The COVID-19 pandemic has changed the way one lives their lives and the way one does business. Restrictions have been implemented to protect ones health, affecting one as individuals and the operations of the healthcare systems, companies, organisations and schools, as well as public and private institutions. Many new behaviours, such as physical distancing, virtual meetings and improved hygiene measures, will most likely linger as one gradually gets back to normal. With smart solutions, on...
Following the release of FLIR United Video Management System 9.0 (United VMS) in August 2020, FLIR announced the global availability of United VMS 9.0.1 with new advanced features. The latest platform update offers further streamlined access to system status and alarms around the clock for security teams to react to threat activities faster while enjoying improved reporting and cybersecurity functionality. Included advancements The advancements include updates to the FLIR Latitude VMS Softwar...
Technology has always stepped in to shorten distances between individuals. Whether through using electronic communications, such as email or video messaging, it has united people across different geographical locations and circumstances. Recent events have presented a unique challenge, where the ability to observe people and events in person has been restricted. This has had a knock-on effect on a variety of sectors, including healthcare, sports and education. Broadcast cameras have offered a...
Artificial intelligence (AI) is more than a buzzword. AI is increasingly becoming part of our everyday lives, and a vital tool in the physical security industry. In 2020, AI received more attention than ever, and expanded the ways it can contribute value to physical security systems. This article will revisit some of those development at year-end, including links back to the originally published content. In the security market today, AI is expanding the use cases, making technologies more power...
Security personnel must be able to quickly detect unauthorised vehicles and individuals at critical infrastructure sites. Without intrusion detection, entities like electrical substations can be subject to physical attacks. 88 percent of substations experience at least one break-in every year and 10 percent see more than 20 intrusions in the same time frame, according to CIGRE, a global electricity industry organisation. To safeguard remote substations from external threats, electric utilities...
Permanent video observation is in place at busy traffic junctions in many towns. With the Traffic Enforcement Module on the Dallmeier HEMISPHERE® software platform, public authorities can now capture traffic incidents or offences quickly and simply with an easy-to-use software tool. A precisely definable and adaptable process enables users to evaluate and follow up on incidents efficiently with digital tools – while adhering to the evaluation and data protection regulations. Capture...
AVIOTEC's front-line technology offers flame and smoke detection for locations with no light. Thanks to separate additional infrared illumination unlit applications can be monitored with video-based fire detection delivering pin-sharp images. During the daytime, the device shows coloured pictures and shifts to monochrome night mode when visibility drops below a pre-defined level. When daylight returns it automatically switches back to colour mode. The video-based fire detection AVIOTEC IP starlight 8000 is now delivered with the new firmware. Existing installations can be upgraded to the new technology by a free firmware update. Flame and smoke detection Video-based fire detection is now also an option for applications where there is no lighting available. Due to infrared illumination less, light sources need to be installed e.g., for nighttime surveillance reducing the fire load and energy costs noticeably. In environments with no light AVIOTEC IP starlight 8000 working in monochrome mode can now perform both: fire detection and remote optical verification. Integrated day and night switch Day/night switch ensures reliable fire detection and video surveillance and provides time to solve the failure of light sources If the visible illumination fails, i.e., in tunnels, it is important to ensure that video-based fire detection is working uninterruptedly and that staff members in monitoring centers still have all the necessary insights into the situation. The integrated day and night switch ensures reliable fire detection and video surveillance. It gives operators enough time to solve the failure of light sources. This saves time-consuming and error-prone human investigation. Full redundant 24/7 illumination is not required anymore. Unobtrusive video surveillance with IR During night-time, burglars cannot spy on possible intrusion targets due to missing visible light or light sources while fire detection can be ensured. No visible illumination is used and helps to prevent burglary and arson. Combined intelligent video analytic rules also allow to track down intruders without visible light. Next to 24/7 fire detection, the new AVIOTEC version enables 24/7 intelligent video analytics for comprehensive safety solutions.
