaviours, such as people fighting, vandalism, people with weapons, etc. In advanced traffic surveillance and monitoring, it can provide alerts to vehicle collisions (accidents), traffic hazards or vehicle that aren’t using the road properly, such as a car that stops in the middle of the junction. For enterprise and campus security, it can provide advanced anti-tailgating and detect unauthorised activity. Video surveillance infrastructure viisights was founded by a group of entrepreneurs with track records in developing technology businesses These uses are among the benefits of viisights’ video analytics technology based on behavioural understanding of video content. “It means we can extract more meaningful data from the huge amount of video content that is captured, and we can transform that data to actionable insights that eventually justify the massive investment in video surveillance infrastructure,” says Asaf Birenzvieg, CEO of viisights. Their behavioural understanding systems for real-time video intelligence leverage artificial intelligence technology. viisights was founded by a group of serial entrepreneurs with track records in developing technology businesses. The Israeli company’s founders recognised a growing global need for intelligence to make physical and virtual public areas safer – and realised the role that smart video understanding technology can play. Developing artificial intelligence technologies viisights is committed to developing artificial intelligence technologies that facilitate human-like video understanding, which in turn serves as the basis for fully autonomous video intelligence systems powered by pattern prediction technology. “Behavioural recognition is the future of video analytics and the next generation of the object classification analytics systems that hold the majority of the market today,” says Birenzvieg. viisights has developed a video understanding technology for real-time video processing “To date most video analytics systems still base their product features on static analysis of objects from images using image recognition, even the ones that use ‘AI analytics.’ Products built using such object classification technology are extremely limited.” For example, object classification analytics cannot recognise behavioural events in a video such as people fighting or a car collision because such behaviours can’t accurately be concluded in large scale from analysing a single static image/frame. Video understanding technology viisights has developed a video understanding technology for real-time video processing. The technology can process live video feeds. In addition to recognising a particular object (e.g., person) and its attributes (e.g., red shirt), the system can understand an object’s actions, interactions with other objects (events), the scene being viewed (i.e., crowd is gathering, riots) and the context (a car is driving on the road or on the sidewalk). The main verticals are smart cities, enterprises and campuses, banks and ATM security “Basically, we are able to extract more meaningful data from a live video feed and therefore create actionable insights and greater ROI,” says Birenzvieg. The company focuses mostly on security and safety use-cases. The main verticals are smart cities, enterprises and campuses, banks and ATM security, security guard companies and transportation hubs. The company is working on a new product for in-vehicle monitoring mostly for security, safety, vehicle protection and proper vehicle use; it monitors passengers’ behaviour inside a bus, train, or taxi. The product will come to market next year. Video management system viisights’ video analytics offering is currently optimised for server-side deployment, and the integration architecture is similar to most video analytics systems. From one side it is integrated with the video management system (VMS). They are a Milestone verified partner and soon will be part of Milestone's marketplace. From the other end, it is connected to a command-and-control system for processing the data and presenting the alerts to the end-user. The analytics company makes most sales through system integrators. They have partnerships with big system integrators like Motorola Solutions and NEC and are also working with smaller ones. They are looking to expand their system integrator network, mostly in the USA and Europe. Behaviours can have many variations and they can be very diverse Cloud video surveillance “We will continue to invest in performance and accuracy, meaning higher recall and lower false positive rate,” says Birenzvieg. “Since our major value proposition is in behaviour recognition, behaviour events many times are not clearly defined, which is very different from object classification. Behaviours can have many variations and they can be very diverse.” An example is a simple behaviour like a person falling on the floor. A person can fall on the floor in many ways, but the challenge is to ignore similar behaviours that are not a person falling and that confuse the system, such as a person bending over to tie his shoelaces. With cloud video surveillance becoming a trend, viisights is also looking into offering some of their advanced functionalities in a video-analytics-as-a-service-model.
