The new FLEXIDOME IP starlight 8000i X series cameras offer enhanced image quality for low-light scenes and fast-moving objects, thanks to two resolution offerings of 2- or 4-megapixels and next-level HDR X and starlight X technologies. HDR X and Starlight X technologies HDR X enables the cameras to optimize video capture in scenes with fast-moving objects with a dynamic range up to 144 dB, ensuring perfect exposure, while reducing motion-related artefacts and blur in the daytime. The new Star...
BIRD Aerosystems, the developer of Airborne Missile Protection Systems (AMPS) and Airborne Surveillance, Information, and Observation (ASIO) solutions, announced the opening of an office in Buenos Aires, Argentina, as part of the expansion of its activities in the Latin American market. The company already has offices across the world, including Israel, the USA, Cyprus, and Switzerland, and is currently establishing another office in Singapore. Attaining local presence The new office in Argen...
In the past, security managers were primarily concerned with global terrorism. That has changed with the COVID-19 pandemic threatening the health of passengers at airports. Even if the number of passengers remains at a low level in many airports, surveillance won’t become any less complex. In fact, the opposite is true. Hygiene regulations raise new requirements for passenger processing and control. Reason enough for security managers to rethink airport security methods and evaluate how s...
The first inter airport CONNECT event, taking place online from 20 – 21 April 2021, provides a much anticipated trade and networking event for the global airport community, which has been impacted by the ongoing COVID-19 crisis. inter airport CONNECT inter airport CONNECT is a two-day online trading, networking and webinar event for airport professionals. Visitors can virtually meet relevant exhibitors, browse informative product presentations and follow webinars on current industry tren...
Globally renowned sensor solutions specialist, HENSOLDT has successfully passed the Factory Acceptance Test of its new airborne multi-mission surveillance radar, PrecISR. In an online demonstration conducted, the PrecISR 1000 airborne multi-mission surveillance radar proved its capabilities to the customer, QinetiQ GmbH, an international provider of airborne special missions operations, based out of Möchengladbach, in Germany. PrecISR 1000 airborne multi-mission surveillance radar The ra...
Sensor Solution specialist, HENSOLDT is strengthening its avionics business by re-naming its subsidiary EUROAVIONICS GmbH, located in Pforzheim, Germany and addressing the avionics market under the unified brand name, HENSOLDT Avionics. The strategic move is driven by a new management team led by the Managing Directors, André Hinueber and Dieter Buchdrucker. EUROAVIONICS GmbH has been part of HENSOLDT Group since 2017. Interfaces for third-party avionics and sensors “HENSOLDT Avi...
inter airport Europe 2021, the 23rd International Exhibition for Airport Equipment, Technology, Design & Services will be held at the Munich Trade Fair Centre in Germany from 9 – 12 November 2021. The exhibition in 2021 takes place against the backdrop of COVID-19. There have been many challenges for the airport industry recently, mainly evolving around travel restrictions and reduced passenger traffic worldwide due to the pandemic. inter airport Europe, as the world’s pioneering airport exhibition and the industry’s main marketplace, is set to support the recovery journey and provide new business opportunities to all participating companies. The enhanced exhibition concept for this year offers the chance to network as well as reconnect with professionals from airports worldwide and also covers a digital marketplace in April as an early opportunity for the industry to meet. inter airport CONNECT inter airport Europe will provide new business opportunities and the chance to network with professionals To support the recovery journey of the airport industry in light of the ongoing Covid-19 crisis, inter airport Europe will be launching its first digital event from 20 – 21 April 2021: inter airport CONNECT. It will be the perfect opportunity where the entire airport industry will get together, a chance for the airport community to reconnect and for exhibitors to provide a preview of their latest innovations ahead of the live show in November. inter airport Europe, as the world’s pioneering airport exhibition will provide new business opportunities and the chance to network with professionals from airports worldwide. Webinars, held by key partners of inter airport Europe, will run alongside the matchmaking options and product presentations by exhibitors. Unique international attendance “There have been significant changes in the past year and as a result, the airport industry was reshaped for years to come – and as the leading event internationally we are committed to support the airport industry on its runway to recovery. Hence, we are launching the digital event as part of this recovery journey, for the airport community to meet and exchange and for visitors to get a first glimpse of what to expect at the show in November.” “ In addition, inter airport CONNECT will form the base of our efforts to hold inter airport Europe in November in a hybrid format, combining the live show with digital elements so we are able to secure the unique international attendance that our exhibitors are expecting from the worldwide pioneering event in the airport industry,” says Olaf Freier, Portfolio Director of inter airport Europe at the organiser Mack-Brooks Exhibitions. “digitalization, sustainability, the smart airport – these are of course important topics in the airport industry at the moment. Many exhibitors and our show partners are telling us that they used the past year to work on innovations and ways to advance their digitalization efforts in order to improve cost efficiency at airports. This means that on top of offering the industry the meeting place it needs in April and November this year, participants can expect innovation and a lot of recent content that keeps the industry connected,” concludes Olaf Freier. Smart airport inter airport CONNECT also offers its participants an exciting and varied webinar program inter airport CONNECT in April will provide a much-anticipated trade and networking event for the global airport community, presenting a broad program for trade professionals including virtual product presentations and plenty of matchmaking options to conduct meetings during the two days of the event. inter airport CONNECT also offers its participants an exciting and varied webinar program. Organized together with key partners from the airport industry, the virtual event will provide valuable insights into the latest developments: digitalization, sustainability, and the smart airport are just some of the topics which will be covered in the webinar program. Further information and the detailed webinar schedule will be made available in the coming weeks. Visitors can participate in inter airport CONNECT for free and register online from mid-March. Exhibition categories inter airport Europe, the world’s pioneering airport exhibition, is renowned as the one-stop shop for the industry, covering the most comprehensive range of products and services for the entire airport: technology and services for ground handling, airport equipment, terminal operations, airport IT solutions and airport design. The show profile of inter airport Europe comprises three exhibition categories: interTERMINAL (technical terminal installations and services as well as design), interDATA (IT solutions for the modern, interactive airport), and interRAMP (ground support equipment). The exhibition covers all areas of airport-related technology and services. Exhibitors will present solutions and ideas for the equipment of terminal buildings, the design and planning stage, the latest ground support equipment as well as airport IT systems, all in one place.
The Genetec Channel Partner program has partnered with Credly to award verified digital badges to European channel partners who complete Genetec certification courses. Badges provide an easy way to share and validate the skills, experience, and technical knowledge. Digital badges are the best tool to highlight Genetec certifications and achievements on the website, social media, profiles, and more. Think of the badges as a bonus for the hard work—there's no extra cost involved. What is a digital badge? Genetec has included digital badges in their training programs as an additional way for certified partners to share and validate the achievements. These digital credentials can be used in the website, email signatures, and on social media sites such as LinkedIn, Facebook, and Twitter. It provides a secure and verifiable way to share professional skills and abilities. A digital badge consists of an image and metadata that are uniquely linked to the person and his/her achievements. Why get a digital badge? Digital badges are a web-enabled version of the paper certificates They give one recognition for learning new skills It is a more efficient way of displaying the training achievements on ones social media profiles The Credly platform uses a trusted method for real-time certification verification Genetec digital badges are awarded free of charge (after one passes the skills assessment exam).