iDENT LLC and Limitless Integrations LLC have announced the launch of the patent pending iDENT MODS (Mobile Onsite Detection System) that will include Patriot One Technologies Inc.’s (Patriot One) PATSCAN Multi-Sensor Threat Detection Platform with specific modules for the early detection of weapons and potential-health related threats, such as COVID-19 and other pathogenic viruses. iDENT MODS unit The iDENT MODS (Mobile Onsite Detection System) unit has been designed to be used in key public gathering locations, such as stadiums, arenas, entertainment venues, and other secure facilities. Leaders from the entertainment, professional sports, and events industries have expressed great interest in the iDENT MODS units, and its inclusion of the PATSCAN platform, to ensure a safe and secure environment for their patrons. iDENT MODS (Mobile Onsite Detection System) unit has been designed to be used in key public gathering locations The solution will be showcased over the next several months, with the intent to restore trust and confidence to their customers and allow staff and talent to return to work and play. Health safety solution The iDENT MODS unit was specifically designed in response to key entertainment and professional sports clients who were looking for an all-inclusive physical threat and health safety solution that could be used to re-open their venues safely and securely. The goal was to minimise time and inconvenience for all event goers, and venue staff at onsite security checkpoints, while providing enhanced safety and security at the venue. Touchless and frictionless security screening “These iDENT MODS offer event promoters and venue operators a touchless and frictionless security screening process for up to 1800 people per lane per hour,” explained Albert Reynolds, iDENT LLC’s Chief Operations Officer (COO) and Co-Founder. Albert adds, “Our two (2) or six (6) lane units offer great options for front of house or back of house screening to ensure customer, staff and talent safety and security as they attend their favorite programs.” Incorporating AI-powered PATSCAN platform The PATSCAN solutions leverage advanced AI capabilities, correlating data from multiple sensing devices By incorporating the PATSCAN platform’s innovative AI-powered threat detection solutions, visitors to event or sports venue can be quickly screened for visible and concealed threats at the outer perimeter of facilities’ plazas, so as to ensure that when they enter the secure area, all are ensured a great and safe experience. The PATSCAN solutions leverage advanced AI capabilities, correlating data from multiple sensing devices, in near-real time, allowing for very high accuracy, and a pre-emptive approach to minimising or eliminating risk. Enhanced threat detection By looking for, and identifying risks first, and then identifying individuals, the solution also protects all attendee’s privacy and civil liberties. If a threat is detected, whether associated with weapons, or health risks, onsite security will be immediately notified, and the individual will be flagged for additional screening before gaining access to the stadium or arena. “Opening up event venues is critical to our communities from both an economic and social perspective,” expressed Peter Evans, the Chief Executive Officer (CEO) of Patriot One Technologies Inc. Mobile onsite detection units Peter adds, “Incorporating our PATSCAN platform threat detection solutions into these mobile onsite detection units not only provides entertainment, hospitality and retail businesses the opportunity to return to work, but it also provides event goers the confidence that they will be safe and secure as they return to their favorite entertainment and sporting events.” The iDENT MODS are constructed from mobile shipping containers The iDENT MODS are constructed from mobile shipping containers, which can be transported from one venue to another, and be quickly deployed. Event attendees, along with the onsite venue staff and talent, simply walk through a mobile checkpoint in 4 simple steps, without the need to empty their pockets of keys, cellphones, wallets, money, loose change or other personal items. These 4 steps include: Step 1: As an event attendee approaches the iDENT MODS unit, the PATSCAN VRS Weapon & Facial Mask video detection solutions identify potential visible threats in real-time. Step 2: As the attendee passes through the unit, the PATSCAN MSG multi-sensor gateway instantly scans for concealed weapons, such as larger knives, guns, sharp objects and rifles. Step 3: As the concealed weapon scan is taking place, the PATSCAN VRS-T solution scans for elevated body temperature, which may indicate a viral threat or extreme motive. Step 4: As the event attendee prepares to leave the iDENT MODS unit, they swipe their event ticket across the contactless ticketing system. Saffire Tix and block chain-based Health Passport from GetChkd Inc. have combined their technologies to create a portable contactless ticketing solution, which can be linked to an at home or on-site point of care test. Venues could require a negative COVID-19 test, health screening questionnaire, proof of identity and a temperature scan before an event goer and staff can attend and enter a stadium or an arena. Threat Detected? If at any time during this 4-step screening process a threat should be detected, then onsite security are notified in real-time, and can move the individual to a secondary screening area for further investigation, prior to providing event access. As highlighted earlier, the unveiling of the iDENT MODS unit will take place over the next few months with iDENT LLC, Patriot One Technologies and senior executives from the entertainment, events and sports facilities. Each potential client will see the working of the iDENT MODS unit and discuss their specific use cases and facility needs to meet their security and screening requirement.