Whether it is video analytic platforms to monitor traffic patterns or cameras deployed to help law enforcement ensure public safety, many cities are looking at advancements in video technology. Upgrade costs and technology compatibility issues are often front-and-centre when it comes to blending new technology with existing infrastructure. For example, if the city law enforcement officials want to improve video camera image quality, which can improve the evidentiary value of footage in prosecutions, they may look at newer HD or IP-based video systems. Upgrading to a hybrid DVR system Applications include perimeter monitoring, public parking, city transportation, square/town safety To stretch a tight budget, a migration plan to an IP-based camera system could be phased in over time by centering the upgrade on a new hybrid DVR system. This way, both existing analogue and newer IP-based cameras can be hooked into the system. For example, Hikvision’s Smart City Solutions include systems for government services, transportation and traffic management, or any combinations of these. Applications include perimeter monitoring, public parking, city transportation, square/town safety and temporary surveillance. Data capture form to appear here! Heart of City strategy Dahua Technology, a video-centric smart IoT solution and service provider, has introduced its ‘Heart of City (HOC)’ strategy, which is in line with the top-level design experience from hundreds of city projects. The strategy is based on the maturity of five technologies – artificial intelligence (AI), big data, cloud computing, IoT and 5G. The combination will enable the evolution of smart city 3.0 and bring great changes to our life, according to Dahua. A 300-plus camera city centre video surveillance scheme in the UK city of Lincoln has been installed and commissioned using Dahua's cameras, monitors and switching equipment A 300-plus camera city centre video surveillance scheme in the UK city of Lincoln has been installed and commissioned using cameras, monitors and switching equipment from Dahua Technology. The design of the new all-wireless encrypted system was based around delivering flexible technology, reducing the total cost of ownership, ease of installation, lower maintenance requirements, smart edge analytics and remote connectivity. Future-proof radio network design Environmentally friendly aspects of the project included specifying lower-energy equipment, integrating remote support and recycling hardware wherever possible. The council employed independent consultants Lever Technology Group to help them ensure they had a robust and future-proof radio network design. The installation of the new IP full HD system and network is part of Lincoln’s smart city strategy – Vision 2020 – which seeks to drive innovation in the city and harness new technologies to improve the lives of citizens. One of the results is the provision of free Wi-Fi in the city, working alongside the Dahua cameras using the same IP wireless network. Wearables for city surveillance Wearables are another new aspect of city surveillance system. For example, FLIR Systems, Inc. has announced FLIR TruWITNESS, a wearable sensor platform designed for city-level security and public safety operations. TruWITNESS combines video, audio, location data, Internet of Things (IoT) capabilities, and cloud and management software in one solution, allowing organisations to reach a new level of situational awareness. TruWITNESS is worn on an individual’s body or mounted inside vehicles and is designed for any public safety organisation that requires on-scene, real-time mobile surveillance TruWITNESS is designed for any public safety organisation that requires on-scene, real-time mobile surveillance. Worn on an individual’s body or mounted inside vehicles, TruWITNESS includes visible-video, audio, global navigation satellite system (GNSS), gyroscope, accelerometer and magnetometer sensors. These sensors combine to send alerts and stream data to a central command centre in real-time to ensure full situational awareness and global event handling. Featuring FLIR Neighbor Aware inter-device connectivity, TruWITNESS acts as an IoT device, triggering nearby TruWITNESS devices, fixed and motorised Pan-Tilt-Zoom (PTZ) security cameras, and other connected sensors to act upon an alarm event. TruWITNESS becomes a key component of FLIR Systems’ Video Management System, United VMS, which command centres use to manage video surveillance. United VMS combines video, audio, and other related data and makes it available for real-time situation management and forensic purposes. Video analytics for crowd monitoring Crowd monitoring video analytics solutions monitor vast areas instantly alerting police of any overcrowding areasCrowd monitoring video analytics solutions continuously monitor vast areas instantly alerting police of any overcrowding areas. Qognify’s crowd monitoring video analytics solution was successfully used during the Maratha Morcha in the city of Kolhapur, India, on October 15th, 2016. The system monitored approximately one million protestors through 165 cameras installed across city. Smart threshold alerts were streamed directly into the control room while the crowd was building up, so that action could be taken before the crowd density reached dangerous levels, alleviating crowd safety and stability. At the core of the solution is Situator, Qognify’s advanced PSIM/Situation Management solution, which manages a myriad of security systems and sensors, including Qognify’s video management solution, from a newly built state-of-the-art Command and Control Center. Security operators and officials have advanced situational awareness of what is happening in their city and