BIRD Aerosystems, globally renowned developer of Airborne Missile Protection Systems (AMPS) and Airborne Patrol Solutions (ASIO), will launch and present its new ASIO Protection of Critical National Infrastructure solution, which utilizes state-of-the-art technologies and methodologies, and is uniquely designed for protection of critical infrastructures, such as oil, gas, electricity and utilities, at the IDEX (The International Defense Exhibition & Conference) event in Abu Dhabi. ASIO Critical National Infrastructure solution The ASIO Critical National Infrastructure solution, BIRD's newest and most advanced configuration of the ASIO solution, enables customers to patrol and survey their strategic assets and Critical Infrastructure in any weather or lighting condition. When a threat is detected by the ASIO Special Mission Aircraft mission operator, the detection location, live video, and operational data are immediately relayed to other ASIO fixed-wing aircraft and ASIO Special Mission Helicopters for further tracking. In parallel, target data and live airborne video is sent to headquarters and ASIO ground vehicles for effective event management and interception of the suspected targets on the ground. Protecting strategic assets and sensitive infrastructure Operationally deployed by several customers worldwide, the ASIO Critical National Infrastructure solution provides a multi-layered approach, effectively preventing persons or items from illegally accessing ground assets and sensitive infrastructure and effecting the availability, integrity, or delivery of essential services in the country. We have tailored ASIO Mission Task Force to fit specifically for Protection of Critical Infrastructure in light of this need" Ronen Factor, Co-CEO (Co-Chief Executive Officer) and Founder at BIRD Aerosystems, said “The need to effectively protect strategic assets such as oil and gas fields is significant in almost every country and area, certainly in UAE and the region. We have tailored BIRD's renowned ASIO Mission Task Force to fit specifically for Protection of Critical Infrastructure in light of this need.” Ronen adds, “Our ASIO Solution for Protection of Critical National Infrastructure is handling the protection and security of vital assets and infrastructure and ensures that critical facilities are secure from potential threats, possible disruption and imminent destruction. I invite all to meet us during the IDEX exhibition and learn more about our unique solutions.” IDEX 2021 exhibition At the IDEX 2021 exhibition, BIRD Aerosystems will also present its Airborne Missile Protection Systems (AMPS) range of solutions, including the patented MACS sensor and SPREOS DIRCM: MACS (Missile Approach Confirmation Sensor) performs unique confirmation of suspected incoming missile threats detected by the main electro-optical passive sensors and ensures zero false alarms, thereby ensuring that only real missiles will be declared by the system and reacted upon. SPREOS (Self Protection Radar Electro-Optic System) DIRCM combines a Semi-Active Dual Band Radar and Directional IR Countermeasure. Queued by the Missile Warning Sensors, SPREOS points towards the suspected threat, performs a Doppler based interrogation to confirm the existence of a valid threat, and extract its key parameters. In addition, SPREOS precisely tracks and points an advanced 5th generation solid-state Quantum Cascade Laser (QCL) towards the threat for the most effective jamming of the missile while continually assessing the jamming effectiveness. AeroShield POD on display BIRD Aerosystems is also slated to display its AeroShield POD, an all-in-one Pod solution that supports the installation of BIRD’s Airborne Missile Protection Systems (AMPS) on narrow and wide-body aircraft. Easily installed, the AeroShield POD can simply be transferred between different platforms.
Globally renowned sensor specialist, HENSOLDT has announced that they will modernize the artillery location radar, COBRA, which is in service with several NATO (North Atlantic Treaty Organization) armies. Under a contract awarded by the multi-national procurement organization, Organization Conjointe de Cooperation en matière d’Armement (OCCAR) – Organization for Joint Armament Co-operation, HENSOLDT will replace the Radar Target Generator (RTG), a core element for the test environment of COBRA indispensable for determining optimum deployment and testing system performance. Radar Target Generator (RTG) The Radar Target Generator (RTG) is designed to generate primary radar returns The Radar Target Generator (RTG) is designed to generate primary radar returns and can be placed in the Radar’s far field in order to simulate target trajectories. The RTG is the key element to test and verify the COBRA Radar performance with reproducible target trajectories. The new RTG takes into account changes of the user nations operational requirements such as long-term deployments in stationary locations, simultaneous operation of several systems and 24/7 surveillance missions. COBRA mobile radar system This contract also emphasizes the commitment of HENDSOLDT to a trustful partnership with the OCCAR COBRA System and demonstrates the support for the challenges ahead in the In-service support phase and the COBRA Mid-Life Update activities. COBRA is a mobile radar system for locating hostile artillery and missile positions and for calculating in advance the flight path of projectiles in order to give early warning and enable protective action. Its first configuration was developed by the EuroArt consortium comprising HENSOLDT, Thales and Lockheed Martin, around the turn of the century for the German, French and British armed forces. Currently, a total of more than 40 systems of various configurations have been deployed by Germany, France and Turkey, as well as several armed forces outside Europe.
BIRD Aerosystems, the pioneering developer of Airborne Missile Protection Systems (AMPS) and Airborne Surveillance, Information, and Observation (ASIO) solutions, has received a follow-on contract to develop additional advanced capabilities for its Radar Control and Display (RCD) that controls HENSOLDT' PrecISR™ advanced multi-mode radar family. After successfully completing the first phase of development and customization of the RCD to the PrecISR™ earlier, the next phase of development has been agreed upon by the companies and will include developing specific and more advanced capabilities tailored for HENSOLDT customers. RCD system The new capabilities to be implemented by the RCD include, for example, Dynamic SAR imagery footprints, control of multi-layered data visualization, and enhanced real-time radar information and status. Furthermore, the RCD system will be integrated with additional surveillance sensors used by the customers along with the HENSOLDT Radar (e.g., AIS and others). The follow-on contract and the new capabilities that will be developed under this contract are all focused on customizing the RCD for new customers and programs. BIRD will also provide an ILS package that includes RCD training and system documentation, to be provided to HENSOLDT and its customers. HENSOLDT PrecISR PrecISR™ airborne surveillance radar tackles the challenges of ISR missions at air, sea, and land Ronen Factor, Co-Chief Executive Officer and Founder at BIRD Aerosystems: "We are delighted that HENSOLDT has once again put their trust in BIRD to further develop the RCD for their Radar Customers, expressing their satisfaction from BIRD's advanced Mission Management System that proved to be highly efficient in reducing mission crew workload. Our experienced team of engineers is working hard to ensure that BIRD's RCD, which is now the default control interface of HENSOLDT PrecISR™, will be ideal for the specific needs of the end-customers." PrecISR™ airborne surveillance radar is HENSOLDT’s latest technology response to tackle the challenges of Intelligence, Surveillance, and Reconnaissance (ISR) missions at air, sea, and land. AESA antenna technology Designed for a wide range of airborne platforms (UAVs, helicopters, fixed wing, and special mission aircraft), PrecISR™ is the ISR sensor of choice for armed and security forces to mitigate human and drug trafficking, piracy and smuggling, illegal fishing, terrorism, oil dumping or any other environmental threat. PrecISR™ comprises of the newest generation gallium nitride AESA antenna technology with two-dimensional e-scan capability, combined with large bandwidth multi-channel radar core electronics and integrated radar signal processing. Even in the most challenging environmental conditions and sea states, PrecISR™ users will take advantage of an unrivaled level of situational awareness with significant flight cost savings. Detecting, tracking, and classifying more than a thousand objects, the PrecISR™ increases the surveillance capabilities and mission efficiency for any special mission aircraft.