With system designers having so many options when it comes to specifying the most appropriate cameras to monitor large areas, Uri Guterman, Head of Product & Marketing for Hanwha Techwin Europe, provides an overview of the merits of some of the most suitable camera formats. PTZ cameras PTZ cameras have traditionally been used for city and wide area surveillance applications such as airports, car parks, shopping centres, sports stadia and warehouses, with operators able to track the movement of objects and zoom in to observe close-up detail of any activity. The ability of an operator to proactively monitor an incident and zoom in to verify what is occurring, ensures they are able to quickly decide on the most appropriate response. Many PTZ cameras feature auto-tracking, as well as continuous pan and pre-set positioning In addition, many PTZ cameras feature auto-tracking, as well as continuous pan and pre-set positioning, which means that images of a moving object will be captured and recorded even when operators are distracted or are away from their workstations. The deterrent effect of PTZ cameras configured to automatically tour an area should also not be underestimated as they will create a strong impression to would be offenders that they are being watched, even if the images captured by the cameras are not being monitored in real-time. 8K cameras Whilst it should be emphasised that PTZ cameras still have a big part to play in detecting anti-social or criminal activity, recent advances in video surveillance technology has meant that system designers now have the option to consider specifying other types of cameras which, depending on the application, might be more suitable. The sharpness and clarity of the images captured by 8K video surveillance cameras, for example, simply ‘need to be seen, to be believed’. In reality, very few users are likely to deploy 8K cameras with the intention of just monitoring an entire field of view. The value of these cameras comes from the fact that 8K is the equivalent of 16 x 1080p Full HD images and this means that a single camera can capture a vast amount of information, enabling operators to digitally zoom into a very small part of the scene without any pixilation of the image. Fixed or PTZ cameras For this reason, a football stadium is an excellent example of where an 8K camera can be put to very good use as it would be capable of capturing evidence grade images of 20,000 or more fans occupying a football stand. As such, its price/performance ratio makes the 8K camera a viable, cost-effective alternative to the deployment of multiple fixed or PTZ cameras. PTZ cameras are a lower price option and are ideal for when operators need to scan a wide area of view When it comes to deciding whether an ultra-high resolution 8K or PTZ is the best camera format for any given location, it will very much depend on what the end-user wishes to achieve. However, budget limitations also need to be taken into consideration. In simple terms, an 8K camera is a highly impressive, high performance option if there is a requirement to continually record a camera’s entire field of view at the same time that an operator might need to zoom into a specific area of interest. Video surveillance cameras However, PTZ cameras are a much lower price option and are ideal for when operators need to constantly scan a wide area of view, whilst having the flexibility when necessary, to quickly zoom in to see what may be occurring in greater detail. The case for PTZ cameras is further strengthened when real-time monitoring is more important than recording video for evidence purposes and equally important, the latest generation of PTZ cameras are equipped with adaptive IR technology which adjusts the angle of the camera’s built-in IR LEDs to match the level of zoom. Multi-directional cameras typically offer the capabilities of two, three or four video surveillance cameras in a single housing and yet, as they only have a single IP connection, one will only need to purchase one VMS licence. Multi-streaming cameras Those equipped with two separate lenses are designed to capture high definition images of adjacent areas. Depending on the required field of view, there is a choice of interchangeable lens modules which can be easily fitted on site by an installation engineer. These multi-streaming cameras significantly reduce the costs which would normally be associated with installing two separate cameras to monitor, for example, an L-shaped area such as two sections of a corridor or two sides of a building. There are also multi-directional cameras available which feature four separate sensors There are also multi-directional cameras available which feature four separate sensors, with operators able to choose from a broad range of customisable angles and zoom settings per sensor. This offers cost savings for both system integrators and end users, as multi-sensor cameras use less cable, conduit and mounting hardware, compared to what would normally be required to enable up to four separate cameras to do the same job. With less network connections, they also require fewer switches. Built-in PTZ Designed for monitoring large open areas with just one camera, the images captured by the four sensors can be seamlessly stitched to produce a panoramic image covering up to 220° images. Life will also be much easier for installers if models equipped with motorised PTRZ gimbals are specified. These will reduce on-site times as they enable engineers to remotely pan, tilt and rotate the lens’ positions in order to set the camera’s field of view. It is worth noting that some manufacturers, such as Hanwha Techwin, offer 4 channel multi-sensor cameras with an additional integral PTZ camera. This can be configured to automatically zoom in and track a moving object or move to a user configured pre-set position when the motion detection function of one of the four camera sensors detects activity. 