where. Automated, pre-defined Standard Operating Procedures (SOPs) were designed, in the local language Marathi, for handling routine security incidents as well as disaster management, ensuring that the most effective response is initiated, and procedures are executed in a consistent manner. Maintaining law, order and safety Qognify also implemented its Safe City solution in Navi Mumbai, a planned township that was established to handle the population overflow from the overcrowded and ever-growing city of Mumbai, India. Together with CIDCO (City and Industrial Development Corporation, the agency established for managing the new city) and system integrator WIPRO, Qognify designed an integrated and holistic solution that helps Navi police to maintain law, order and safety. Qognify’s Video Management Solution controls hundreds of surveillance cameras As a planned township, Navi Mumbai officials have the benefit of operating in a modern environment, allowing them to maximise Qognify’s Safe City solution. The Qognify Situator is an advanced Situation Management platform, and Qognify’s Video Management Solution controls the hundreds of surveillance cameras throughout the city. Role of standards in smart cities “Standards can assist in successfully deploying a comprehensive [safe cities] system with multiple technologies into a single, cohesive entity,” said Per Björkdahl, Chair of the ONVIF Steering Committee. “With the ability to integrate various sensors and data from many different devices synthesised through one interface, government officials and law enforcement are afforded a more complete picture of their city’s security.” Deployment of facial recognition technology Live video streaming within the smart and safe city’s infrastructure means video’s capabilities can go beyond simple evidence recording and evolve into a tool that allows operations teams to monitor and remediate against incidents as they are happening. Facial recognition technology can be added on to any video surveillance camera that is recording at a high quality This can be taken one step further with the deployment of facial recognition via live streaming video. Facial recognition technology can be added on to any video surveillance camera that is recording at a high enough quality to identify faces. The technology works by capturing video, streaming the live video back to a control centre and matching faces against any watch lists that the control centre owns. Importantly, the data of people who aren’t on watch lists is not stored by the technology. This technology can work to make the city safer in a number of ways. For example, facial recognition could spot a known drug dealer in a city centre where they weren’t supposed to be, or facial recognition could identify if a group of known terror suspects were visiting the same location at the same time, and this would send an alert to the police.
Facial recognition has seen huge breakthroughs since the U.S. National Institute of Standards and Technology (NIST) first began testing in 2010. Accuracy has seen massive gains, especially from 2013-2018. In the 2018 test, the most accurate algorithm was 20 times more accurate than the 2013 equivalent. Essentially, 95 percent of the matches that failed in 2013 now yield correct results. Compare that to 2010-2013, when the most accurate algorithm reduced its error rate by 30 percent. This reduction in error rates since 2013 is due to wholesale replacement of the old algorithms with new ones based on deep convolutional neural networks — completely revolutionising the technology. Optimal recognition results SAFR says it delivers optimal recognition results with 99.86 percent accuracy in under 100 milliseconds One entrant in the newly energised market is RealNetworks, whose SAFR for Security is an AI-based facial recognition solution for live video that integrates video management system (VMS) solutions. With 24/7 monitoring, SAFR detects and matches millions of faces accurately in real time, enabling teams to manage a watchlist across any number of video feeds. SAFR says it delivers optimal recognition results with 99.86 percent accuracy in under 100 milliseconds, even in real-world conditions where faces are in motion, at different angles, under poor lighting, or partially obscured. SAFR builds on RealNetworks’ 23-year history in video technologies. Launched in July 2018, SAFR — secure, accurate facial recognition — is enabling new applications for security, convenience, and analytics. Create security responses “We seek to be the world’s most trusted facial recognition platform and are delighted to partner with customers in the security industry and elsewhere to shape a more secure, convenient future worldwide,” says Dan Grimm, Vice President of Computer Vision and General Manager of SAFR at RealNetworks. “Security professionals are asked to keep us safe 24/7, monitoring a burgeoning number of cameras, and we help make them more effective.” SAFR targets facial recognition for live video, identifying camera-unaware faces moving in real-world conditions. In the April 2019 NIST results, SAFR tested as the fastest and most compact solution among algorithms with less than 0.022 False Non-Match Rate — 62 percent faster than the average speed, according to the company. SAFR now provides capabilities such as live video overlays alerting security professionals to events in real time, automatic bookmarks with rich metadata for investigative work, and alerts that can be customised to create security responses. SAFR uses one-sixth the compute power of competing facial recognition solutions Facial recognition algorithms Five years ago, facial recognition algorithms would struggle to match forward-facing people from still images, let