HENSOLDT UK are pleased to announce the launch of SPEXER 600 multi-mission, X-Band ground-based surveillance radar utilizing SharpEye solid-state transceiver technology. Building upon the excellent pedigree of well-established HENSOLDT products and technologies, SPEXER 600 complements the SPEXER family of Active Electronically Scanned Array or AESA radars, offering a cost-effective and truly crew portable field deployable solution. Design and function Designed to meet user requirements to detect multiple threats in the modern battlefield or security environment, it offers a number of modes allowing multiple functions to be carried out by a single radar sensor. The built-in tracker reduces the need for additional electronic units, making it a lightweight, crew portable unit that can be set up in a few minutes. In fixed installations, the low weight allows it to be installed without any specialist masts or structures. Controlled either locally or remotely from a command center, SPEXER 600 can be easily networked with other sensors. Authority comments “SPEXER 600 from HENSOLDT UK is the solution for today’s complex operational needs on the battlefield, or in securing the nation's critical infrastructure against multiple threats,” stated Adrian Pilbeam, Head of Sales, Ground and Maritime Surveillance Radar.
AI has opened doors to many transformation opportunities and increasingly minimised many risks -- personal and economic -- that are alarming today. And illicit trade is one of those pains AI can offer a promising solution against. Illicit trade is a serious threat and problem that affects governments and societies on every level. While governments lose financial funds in tax revenues, thriving businesses are losing potential customers, and customers are getting tricked into purchasing counterfeit, low-quality products. Transnational organized crime generates revenue of $2.2 trillion through transnational criminal organizations, complicit corrupt facilitators, and other threat areas. The list of criminal activities is long and involves such horrific crimes as trafficking of narcotics, opioids, arms, humans, fake medicines and other counterfeit and pirated goods; illegal tobacco and alcohol; illegally-harvested timber, wildlife, and fish; pillaged oil, diamonds, gold, and other natural resources and precious minerals; stolen antiquities; and other contraband or valuable items sold across streets, social media, online marketplaces, and the dark web. In short, illicit trade is a contributing cause to large-scale insecurity and instability across markets. AI-driven technologies Here is where revolutionary AI-driven technologies come in, with their capability to fight illicit trade across markets. AI technologies in this specific application promise to help build safer and more secure communities in the future. There are a few ways that AI can support the ongoing fight against illicit trade on a global scale in a tangible way. Transnational organized crime generates revenue of $2.2 trillion For financial transactions at risk of fraud and money laundering, tracking has become an increasing headache if done manually. As a solution to this labour-intensive process, AI technology can be trained to follow all the compliance rules and process a large number of documents -- often billions of pages of documents -- in a short period of time. Among these documents widely in circulation, most have an unstructured and inconsistent format -- from invoices to insurance documentation -- are a complex system to tackle; in this whirlwind of pages, the likelihood of non-compliant and misrepresented figures to go by unnoticed. But this is also where AI can thrive as solutions become a necessity, enhancing humans’ capabilities of identifying fraud risks in the early stages. Relying on natural language processing, the technology can begin interpreting the text from the scanned and digitised documents in order to process trade information at high speed. In this context, AI-powered solutions are capable of comparing, contrasting document information and identify anomalies worth looking into further. By automating a large portion of the process, AI-driven technology allows the staff to focus on more pressing, high-involvement issues that require human judgement while saving time on the time-consuming manual work of analyzing documents by hand. Identifying covert interactions between criminals As criminal networks become increasingly intricate in their illegal operations, cutting-edge AI technology is crucial in the battle against it. In 2019, EU launched a project with the goal to deploy advanced AI technology and robots to identify smuggling across the borders of Portugal, Estonia, Italy, Greece, Bulgaria, Romania and Hungary. With the help of AI, it will be possible to send drones and autonomous vehicles to the most dubious border areas in order to enforce border control and detect smugglers quickly and efficiently. Illicit trade triggers a chain reaction of negative impact across industries, governments and individuals The issues the EU is trying to address through the project include drug and weapon smuggling, as well as human trafficking. From tight border control tracking crossings to communication monitoring to identify covert interactions between criminals on both sides of the border, the project is one among many that will expand the scope of solutions to the illicit trade problems today. AI’s contribution is significant on many levels: from predicting crime and threats to safeguarding public health and safety (in face of human trafficking, counterfeit medicines, and toxic products), these are simply inklings of major shifts that AI technology promises for the future of the battle against illicit trade. So why is fighting illicit trade so crucial? Here are a few reasons why AI’s role in fighting this global issue is crucial. In a world where customers run the risk of being deceived and tricked into buying counterfeit products, companies who provide the original products suffer through the loss of revenue and market share. The same companies are also robbed of their intellectual property and proprietary data. Furthermore, people who are employed in these companies run the risk of losing their jobs as a result of revenue and market share loss. And finally, the last straw is the loss of brand integrity and reputation to the need to compete with low-quality, sometimes even dangerous counterfeit products. Just like a domino effect, illicit trade triggers a chain reaction of negative impact across industries, governments and individuals. And it’s time for AI to step in and stop it.
Though they may sometimes elicit a hectic and fast-paced experience, airports are a necessary cornerstone of traveling for many people around the world. Whether they represent the ability to see family, the need to attend a business event, or the chance to get away on a relaxing vacation, airports are central to allowing travelers to get from one destination to the next. In 2019, more than four billion scheduled travelers passed through the world’s airports, and that number is projected to grow. As the flow of travelers increases, airports are facing many new challenges. Passengers, by nature, are highly diverse, transient and in continual motion. As a result, airports are taking on greater responsibility of ensuring that people arrive and depart in a timely — and safe — manner. Effective security operations Effective security operations are therefore critically important to allowing these entities to protect what matters most. Unfortunately, this is not an easy task, as airports have evolved from traditional ports-of-call to highly complex environments. With the introduction of shopping, dining, interconnected rail and more amenities, they are seeing many of the same challenges facing cities. That includes theft, fraud, medical concerns and even domestic violence spilling over into facilities that are already popular targets for bad actors. They are seeing many of the same challenges facing cities The various threats that airports face on a daily basis present the potential for extreme damage. Any type of incident can carry significant risk to people, assets, passenger traffic, and brand reputation. Traditional security risks in the airport ecosystem, such as theft, violence, terrorism, and insider threats, continue to evolve, while overarching cyber attacks targeting physical security systems have also become more prevalent. Airport Industry Demands Aside from the constantly shifting risk landscape airports face, they also maintain a unique set of needs due to the high-level nature of the overall operation, such as: Constant surveillance. Airports, like many other transit hubs, utilize systems and technologies that must function constantly in order to keep passengers, employees, and environments safe 24 hours a day, 7 days a week, and 365 days a year. The ability to monitor device health is instrumental in preventing equipment failures as well as ensuring that no suspicious behavior goes unnoticed. As airports grow and change with the addition of new shops, terminals, or runways, they also need a set of security solutions that can easily adapt and incorporate new protective infrastructures. Coordinated security.The societal growth of at-your-fingertips accessibility and mobile capabilities increases convenience, but with this connectivity comes an expanded risk for threats and breaches. Security is no longer limited to just physical assets; network elements must also be considered to ensure comprehensive coverage throughout an airport’s infrastructure. Data collection.Data that is derived from internal and external threat intelligence efforts plays a significant role in mitigating threats, but the sheer amount of data far outweighs the ability of many airports to organize what’s collected and make it actionable. The Answer: Intelligence-Powered Solutions The complex risks, demands, and challenges that airports must contend with call for exceptionally sophisticated and coordinated security strategies that leverage intelligence-based solutions. A traditional security system is not enough for such a high-leverage