alone camera-unaware moving faces from live video with variations in rotation and tilt. SAFR says they have achieved a balance of accuracy and performance for live video. A contributor to this accuracy is consistency across a range of skin tones. The algorithm was trained on a highly diverse global set of over 10 million non-simulated real-world faces. SAFR was optimised for speed and can sample a face multiple times during the same period of time as other algorithms, subsequently increasing its accuracy. SAFR achieves the performance through edge processing. Distributed architecture enables efficient bandwidth consumption, reducing the roundtrip latency of facial recognition speed to under 100 milliseconds. The savings lower total cost of ownership (TCO): SAFR uses one-sixth the compute power of competing facial recognition solutions, equating to $500,000 or so in savings on a 250-camera deployment. Integrated experience SAFR also uses off-the-shelf hardware and is optimised to leverage inexpensive GPUs SAFR also uses off-the-shelf hardware and is optimised to leverage inexpensive GPUs. SAFR can be deployed on premises or in the cloud, and supports Windows, Linux, macOS, iOS, and Android. When SAFR is paired with a VMS, such as Milestone XProtect or Genetec Security Center, the integrated experience includes 24/7 monitoring to detect and match faces in real-time. Features include live video overlays within the VMS to identify strangers, threats, concerns, unrecognised persons, VIPs, employees, or other tagged individuals in live video. Real-time alerts can be customised for when persons of interest appear on a video camera feed. Additionally, automatic bookmarks with rich metadata make for easier investigative review of security footage. Facial recognition technology is increasingly in demand to improve safety across various industry verticals. Better customer experience Large enterprises with high-visitor flows and heightened security — such as transportation hubs, stadiums, universities, and hospitals — need to know in real time when persons of interest or those on watchlists appear on camera. Sports stadiums could apply facial recognition to deny entry to banned patrons, locate lost children, or recognise VIPs to deliver a better customer experience. Hospitals need access control to restricted areas and pharmaceutical storage closets Hospitals need access control to restricted areas and pharmaceutical storage closets. Airports and transit centres value traffic flows, demographic composition, and dwell times to help improve scheduling. SAFR for Security is available worldwide, and the company partners with VMS providers such as Milestone, Genetec, Digifort, and IPConfigure by Paliton Networks. They are actively working to support additional VMS solutions and have sales teams located in major metropolitan cities around the world. Security professionals “The job of the security professional is critical in today’s world,” says Grimm. “SAFR for Security helps mitigate the challenges of the important work security professionals do to keep us all safe.” In designing and developing SAFR, RealNetworks considered diversity and the uniqueness of each person; Grimm says their massive global training data set is a competitive advantage. SAFR is designed with privacy in mind. All facial images and signatures are AES-256 encrypted in transit or at rest. “SAFR is powerful enterprise-grade software that is continuously improving through innovation and many years of expertise,” says Grimm.
Leon Medical Centers is a privately-owned healthcare organisation with seven state-of-the-art facilities serving over 46,000 elderly and Medicare patients in Miami and neighbouring 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 organisations in the state. However, what really sets it apart is its rigorously enforced service philosophy of ‘personal attention at all times’ and its commitment to treating its patients with the ‘dignity, respect, compassion and human kindness that they deserve.’ Mobile video recorders Leon Medical Centers began deploying previous-generation March Networks mobile video recorders in 2011 In keeping with its commitment to exceptional service, Leon Medical Centers operates a fleet of 230 buses that pick up patients, take them to their appointments and return them home. To ensure their safety in transit and monitor compliance with its service philosophy, it relies on an integrated March Networks® RideSafe™ video surveillance solution. Leon Medical Centers began deploying previous-generation March Networks mobile video recorders in 2011. “We had another vendor’s equipment up to that point, but the system couldn’t support IP video,” said Erick Martinez, Leon Medical Centers’ Security Systems Manager. “At the time, we were using analogue cameras and wanted to upgrade to higher definition video. We were also experiencing a lot of issues with hard drive failures.” Hybrid network video recorders In 2014, Martinez began upgrading to RideSafe GT Series Hybrid Network Video Recorders (NVRs), and now has 120 of the new mobile recorders in addition to almost 200 older March Networks mobile DVRs. The RideSafe GT Series recorders are available in 8, 12, 16 or 20-channel models with hybrid capability allowing end users to migrate from 100 percent analog to 100 percent IP video. An embedded Linux-based operating system, ruggedised design offering protection against shock, vibration, dust and moisture, solid state electronics, and internal battery backup make the RideSafe GT Series recorders ideal for reliable operation in punishing mobile conditions. A hard drive mirroring capability ensures redundancy and storage flexibility, while health monitoring proactively alerts system administrators