atmosphere; airport security operators require the greatest level of insight and information possible to ensure protection for travelers and staff at all times. Airport security operators require the greatest level of insight and information At the core of an intelligent airport security system must exist a video-based security operations center (SOC). Operators need to be able to track incoming data and identify relevant information on a daily basis, but this can become challenging given the number of security systems and sensors that are typically integrated within an SOC, such as video surveillance, access control, perimeter detection, PSIM software, and more. Operators require solutions that integrate the existing controls of a security operation into a single view, assimilate analytical data, and provide critical insights to empower personnel to manage and respond to situations efficiently and effectively. This can be achieved through an intelligent SOC, giving operators real-time visibility into security system information and analytics that facilitates a proactive approach to security rather than reacting after the fact. Operators therefore benefit greatly from increased insight and the ability to see both the security and business sides of airport operations, from passenger and employee identification to cargo handling and flight coordination. Essential Intelligent SOC Components Because airports are such vast, fast-paced environments with several elements to consider when it comes to safety, an intelligent SOC in these facilities must incorporate various levels of intelligent technology, such as: Video management software (VMS). A data-driven security management and response system that leverages advanced artificial intelligence (AI) and predictive analytics is critical for viewing airport operations and investigating potential vulnerabilities or threats. When integrated with components such as dynamic GIS maps and event management, airport security teams can gain full situational awareness and control with the intelligence to act as needed. Emergency dispatch and response. In the event of a security incident, airports need to share insights in real time between dispatchers, first responders, and other aligned stakeholders. Next-generation mobile technologies within an intelligent SOC can enable operators to see the full picture of both the situation and the organization’s response team, helping to facilitate immediate action and informed decisions. Integrated security operations. As mentioned previously, today’s airports are forced to look beyond the traditional physical security threats of the past and incorporate the element of cyber risk. This means that an intelligent SOC must also consider web-based vulnerabilities, such as through social media monitoring and geo-fenced surveillance and integrate this information within the guidelines and techniques that are being used to secure the airport in a physical sense. The deployment of intelligent security solutions in airport environments helps streamline all aspects of security management while enabling data analysis to ensure day-to-day airport operations run smoothly. In the end, these facilities become more prepared to deal with incidents proactively while providing a positive experience for travelers. As airports look to draw more passenger traffic and expand in scale, selecting security solutions powered by sophisticated intelligence and analytics helps protect what matters most: people, property, and the continuity of operations.
A person infected with the Coronavirus (COVID-19) infects an average of 2.5 other people within five days. You do not need to be a mathematician to realize that early detection of infected people is key to successful pandemic containment. The aim of effective containment strategies is therefore not so much to reduce the number of absolute cases as it is to extend the time frame within which they occur. Without effective containment measures, the virus spreads rapidly and is beyond the capacity of the health care system. However, if infection rates can be minimized through early detection and rapid, targeted identification of further infections, cases will continue to occur over a longer period of time and remain within the capacity of the health care system. Identifying, testing and results For example, the goal of many countries is to carry out as many Corona tests as possible to quickly identify infected people. It is then necessary to identify and reach potentially-infected people and isolate them in quarantine. This is a tried and tested procedure. But this method also costs valuable time in the fight against the virus and has many unknowns. The determination of a concrete test result alone sometimes takes up to 48 hours due to limited laboratory capacity. Added to this is the imprecise and slow procedure for determining contact persons. Or do you still remember exactly who and where you shook hands with in the last ten days - and could you provide information on this? Security technology to the rescue When it comes to the time factor, security technology can be a great help. Thermal imaging cameras and temperature sensors, for example, can help to detect a person with elevated body temperatures. Fever can also be one of the symptoms in those infected with the Coronavirus. At neuralgic points such as airports and train stations, or at entrances to hospitals, thermal imaging cameras can quickly reveal which people have fever. Presumably infected people can be easily separated and asked about other symptoms. Physical security technology can make a great contribution here. Dr. Frank Gillert, a professor at the University of Applied Sciences in Wildau, Germany states, however, as one of the leading scientists for logistics-centric security research, he demands "rapid innovation in dealing with situations like COVID-19 should be a priority". He sees enormous potential in the possibilities of IT and artificial intelligence; "We should use the disruptive changes that are currently taking place and that are challenging global orders to strengthen the significance in IT infrastructure development and also in security technology development.“ The goal in a global crisis And he is right: In global crises such as the Corona pandemic, security-related deficits become apparent and space is created for technical innovations. The goal of governments and companies is to restore security and save human lives as quickly as possible. The German data analytics powerhouse G2K, for example, has developed a Corona Detection & Containment System (CDCS) that is ready for immediate use in record time. Detection takes place in combination with AI-supported data analysis to specifically identify virus hotspots and distribution routes, as well as to identify other potentially infected persons. When developing the system, the focus was on two questions: How do I detect a suspected infected person in crowded environments and even more importantly, how do I quickly and comprehensively determine the person's contacts and previous whereabouts, and find correlations and patterns in this information? The data experts of the Berlin-based company found the answer in the combination of physical security technology and their existing data analytics platform. The G2K system The system is based on G2K's scalable IoT platform "Situational Awareness Builder" (SAB), which is already in use in several projects worldwide and sets standards in process automation and process optimization, including security management. As soon as a person with fever is detected by the system, he or she can be immediately screened to avoid contact with other people and thus prevent possible new infections, i.e. to interrupt the chain of infection. For this purpose, stationary thermal imaging cameras or smartphones equipped with a temperature sensor accessory can be used. The potentially infected person must now be registered and referred to a doctor or hospital for further specific diagnostic measures. The entire process is covered by a mobile G2K application. A combination of security and medicine The platform can bring together available hospital capacity, infection reports, movement and contact profiles and provide an excellent picture of the source of infection. Thus, medically necessary isolations can be implemented quickly. At the same time, infected patients can use the app to document their recovery and become actively involved. All this data is centrally managed and analysed, using deep learning methods. This provides crisis managers with a single monitoring, control and resource management tool that enables immediate action to be taken to combat the spread of the virus and gives officials full transparency on the status of the pandemic. Karsten Neugebauer, founder and CEO of the company behind the solution, explains his commitment as follows "A few weeks ago we too were faced with increasing difficulties due to the Corona crisis. As we have a strong presence in Europe in particular, we had to struggle with postponed project starts and limited resources". But instead of burying their heads in the sand, G2K's dedicated team decided to declare war on the virus." "In our entrepreneurial duty, we, therefore, decided to use our available technology and equip it to fight COVID-19. Our team has been working day and night over the last few weeks to expand our software platform to enable us to contain the pandemic quickly and effectively. Politicians must now immediately push ahead with the unbureaucratic implementation of prevention and control measures such as our CDCS to ensure the stability of our public systems," demands Karsten Neugebauer. The pandemic continues As the COVID-19 pandemic spreads from continent to continent, researchers around the world are working to develop antidotes to the virus. As long as this has not been found, the spread of the virus must be slowed down internationally. Only by this can system-relevant infrastructure be held consistently. Combining modern physical security technology with platform technology and artificial intelligence provides an excellent possibility to slow down the current and for sure, future pandemics.