to hard drive failures, irregular temperatures or synching issues with cameras. Safety of our passengers Our patients are elderly, so if there’s a slip and fall incident, we want to have evidence of what happened" Each Leon Medical Centers bus is equipped with six March Networks cameras. Five of the cameras are mounted to capture interior views and the last is used externally to capture video of passenger entry and exit points. “Our focus is on the safety of our passengers,” said Martinez. “Our patients are elderly, so if there’s a slip and fall incident, we want to have evidence of what happened. We also use the system to confirm compliance with our service standards. Our drivers are the first and last points of interaction with our patients, so if there’s an issue, we want to be able to review and rectify it.” In the event of an incident in transit, the driver is able to push a button on the dashboard to tag the associated video. Diagnostic imaging services When the bus arrives at one of the clinics, the tagged video automatically down-loads through a Wi-Fi hotspot to a server for immediate review by Leon Medical Centers risk management personnel. While in range of a Wi-Fi hotspot, the system also downloads health alerts and can also upload any scheduled software updates or new device settings. For routine video downloads, there’s hardly ever a need for Martinez’s staff to board a bus. “Wireless downloading saves us a lot of time,” he said. “It makes incident reporting much more efficient when we need to have an issue resolved. It helps a lot.” The seven Leon Medical Centers are one-stop-shop facilities with onsite labs, pharmacies, diagnostic imaging services and dental clinics. Traveling to multiple locations Leon Medical Centers operates four Healthy Living Centers with modern gyms, exercise and yoga classes This convenient service model enables patients to see their family doctor or a specialist, have blood work done, get an X-ray and fill prescriptions without having to spend time traveling to multiple locations. Each center has a café, where patients can have a coffee and socialise. And to help patients stay fit, Leon Medical Centers operates four Healthy Living Centers with modern gyms, exercise and yoga classes, seminars and other programs. Patients who require surgery or a hospital procedure are picked up and delivered by Leon Medical’s bus transportation service. On arrival, they’re greeted and escorted to their destination by staff from Leon Medical’s Hospital Service Centers, which are located within all of the major Miami-Dade County hospitals. Aside from the seven centers and four Healthy Living Centers, Leon Medical operates a fleet maintenance garage and a 300,000 square-foot corporate headquarters. Video management software Martinez says that the fixed facilities are also being equipped with March Networks 8000 Series Hybrid NVRs, which are managed using the same March Networks Command video management software powering the mobile recorders. Having a single software solution to access and manage video - regardless of whether it’s recorded on a bus or in one of the medical centers - means that Leon Medical Centers doesn’t have to train staff on multiple software systems. It also provides the organisation with complete oversight of its clients and operations. Once again, it’s all about patient safety and service excellence. “If a patient loses a purse or a wallet, for example, we’ll be able to find it for them on one of our buses or in a clinic. Or if they have an issue with an employee, we’ll be able to review the video and take care of it,” said Martinez. Video surveillance infrastructure Martinez and his staff are trained to take full advantage of all the Command software functionality A Microsoft certified engineer, Martinez heads up a department solely focused on overseeing Leon Medical’s video surveillance infrastructure. “This department didn’t exist four years ago,” he said. “I was part of the IT department responsible for PC support. Mobile security was handled by transportation at the time. I thought it would be a good idea to create a separate department with IT expertise to look after mobile security, and senior management agreed.” Martinez and his staff are trained to take full advantage of all the Command software functionality. For example, they’re able to manage video viewing privileges to ensure users have access only to those cameras corresponding to their roles or responsibilities. They’re also able to take advantage of Command’s support for Microsoft Active Directory integration, which collects established user account information from Leon Medical’s corporate network directory. Patient safety and service excellence This allows them to select users from the company directory, assign a profile and customise their user interface to display the tools needed for their role. Looking ahead, Martinez and his team will be busy this year, as Leon Medical Centers continues to expand. We have four construction build-outs planned, including a four-story, 80,000 square-foot building" “We have four construction build-outs planned, including a four-story, 80,000 square-foot building and two parking garages - one six-floor and one seven-floor garage - so there will be opportunities for additional fixed video surveillance systems. Because we lease our buses for three years, we’re also always adding to our transportation fleet, so we’ll continue swapping out our 5308 recorders in favour of the newer GT Series.” “March Networks has served us well,” said Martinez. “Without a high-quality, reliable video surveillance system, we would have a much more difficult time fulfilling our commitment to patient safety and service excellence. It’s that simple.”
Siemens Mobility and globally renowned mission critical communications (MCX or MCC) enabler, Softil have jointly announced an agreement that will see a range of next generation communications solutions come to market for use in Long Term Evolution-Railway (LTE-R) railways as well as Mission-Critical Push-To-Talk (MCPTT) metro applications like underground/tram buses, etc. Siemens Mobility adopts Softil's BEEHD client framework to bring best-of-breed mission critical communications solutions to LTE-R rail networks; solutions will also support the UIC's FRMCS strategy to build a Global Rail Traffic Management System for the entire rail industry MCX solutions The MCX solutions will support the Future Railway Mobile Communications Systems of the UIC The MCX solutions will support the Future Railway Mobile Communications Systems (FRMCS) of the International Union of Railways (UIC) to build a Global Rail Traffic Management System (GRTMS) for the entire rail industry, bringing significant economic and operational benefits and efficiencies to operators in the process. "The rail industry is at the forefront of the mission-critical communication revolution and GSM-R based systems have already been replaced by LTE-R solutions in Asia Pacific (APAC) and the trend is expected to widen across other markets in 2019/20," says Pierre Hagendorf, Softil's CEO. "With Softil's BEEHD client framework at the heart of Siemens Mobility's next generation LTE-R offerings, the rail industry will have a range of supremely reliable solutions packed with rich communication features." The new radio system for the Railway industry has to guarantee the interoperability with GSM-R while delivering on these three main areas: Critical communications - Secure voice communication between driver and signaller, provision for emergency and group calls, real-time video imagery for any occurring incidents and the intelligent bearer for European Train Control System (ETCS) and Automatic Train Operation (ATO) operation; Performance communications - Track condition monitoring, Connected Driver Advisory System (C-DAS), on-train telemetry, maintenance of non-critical infrastructure, non-critical real-time video, wireless communication for on-train-staff; Business communications - passenger information system, passenger entertainment and passenger communication connections. Siemens Mobility will enable existing GSM-R users to develop a migration plan that will enable all of the above. BEEHD client technology LTE-R is the foundation for the railway variant of the 3GPP MCC over LTE/5G (MCPTT) standard "The rail industry is facing unprecedented challenges in handling increasing numbers of passengers and freight traffic loads," says Russell Clarke, General Manager, Mobile Communications at Siemens Mobility. "After careful analysis of market options, Siemens Mobility chose Softil's BEEHD client technology as the outstanding Software Development Kit (SDK) for our developers to build best-of-breed LTE-R communications solutions for the rail industry in the shortest timeframe." LTE-R is the foundation for the railway variant of the 3GPP MCC over LTE/5G (MCPTT) standard. What sets the LTE-R technology apart from the currently used GSM-R is that it brings the full power of broadband networks including voice, video, text, images, location and more and not just simple voice. LTE-R technology The Softil BEEHD framework is LTE-R compatible and will enable Siemens Mobility's solutions to deliver stable voice as well as data communications on trains running at speeds in excess of 400km/h. LTE-R technology makes possible live tracking of a train and transmitting railroad information to engine drivers, and also enables multimedia-based group calling and SMS services on top of voice call services. Additionally, real-time group/individual communication is made possible between train engineers and control centers. BEEHD IP communications solution is a cross-platform framework designed for system integrators BEEHD IP communications Softil's BEEHD IP communications solution is a cross-platform framework (SDK) designed for chipset vendors, device manufacturers, system integrators, application developers and service providers looking to accelerate the development of IP-based voice and video over LTE (VoLTE, ViLTE and MCPTT/MCX) solutions. The quality of the award-winning SDK is unmatched within the communications industry and BEEHD was proven to satisfy all required key performance indicators (KPIs) set by the 3GPP MCX standard, as well as often even stricter KPIs required by global carriers and service providers.