The coronavirus pandemic had a monumental impact on all aspects of the business world, including the security industry. However, amid the gloom and doom, many security professionals also saw opportunity: New ways the industry’s products could be applied to address the challenges of coping with the virus. This article will review some of those opportunities, based on our reporting throughout the year and including links back to the original articles. During and after the pandemic, security systems are an important asset when it comes to helping to keep occupants and buildings safe as employees return to work. For example, video analytics can provide insight into how spaces have previously been used and can help to predict where and when occupants encounter each other or congregate. Role of thermal cameras These foot-traffic patterns can inform settings for a variety of devices - like ventilation and temperature controls - and even help owners create social distancing plans and monitor personal protective equipment (PPE) compliance. Thermal surveillance, a mainstay of traditional physical security and outdoor perimeter detection, began being deployed early in the pandemic to quickly scan employees, contractors and visitors as part of a first line of defense to detect COVID-19 symptoms. These systems provide flexibility and can offer integrations with multiple VMS platforms and access control devices These systems provide flexibility and can offer integrations with multiple VMS platforms and access control devices. Thermal cameras can be a tool for detecting fever, but any use of the technology for this purpose is full of qualifications and caveats. Importantly, how the camera system is configured makes all the difference in whether temperature readings are accurate, and the downside of inaccurate readings is obvious - and potentially deadly. Temperature detection systems FDA guidelines limit how the cameras are used, not to mention guidance from other regulatory/government bodies such as the CDC. One of our Expert Roundtable panelists compares the market to a “wild west scenario,” and almost all the panelists are clear about how customers should approach the market: Buyer beware. There are many companies jumping into selling temperature detection systems to the state, local governments, hospitals, airports and local businesses, but do they know how to drive one? Anyone can get behind a car and drive it into a wall by accident. The same can happen with a temperature detection system. Customers need to know what questions to ask to ensure they maximize the accuracy of body temperature detection systems. Rise of contactless Spread of the novel coronavirus has jolted awareness of hygiene as it relates to touching surfaces such as keypads. No longer in favor are contact-based modalities including use of personal identification numbers (PINs) and keypads, and the shift has been sudden and long-term. Both customers and manufacturers were taken by surprise by this aspect of the virus’s impact and are therefore scrambling for solutions. Immediate impact of the change includes suspension of time and attendance systems that are touch-based Immediate impact of the change includes suspension of time and attendance systems that are touch-based. Some two-factor authentication systems are being downgraded to RFID-only, abandoning the keypad and/or biometric components that contributed to higher security, but are now unacceptable because they involve touching. "Users do not want to touch anything anymore,” says Alex Zarrabi, President of Touchless Biometrics Systems (TBS). Facial recognition system Another contactless system that benefits from concerns about spread of COVID-19 is facial recognition. New advancement in software, specifically in the areas of algorithms, neural networks and deep learning and/or artificial intelligence (AI), have all dramatically improved both the performance and accuracy of facial recognition systems, further expanding its use for an increasing number of applications. A low-tech solution - the face mask - became a leading preventative measure during the pandemic. But, a high-tech solution is necessary to ensure that everyone is wearing them. Cameras powered by artificial intelligence can now identify whether or not people entering a facility are wearing facemasks and help enforce adherence to mask mandates. This technology is proving to be a cost-effective solution that reduces risks of confrontations over masks policies and gives managers the data they need to document regulatory compliance and reduce liability. Smart video analytics Other technology approaches, including artificial intelligence (AI), were also brought to bear during the pandemic. The German data analytics powerhouse G2K, for example, has developed a Corona Detection and Containment System (CDCS) that is ready for immediate use in record time. Detection takes place in combination with AI-supported data analysis to specifically identify virus hotspots and distribution routes, as well as to identify other potentially infected persons. One specific AI application fuels the reopening of the world and successfully keeps the spread of the virus abated One specific AI application fuels the reopening of the world and successfully keeps the spread of the virus abated. A “collaborative security” application includes a synthesis of smart video analytics, facial recognition, object identification/detection, and thermal cameras that can support the reopening of businesses globally when installed within those facilities frequented by customers. Enforcing social distancing Several applications have been successful to date and will increase in usability in the foreseeable future, creating “smart cities” working together towards a safer, more secure world. The site of one pilot program is the 250,000-square-foot HID Global facility in Austin. For the pilot program, 80 HID Location Services readers were installed in a wide area in the facility, including a variety of environments. Initially 30 badges and 30 fobs, all BLE-enabled, were issued to employees. If a badge identifies another nearby beacon (suggesting a social distancing failure), it emits a blinking LED light, which can be seen by the offending co-worker. To ensure social distancing, a Bluetooth Low Energy (BLE) beacon is emitted from an employee’s fob (or from a badge that has the same functionality). The beacon communicates peer-to-peer with a beacon emitted by another employee’s fob or badge to alert if the location of the two employees is less than six feet apart. For contact tracing, the beacons communicate via a nearby “reader” (a BluFi BLE-to-Wi-Fi gateway) to the Bluzone cloud-based software-as-a-service. COVID-19 White Papers In addition, we published several White Papers in 2020 that addressed various aspects of the coronavirus pandemic. They included: The top five security lessons learned that apply across all industries navigating COVID-19. Using video analytics to keep staff, visitors and customers safe by enforcing social distancing. How antimicrobial treatment on door handles and levers can reduce disease spread. How companies can put in extra precautions that will continue to grow and adapt with their environment over the long-term. Determining the practicalities and capabilities of today's thermal cameras to accurately detect body temperature.
Combining artificial intelligence (AI) with cloud video creates systems that are smarter, safer and more cost-effective. Furthermore, adding AI capabilities can widen the advantage gap of cloud video systems compared to on-premise systems, especially for cost-conscious end users. “We strongly believe the total cost of ownership (TCO) for cloud systems is more affordable,” says Ken Francis, President of cloud video surveillance company Eagle Eye Networks. “And introducing really powerful AI will expand the cost differences.” Combining AI and cloud video To finance realization of their vision to combine AI and cloud video, Eagle Eye Networks has raised $40 million of Series E funding from venture capital firm Accel. The money will allow Eagle Eye to continue its steep growth curve and leverage AI on its true cloud platform to reshape video surveillance. “The investment will make video surveillance smarter and safer for end users,” says Francis. In effect, end users have maximum flexibility to manage and analyze their video data however they wish The system sends captured video to the cloud, where a variety of AI or video analytics systems can extract valuable data from the captured video. Eagle Eye offers an application programing interface (API) to enable integration of best-in-breed third-party AI and analytics systems to leverage the video. In effect, end users have maximum flexibility to manage and analyze their video data however they wish. Delivering lower costs In addition to offering integration with third-party systems, Eagle Eye is investing in its own AI development, and hiring additional development and customer service personnel. As new technologies become part of the Eagle Eye platform, customers benefit from lower costs because of economies of scale. Keeping the emphasis on development of cloud systems, Eagle Eye also offers customers maximum flexibility in choosing their cameras. Eagle Eye’s on-premise cyber-hardened “bridge” can connect to almost any camera from thousands of manufacturers, including those connecting with HD-over-coax. The COVID-19 pandemic has expanded the need for end users to view their premises remotely, and in the process has highlighted shortcomings of their existing video systems. As a result, video manufacturers - including Eagle Eye Networks - are seeing a surge in end users updating their systems. Cloud video surveillance Given the costs of installing and maintaining hard drives for local storage (and additional challenges during a pandemic lockdown), more end users are opting to use cloud systems. In effect, the COVID-19 pandemic is accelerating installation of cloud video surveillance. “Our industry is the most resilient in the world,” says Francis. Eagle Eye Networks was on track to double their growth in the first quarter, and then COVID slowed everything down As a whole, 2020 has been a successful year for the cloud system provider. Eagle Eye Networks was on track to double their growth in the first quarter, and then the COVID lockdown slowed everything down. During the second quarter, their revenue from setup fees and appliances fell by 35% or so, but subscriptions increased slightly including customers looking to keep watch over their shuttered businesses. Temperature alerting solutions The third quarter saw another big uptick in business; August and September were booming, and not just from projects that were delayed from Q2. There has also been a spike in customers looking to apply temperature alerting solutions, says Francis. In uncertain economic times, cloud systems require around 40% less up-front costs, and provide flexibility to eliminate the system (and the expense) at any time without losing a large financial investment. Cloud video has reached a tipping point in the United States, Mexico, and the United Kingdom, among other locales, but the technology lags in some other geographic areas such as France. Driving adoption is availability and cost of sufficient upload speed and bandwidth. In addition to Eagle Eye’s branded growth, the company also provides the OEM engine behind a half dozen or so cloud systems offered by other manufacturers. Backing multi-site enteprises About eight years old, Eagle Eye Networks has focused squarely on the small- and middle-sized business (SMB) market, especially multi-site businesses such as retail, banking and healthcare. They also work with local governments and K-12 schools. Moving forward, the company will seek to expand more into multi-site enterprise customers, some of which have 1,000 locations around the world and need to store their video locally to meet regulatory requirements. Multi-site businesses, benefit from the cloud by eliminating the need for local IT equipment and expensive staff Multi-site businesses, especially, benefit from the cloud by eliminating the need for local IT equipment and expensive staff. As Internet connectivity becomes less expensive than installing new cable infrastructure, cloud systems will become more attractive to large campus environments such as colleges and airports, says Francis. The advent of 5G connectivity will also be a plus. All Eagle Eye products are NDAA compliant. Premium support services Further expanding its services, Eagle Eye Networks is poised to launch “Premium Support Services,” in which the cloud provider’s employees will proactively monitor and service customer sites for a minimum additional monthly fee. The cloud structure enables most problems to be addressed and solved remotely without needing to send personnel to a site. The new investment from Accel, a funding partner of top-tier tech companies such as Facebook, Dropbox and Spotify, is Accel's first investment in the security industry. In addition to investing in AI, Eagle Eye also plans to leverage the funding to expand into new regional markets with new data centers and additional staff in business development, sales and support roles.