As a major transportation hub in Northeastern China, Changchun Longjia International Airport processes a huge amount of passengers every year. In response to massive economic growth in the region, the airport – with a total volume of almost 13 million passengers in 2018 – needed an additional terminal. Built over the course of three years, the state-of-the-art Terminal 2 building covers a total area of 55,600 square meters. Since its opening in October 2018, the expansive Terminal 2 building has been serving all domestic flights from 22 airlines including Air China, Shenzhen Airlines and Shandong Airlines while international flights are now concentrated in Terminal 1. Meeting airport security guidelines Bosch received the contract based on a proven track record of large-scale airport security installationsLooking to safeguard this vital new infrastructure, the airport security managers wanted to integrate video security, intrusion detection, public address and access control for staff within one platform while meeting current government security guidelines for airports. Since 2017, these laws include mandatory storage of all video data for a 90-day period, which puts a premium on adequate data storage in a space covered by over 1,000 cameras around the clock. Given the project’s massive scale, managers wanted to work with a one-stop provider to ensure seamless integration of all solutions and delivery according to stringent timelines with end-to-end security intact on opening day. After diligent market research, Bosch received the contract based on a proven track record of large-scale airport security installations and the ability to connect all components – video security, intrusion alarms, access control and public address systems – on the Building Integration System (BIS). Installation of IP dome cameras Outdoor cameras are able to withstand temperatures down to -40 °C during Changchun’s harsh wintersFor video security, Bosch experts installed nearly 1,500 cameras inside and outside Terminal 2, including moving cameras such as the AUTODOME IP 4000i and IP 5000i and FLEXIDOME IP 6000 VR series. All IP-based cameras are centrally managed on the Bosch Video Management System (BVMS) and support security personnel by detecting threats and triggering automated alerts via built-in Essential Video Analytics. Outdoor cameras are able to withstand temperatures down to -40 °C during Changchun’s harsh winters. And to maintain a small data footprint while meeting the legal obligation for 90-day data storage, the cameras use efficient H.265 compression technology, thereby reducing bandwidth to a low 2 Mbps and storage space by up to 50 percent compared to other cameras. As a direct result, security managers in Changchun have been able to achieve savings in the number of networked storage units as well as energy consumption and cooling cost for the server room. Unified management of access control “The reduced bandwidth leading to a fewer number of storage cabinets in the server room was a major reason why our client opted for the Bosch solution,” said Mustaine Hu, Technical Support Manager at Bosch Building Technologies. The Building Integration System supports unified management of access control for airport personnel at 350 doorsMeeting another key customer requirement, the Building Integration System (BIS) from Bosch supports unified management of access control for airport personnel at nearly 350 doors. A combination of card reader and video security eliminates the risk of non-employees accessing critical areas with a stolen card and creates a seamless passage for authorised staff without additional screening. Bringing security full circle, the installed public address system allows security personnel to broadcast real-time announcements via more than 1,200 ceiling loudspeakers. The system ensures controlled evacuation in emergency situations and also sounds alarms triggered by connected intrusion sensors to alert personnel. Security for travellers and personnel Fully operative since the grand opening of Terminal 2, the Bosch system now provides end-to-end security for travellers, personnel and property at Changchun Longjia International Airport. As a scalable and IP-based system, it is future-proof to accommodate further expansions and has delivered cost savings on video storage and power consumption since day one. In face of China’s rapid economic growth, about 200 of the country’s 497 airports will require similar expansions over the coming years, making Changchun an important reference for Bosch Building Technologies in the region.
A multi-division and multi-location conglomerate in Kutch (Gujarat, India), engaged in manufacturing, trading, exporting and supplying a finest assortment of Roofing Accessories Roofing Sheets, Metal Coils, Roofing Accessories, Metal Roofing Sheets, Coated Roofing Sheets and Tiled Sheets for Roofing has trusted Matrix with providing top grade security solutions for its site. Matrix IR bullet cameras and VMS VMS Software with Inbuilt Weighbridge Application Module: SATATYA SAMAS PLT IPC Channel Wise ANPR/LPR License (ANPR1) Cameras installed at the site: 2 MP Varifocal IR Bullet Camera with 2.8-12 mm Lens- SATATYA CIBR20VL12CWS 2 MP Fixed Lens IR Bullet Camera with 3.6 mm Lens- SATATYA CIBR20FL36CWS The company was using conventional Weighbridge system that performed basic functionalities. This traditional system had certain limitations, such as Data spoofing due to manual system Lack of centralised solution for multiple branches Dependency on more than one system Lack of evidence for auditing purpose Matrix Weighbridge integration solution Looking at all the challenges that the company was facing, Matrix offered an optimised solution with Weighbridge Integration. Matrix Weighbridge Integration solution provides the following functionalities: Vehicle Number Snapshot (ANPR) Driver Snapshot (Evidence) Material Snapshot (Auditing) Weighbridge Snapshot (Avoid Data Spoofing) Safeguard Evidence Bookmark Video Recordings Print Evidence Record Periodic Report Generation Benefits Client will be able to track in-bound and out-bound material movement by capturing the details of respective material weight. Enables the client to make easy comparison of weights between supplying plant and receiving plant with the help of captured screenshots. Record weight of the material and then use the data to post good’s receipts, production bookings and dispatch documents, etc. Limits Weighbridge Vendor dependency by providing interoperability without depending much on other APIs.
The new vibration-proof Wisenet TRM-410S and TRM-810S NVRs manufactured by Hanwha Techwin are designed to be at the heart of video solutions for transport applications. Wisenet NVRs With a footprint of just 250mm x 210mm and offering two-way audio communication, the two new robust NVRs are EN50155, EN-50121 and EN-61373 certified. This makes them particularly suitable for deployment on buses and trains where they can be used to record video of passenger activity, as well as video of the road or track ahead, in order to provide evidence of any incidents. The new NVRs, which support H.265, H.264 and MJPEG compression, offer 4TB onboard video data storage, with the TRM-810S also offering the option of RAID. PoE/PoE+ support Both of the new Network Video Recorders (NVRs) have a built-in Power over Ethernet (PoE and PoE+) switch Both of the new Network Video Recorders (NVRs) have a built-in Power over Ethernet (PoE and PoE+) switch, making them ideal for mobile applications as there is no need to install separate power supplies for cameras and monitors. Designed to offer the stable recording of event and location data as well as video, the two new devices complement the sixteen channel TRM-1610S and TRM-1610M NVRs and the three compact Wisenet X mobile H.265 dome cameras which were launched in 2018. Cost-effective video solution “Our two existing sixteen channel NVRs are proving to be popular among train operators who wish to record images captured by a large number of cameras installed in train carriages,” said Uri Guterman, Head of Product & Marketing for Hanwha Techwin Europe. “The introduction of the four and eight channel NVRs means that we now have cost-effective solutions for bus, coach and truck type applications.”
Beijing Daxing Airport, due to open in September, will soon be the second in Beijing to secure daily operations with state-of-the-art technology by Airbus. Airbus will provide one Tetra DXTA server, and nine TB3 base stations with eight TTRX 32-channel receivers per base station for Bejing’s second international Airport communication structure. The system will be mutually backed up by the Beijing Capital International Airport to enhance the communication and management of the two airports. The whole network will be put in use before the 30th of September, the official opening date of the airport. This new airport will possess eight runways and serve around 100 million passengers annually, all of which will be secured with Airbus technology. Seamless communications Airbus Tetra system has played a vital role in securing tasks relating to passenger transportation Tests carried out in April proved the interconnectivity between the digital trunk communication systems of both airports to be reliable, as stable and clear communications were recorded. The two Tetra systems provided by Airbus are fully interconnected; this will allow for Airport related entities such as Airlines and ground service companies to benefit from seamless communications between both airports. Beijing International Airport is also equipped with an Airbus Tetra system, which has provided highly stable, reliable, and flexible communication security for daily operations since its deployment in 2008. Over the past ten years, it has played a vital role in securing tasks relating to passenger transportation, as well as the logistics of high-scale world sports events. The current system serves over 10,000 subscribers. In 2018, the Beijing Capital International Airport saw over 100 million passengers for the first time, making it the second busiest airport in the world.
Round table discussion
Artificial intelligence is on the verge of changing the face of multiple industries – from healthcare to entertainment to finance, from data security to manufacturing to the cars we drive (or that will drive themselves!) In the physical security market, AI has garnered a lot of attention as a buzzword and as a harbinger of things to come. We asked this week's Expert Panel Roundtable: What security markets are most likely to embrace artificial intelligence (AI)?
The beginning of the school year and upcoming seasonal changes remind us that demand for security systems, like almost everything else, is seasonal to some extent. Making improvements to educational facilities during the summer months – including installation of security systems – is the most obvious example of seasonal demand, but there are others. We asked this week’s Expert Panel Roundtable: Which vertical markets for security are impacted by seasonal changes in demand?
Video cameras are everywhere, and hundreds more are installed every day. Our society appears to be reaching a point of perpetual surveillance. It certainly feels as if we are always being watched even though it is not yet the case. But as cameras are becoming more common than ever, we are also entering a new era of privacy concerns and sensitivities, as evidenced by GDPR and other such initiatives. We presented this quandary to this week’s Expert Panel Roundtable: Surveillance cameras can go anywhere, right? Where is it “not OK?”