Governments around the world use facial recognition for applications such as identifying persons on public video feeds. The technology is also used by police for internal databases and as a component of ID verification for elections and/or airport security. In fact, the use of facial recognition technology is increasing globally. Surfshark, provider of virtual private networks (VPNs), collated the latest data on face surveillance around the world and distilled it into a map that shows which countries currently use facial recognition, which have approved it but have not yet implemented its use, countries that are considering the technology, and countries that have banned it. Only one country, Palestine – where the government of Israel is using facial recognition technology to monitor Palestinians in the West Bank – did not fit these categories. Facial Recognition For Surveillance Purposes There are 109 countries today that are either using or have approved the use of facial recognition technology for surveillance purposes. Surfshark’s main data sources for this project were the Carnegie Endowment for International Peace, Electronic Frontier Foundation and AlgorithmWatch. Some 26% of Americans believe the government should restrict the use of facial recognition technology. In 2019, San Francisco became the first U.S. city to ban the police use of facial recognition. The U.S. Department of Homeland Security expects to conduct facial recognition scans on 97% of all air travellers by 2023. More than 50% of all Americans are currently in police facial recognition databases. Humanising Protection Tools Belgium is so far the only country to find facial recognition in breach of national law. Moscow used facial recognition technology to monitor whether potential carriers of coronavirus were obeying the rules of their quarantines. One study found that the facial recognition technology used by London police was inaccurate in 96% of cases. The first arrest to result from facial recognition CCTV in the UK took place on February 27, 2020. Surfshark’s mission is to humanise protection tools so that everyone can be in control of their privacy and security. NeoMam Studios created the map. The studio seeks to create digital content that online audiences will want to share for months and years to come.
Sensor systems supplier HENSOLDT has been awarded a contract worth approximately 200 million euros in the frame of ‘Quadriga’ procurement program of 38 Eurofighter/Typhoon combat aircraft by the German Air Force. The contract placed by Airbus Defense and Space comprises the production and delivery of radar systems and core electronics components which will be produced at HENSOLDT’s site in Ulm and at consortium partner Indra’s site in Spain. Improving the aircraft’s survivability “The high pace of development in the field of electronics and, above all, digitalization constantly gives rise to new applications. With this contract, the Eurofighter will benefit in the future from a primary sensor that is technologically top class and will improve the aircraft’s survivability in even high-intensity conflicts,” said HENSOLDT CEO Thomas Müller. “The fact that the radar will be produced by a European consortium led by HENSOLDT, with Indra operating as the main partner, shows that there is good cooperation in Europe on joint armament programs.” AESA-based technology The new radar is based on state-of-the-art AESA (Active Electronically Scanned Array) technology. In contrast to conventional systems with a purely mechanically rotating antenna, the radar beam is electronically controlled by a multitude of individual transmit/receive modules. A highly sophisticated multichannel receiver allows several tasks to be performed at the same time This principle in combination with a highly sophisticated multichannel receiver allows several tasks to be performed at the same time, and no longer one after the other like previously, e.g. tracking individual targets while scanning a wide expanse of the airspace in front of the aircraft. AI-based sensors HENSOLDT was already involved in the development and production of the sensor systems currently used in Eurofighter aircraft. At present, the company has a workforce of 2,500 people at its main production site in Ulm and is planning to hire 300 new employees for the HENSOLDT Group this year. The sensor company is investing 30 million euros in the construction of a radio frequency technology development center in Ulm, among other things. In addition to electronic components for the new Eurofighter radar, AI-based sensors for a wide range of applications will also be developed there.
Meeting a challenge is what business is all about. Challenges are beneficial to any company, providing a valuable learning opportunity and a means to demonstrate expertise, skill, and an approach to solving a problem in a unique or innovative way. Working in partnership with Oslo Airport to install the RTT110 EDS system presented Rapiscan Systems with not just one, but two unique challenges. Challenges faced by Rapiscan The first was creating a proprietary water cooling system that worked in tandem with the airport’s green initiatives, and the second a ‘Level 4’ review option running in parallel to the traditional baggage screening process. Both would be challenges enough for a well-established technology, but the Oslo Airport project came at a formative time in the RTT’s history. A key step for RTT110 “We had a machine that was very much in its infancy, that still had its fair share of teething problems,” explains Craig Chitty, Head of International Aviation Programmes. “It was a big undertaking at a very early stage of our experience installing the RTT out in the field.” Steve Revell, Senior Director of Aviation CT at Rapiscan explains that the Oslo Airport project was a key step for the RTT. “The first major airport in Western Europe to take on the RTT was Oslo Airport. It’s a very prestigious and forward-thinking airport, and the operators were not afraid to take pioneering risks.” Eco-friendly system Rapiscan's water-cooling solution would allow the RTT to integrate with Oslo’s eco-friendly concept The standard throughout the industry is for EDS and baggage scanning systems to employ Air Conditioning to cool machinery and manage the thermal load. However, as a result of Oslo Airport’s commitment to environmentally responsible construction (the first Oslo Airport terminal was considered the greenest in the world at the time construction finished in 2017), Rapiscan was tasked with designing an entirely unique water-cooling solution that would allow the RTT to integrate with Oslo’s eco-friendly concept of operations – to think outside the ‘cooling box’. “The curveball was that ordinarily, you would use air conditioning, but Oslo wanted to use chilled water to help reduce carbon emissions,” Steve Revell explains. Integrating water cooling system This was a challenge that sent the Rapiscan design team back to the drawing board, as Craig Chitty recalls. “We had to work with our supplier to come up with a solution that met the airport’s requirement to use reclaimed snow, which is melted down and pumped around the airport. We had to design a method of integrating this water cooling concept into our system, meeting some very stringent criteria that the airport set.” “It was incredibly challenging because the original design of these water-cooled AC’s needed a specific pressure and temperature, which the airport couldn’t provide us with as their supply fluctuated too much. We had to go back to the drawing board, to redesign our system to make it more robust.” World’s first RTT system Rapiscan's flexible RTT technology became the world's first such technology This innovation put Rapiscan at the forefront of flexible RTT technology, resulting in a world-first; “To this day we are the only company who can provide the RTT as an externally water-cooled system, or an internally cooled air-conditioned system,” Steve Revell summarises. This example of NRE, or ‘Non-Recurring Engineering’, was not the only instance of Rapiscan’s commitment to working alongside partners to develop bespoke solutions to the challenges of each application. Oslo not only necessitated an original approach in terms of product design but also process implementation – recurrent Level 4 image analysis. Security screening for baggage As baggage travels through an airport, it is subjected to multiple levels of security screening and imaging, both by human operators and computer algorithms. Baggage that is deemed to contain a potential security threat is escalated to higher levels of scrutiny by multiple operators, balancing the consistent throughput of baggage and passengers against ensuring constant levels of safety. Oslo required an extra level added to the normal ‘flow’ of screening. “If a bag is rejected by a Level 3 operator it goes into a Level 4 area within the BHS (Baggage Handling System) of the airport”, explains Craig Chitty. “It shows up on a screen. It is a concept of operations that we don’t employ in any other airport even now; it is still very unique to Oslo.” Concept of operations Rapiscan’s Director of Business Development for EDS, Martin Zborovjan, explains further, “We had to do some development to allow that concept of operations to happen. They decided they wanted to re-screen baggage for a second time using the same machine.” “Usually this would rely on a machine decision, but in this case but the operator sees the second image automatically, right next to the image from the first screening, and the machine does not make a decision. It’s a very unusual concept.” Benefits of Level 4 function The Level 4 function enabled processing bags more quickly and more correctly Steve Revell is quick to identify the benefits the Level 4 function provides both the airport and the passengers, “We were the first to establish a Level 4 system in Oslo. If technology is able to produce a machine decision very quickly, and if that’s a reject decision to get that image off to an operator very quickly, the only two things it can do are to process bags more quickly and more correctly.” “By default, more bags are getting onto the right airplane, people are standing in queues for less time and the airside customer experience is much improved.” Going an extra mile While many companies will consider a project as ‘job done' when equipment is installed and running, for the Rapiscan team the Oslo project was a committed partnership from the initial tender phase, through the design process, and on into the future. “Oslo was effectively our first competitive tender,” Martin Zborovjan explains. “We were willing to listen to Oslo and to go the extra mile. This behavior was the underlying theme of the interaction with Oslo”. The project was more than just a sales opportunity; “Complex projects allow us to learn something.” Forming a partnership The working partnership between Rapiscan and Oslo is something Steve Revell is very proud of. “It [was] and is a very long-established partnership; from the start of engaging with us at contract award, through to going operationally live was just under three years,” he explains. “There was lots of testing, analysis, and development, lots of joint agreements with the government. We agreed on the final solution which we very much wanted to do as a partnership.” Delivering a successful project “There were also problems, which gave us an opportunity to showcase our most important tool which is how we behave when things are going wrong. We never shied away from our responsibilities, we took every problem presented to us and worked together to find the solution.” “A strong working partnership developed; we were always on the end of a phone with the Oslo team, or on a plane for face-to-face meetings. This partnership continues today and is the backbone to delivering this complex but successful project,” Revell summarises. Adopting new technology The aviation industry thrives on partnerships, on service providers working to meet challenging requirements through innovation and cooperation. Taking a technology that was, at the time, still in its infancy and working to adapt this technology to a stringent set of requirements is a clear example of Rapiscan’s dedication to working with its partners – a commitment the company makes to every project, both now and into the future.
BIRD Aerosystems, the globally renowned developer of Airborne Missile Protection Systems (AMPS) and Airborne Surveillance, Information, and Observation (ASIO) solutions, has been awarded a new contract by the Czech Republic Air Force. Under the contract, BIRD Aerosystems will provide additional AMPS-MV systems with the patented MACS (Missile Approach Confirmation Sensor) for the Czech Air Force’s Mi-17 fleet. This project is a part of the overall modernization plan of the Czech Mi-17 transport helicopter fleet. AMPS-MV systems with patented MACS BIRD’s AMPS are already operational on the Czech Air Force Mi-17 helicopters and have been successfully deployed in different conflict zones, including Afghanistan. This contract comes after BIRD Aerosystems having conducted an overall upgrade to the Czech’s existing AMPS systems earlier this year, which provided enhanced functionality to the MILDS UV detection sensors and the MCDU Mission computers. As part of the current contract BIRD Aerosystems will provide the Czech Air Force its AMPS systems with the MACS sensor, which ensures that no false alarms will be detected and the system will react only to validated real threats. Ronen Factor, the Co-Chief Executive Officer and Founder of BIRD Aerosystems, said “We appreciate the confidence placed in our AMPS solution by the Czech Air Force, who decided to purchase additional systems for its Mi-17 fleet. Equipped with BIRD’s AMPS-MV solution with the MACS sensor, they can rest assured knowing that their aircraft and crew are safe, even when flying in automatic mode in the most complicated conflict zones.” Airborne Missile Protection System The AMPS system is known to automatically detect, verify, and foil missile attacks BIRD Aerosystems’ Airborne Missile Protection System (AMPS) provides the most enhanced protection for military and civilian aircraft against all known Surface to Air Missiles (SAM), including MANPADS, laser beam rider threats, and radar-guided missiles. The AMPS system is known to automatically detect, verify, and foil missile attacks through the effective use of counter-measure decoys (flares and chaff) that jam the missile’s IR (Infrared) seeker and protect the aircraft. MACS (Missile Approach Confirmation Sensor) MACS (Missile Approach Confirmation Sensor) is an advanced semi-active confirmation radar, which significantly reduces the false alarm rate of the overall missile warning system. Queued by a suspected threat, MACS points towards it and performs a doppler-based interrogation to confirm the existence of a valid threat. By doing so, MACS provides the most effective filtering of all known natural and human-made types of false alarms that are typically detected by electro-optical sensors, and ensures that only real missiles will be declared by the system and reacted upon. Fully operational, BIRD’s AMPS-MV with the MACS sensor is provided as a turn-key solution that includes design, installation, integration, certification and support, and is certified by major aircraft manufacturers.
Singapore’s Changi Airport Group, one of the most innovative and technologically advanced airports in the world, has selected Genetec, Inc. (Genetec), a globally renowned technology provider of unified security, public safety, operations, and business intelligence solutions to enhance and upgrade its security system. Genetec Security Center The three-year project, which is expected to be completed by the end of 2023, will see Genetec Security Center, a unified security platform that blends IP security systems within a single intuitive interface, underpinning the airport’s security operations, with a specific focus on the video surveillance system across its terminals. The contract for Changi Airport Group was awarded to Genetec following a rigorous competitive tender process. “Increasingly, our airport customers are understanding the deep business insights that Genetec Security Center is capable of delivering, its ability to inform and create value for multiple areas of an airport business operation and improve the overall passenger and employee experience,” said Giovanni Taccori, Commercial Lead Transportation, APAC at Genetec, Inc.
Singapore’s Changi Airport Group, one of the most innovative and technologically advanced airports in the world, has selected Genetec, Inc., a foremost technology provider of unified security, public safety, operations, and business intelligence solutions to enhance and upgrade its security system. The three-year project, which is expected to be completed by the end of 2023, will see Genetec™ Security Center, a unified security platform that blends IP security systems within a single intuitive interface, underpinning the airport’s security operations, with a specific focus on the video surveillance system across its terminals. The contract was awarded to Genetec following a rigorous competitive tender process. “Increasingly, our airport customers are understanding the deep business insights Security Center is capable of delivering, its ability to inform and create value for multiple areas of an airport business operation and improve the overall passenger and employee experience,” said Giovanni Taccori, Commercial Lead Transportation, APAC at Genetec, Inc.
Since the beginning of the Corona pandemic, MOBOTIX thermal cameras have been increasingly used in the healthcare sector, as well as airports, train stations, public authorities, and companies, to detect temperature anomalies in people without contact and thus contain the spread of the virus. However, this aspect is only one area for which MOBOTIX technology is currently providing special services. The MOBOTIX 7 Platform, with its intelligent and cyber secure camera systems M73 and S74, predestined MOBOTIX video technology even before the pandemic to ensure comprehensive, digital support in healthcare clinics and the care of the elderly and disabled. The reliable, high-quality video systems made in Germany reduce hospital and nursing staff's workload, provide digital care for patients and residents, and optimize care and workflow processes. Parking lot management Basic safety and pandemic protection in healthcare Also, during the pandemic, a special duty of care applies to employees, patients, and residents as a risk or high-risk group. MOBOTIX video technology is used in numerous clinics, retirement, and care facilities worldwide to ensure that patients, residents, and employees have a carefree stay and can work safely. Dangers and sources of risk are detected, and the intelligent systems warn, report, or directly initiate assistance and rescue measures. With the MOBOTIX 7 platform and the versatile apps, MOBOTIX offers exceptional application possibilities This allows staff to concentrate on their work, while hospital patients and nursing home residents can recover more quickly and get the rest they need. MOBOTIX video technology is also used for early fire detection and access control, mainly to protect sensitive areas such as sterile rooms, operating theaters, or medication depots. MOBOTIX also offers the right solutions for intrusion and theft protection, securing outdoor spaces, or access monitoring and parking lot management. With the MOBOTIX 7 platform and the versatile apps, MOBOTIX offers exceptional application possibilities: Temperature-sensitive people are detected as soon as they enter the facility and can be immediately sent for further examination. Crowding is avoided, and social distancing can be supported. MOBOTIX video systems detect when no mask is being worn and trigger an alarm or an information announcement. Cybersecurity and data protection Cybersecurity and data protection "Made in Germany” Particularly in the healthcare sector, cybersecurity and data protection must be given the highest priority. After all, it is a matter of protecting lives. But it is also about sensitive, personal data that must not fall into the wrong hands under any circumstances. MOBOTIX video systems consist of high-quality components. Developed, produced, and comprehensively tested at the company's German headquarters in Langmeil/Rhineland-Palatinate, the company creates products and solutions that are impressive not only because of their outstanding image quality - even in the most challenging lighting conditions. One hundred percent DSGV-compliant, the decentralized MOBOTIX systems stand for the highest possible cybersecurity and comprehensive data protection. Unauthorized persons cannot read the stored data. Intelligent video technology Relieving the workload of hospital and nursing staff with "digital care” Using intelligent video technology from MOBOTIX can significantly reduce the hospital and nursing staff's workload Hospital and nursing staff often work at the breaking point. Using intelligent video technology from MOBOTIX can significantly reduce the hospital and nursing staff's workload. For example, adequate video support can be used to carry out control rounds digitally. On the one hand, this creates free space that can be used for personal care and nursing, while on the other hand, emergencies are reported directly at the time they occur - and thus, the staff does not lose critical time. Effective signaling and calling systems targeted alarm differentiation, and the avoidance of false alarms keep staff motivation high and reduce alarm fatigue. Incorporating audio systems Digital and discreet care for patients and those in need of care MOBOTIX provides discreet video support for round-the-clock security without anyone feeling they are being watched. The video surveillance systems in healthcare facilities are discreetly and unobtrusively installed; they also detect and alert only when defined events occur to keep recordings to a minimum. At the same time, patients and residents can be sure that help will arrive quickly in an emergency. Even at night, helpless individuals are detected immediately, ensuring their safety and preserving their independence. By incorporating audio systems, MOBOTIX video solutions for healthcare also enable patients to be addressed and communicated directly with. license plate recognition Optimize hospital and care processes Smooth organization of routines helps hospitals and retirement and care facilities be efficient and profitable Smooth organization of important routines helps hospitals and retirement and care facilities be efficient and profitable. Numerous processes can be automated and optimized with MOBOTIX video technology, from the facility's journey to check-out. For example, professional parking management with license plate recognition can ensure that only authorized vehicles can access specified areas. In this way, ambulance access routes can be kept free, or parking fees can be billed in a straightforward, fast, and accurate manner. Queues in registration or examination areas can be avoided, and smooth administration and medical and care areas can be enabled. University hospitals or teaching institutions can use high-resolution camera systems, e.g., in operating theaters, to fulfill their teaching and training mission without disruptions. Customers can develop further apps that enable completely individual solutions themselves or have them created by MOBOTIX and its technology partners and certified concerning cybersecurity. Advanced video technology Comprehensive solutions with the best return on investment Healthcare is a market that is extremely important to MOBOTIX. The high level of solution expertise digitizes processes and work steps in everyday hospital and home life, using intelligent and future-proof video technology. Thus, simplifying work and making it safer also relieves the healthcare budgets' pressure and increases profitability (ROI).
Round table discussion
What a year 2020 was for the security industry! There were vast challenges that could not have been foreseen at the beginning of the year. It is safe to say that the events of 2020 defied all industry prognosticators. However, is that any reason not to hope our expectations looking ahead to 2021 will be much closer to reality? Can we possibly benefit from looking ahead and trying to plan for the challenges of the year ahead? We asked this week’s Expert Panel Roundtable: What will be the security industry’s biggest challenge in 2021?
The high cost of thermal imaging cameras historically made their use more likely in specialized law enforcement and military applications. However, lower pricing of thermal imaging technologies has opened up a new and expanding market for thermal cameras in the mainstream. We asked this week’s Expert Panel Roundtable: What are the new opportunities for thermal cameras in mainstream physical security?
Higher pixel count is better. It’s a basic tenet of the video surveillance market, or at least it is the implication as manufacturers continue to tout their latest products offering ever-higher pixel counts. But the reality is more nuanced, as our Expert Panel Roundtable panellists explain this week. Pixel count shouldn’t be seen as an end unto itself, but rather as a factor in determining what camera is applicable to which application. Pixel count is just one factor of several to consider, and the needs of the application must rule all decisions. We asked this week’s panel: How many megapixels are enough? At what point does additional resolution not matter, or not make economic sense?
Artificial Intelligence: Understanding Its Place In Physical SecurityDownload
Delivering Smart, Secure and Healthy Retail Environments with the CloudDownload
Protecting Your Data Against Physical ThreatsDownload
Achieving True Situational Awareness In Operation Centers With Computer Vision & AIDownload