360⁰ cameras This addition of a PTZ camera means users are able to avoid incurring the higher capital, installation and maintenance costs of deploying 5 separate cameras to cover a large area, whilst achieving the same level of functionality. A single 360⁰ camera will quite often offer the most efficient and cost-effective way of monitoring a large area and particularly so when a number of standard cameras might normally be required to avoid any blind spots. Most 360⁰ or ‘fisheye’ cameras offer a variety of alternative viewing modes, including single panorama They also offer a compact option for retail stores and other environments where aesthetics is important. Savings can be achieved on maintenance costs compared to other types of cameras, as 360⁰ models have no moving parts. Most 360⁰ or ‘fisheye’ cameras offer a variety of alternative viewing modes, including single panorama, double panorama and quad views. Video management software They are also likely to feature a digital PTZ which allows operators to electronically pan, tilt and zoom in on specific areas for a more detailed view whilst continuing to monitor and record the whole 360-degree view. Some of the cameras will have onboard de-warping functionality. Where this is not the case, video management software, such as Wisenet WAVE, can be used to de-warp the fish-eye images. With so many different camera formats to choose from, consultants, system designers and integrators have an interesting challenge in deciding which cameras will best meet the requirements of a specific video surveillance project. To a large extent, the decision can be logically made with the help of the risk assessment process and by taking into account an end-user client’s operational requirements. High quality images PTZ cameras are likely to be strong contenders when the captured images are to be viewed in real-time An 8K camera, for example, would seem the obvious choice when there is a need to monitor large crowds of people in wide open areas, whilst multi-directional cameras are ideal for capturing images of adjacent areas. PTZ cameras are likely to be strong contenders when the captured images are to be viewed in real-time, as they will provide operators with a high level of control and enable them to proactively track the movement of people. Their greater deterrent effect should also not be underestimated. In reality, a combination of two or more of these types of cameras is likely to be required for most high security or mission critical applications and there is a multitude of other factors to be considered before deciding on the best cameras for a specific project. These include, for example, the required image resolution and if there is a need for the cameras to have built-in IR illumination so that they will capture high quality images regardless of the light levels. Various camera types The need for video analytics and whether the cameras have the ability to support third-party specialist applications should also be considered, as should bandwidth requirements. As always, the best advice is to work with manufacturers one believes that they can trust and ask them to provide live demonstrations of the various camera types. This will allow them to make informed judgements on which cameras have price/performance ratios that will match their specific requirements.
SAFR from RealNetworks, Inc. has announced a global partnership with German tech company G2K Group GmbH to revolutionise real-time video analytics. SAFR features including face recognition, mask detection, person detection, and demographic analysis have been integrated into Parsifal, a robust AI platform providing actionable video analytics for verticals such as retail, transportation, smart cities, and sports and entertainment. Contactless temperature scanning SAFR’s mask detection and Parsifal’s contactless body temperature scan were key features that won G2K a contract from the Union of European Football Associations (UEFA) to provide entry screening for spectators attending the Super Cup Final 2020. “SAFR from RealNetworks’ partnership with G2K Group is characterised by the innovation, quality, and professionalism of both companies. SAFR’s computer vision features add critical data to the Parsifal platform enhancing the overall video analytics offering and unlocking new customer use cases such as mask detection,” said Jose Larrucea, Senior Vice President (SVP) EMEA & LATAM regions at RealNetworks. SAFR and Parsifal software integration SAFR’s high performance on live video makes it a natural fit for integration into Parsifal SAFR’s high performance on live video makes it a natural fit for integration into Parsifal, which relies on actionable real-time insights to improve general surveillance, behavioral predictions, access control, and response to COVID-19 health and safety measures. The first major deployment of Parsifal featuring SAFR was in September at the UEFA Super Cup Final 2020, in Budapest, Hungary, where a partial return of fans was tested under guidelines by the Hungarian Public Health Authorities. The SAFR-enabled Parsifal platform enabled more than 15,000 spectators to return to the stadium under the required health and safety conditions. Parsifal was deployed on cameras at each entry, performing rapid, automated fever scanning and mask detection while alerting attendants of any anomalies. Automated screening technology According to Andreas Schaer, Chief of Venue Operations for the Union of European Football Associations (UEFA), “The automated screening technology deployed by G2K helped UEFA and the Hungarian Football Federation deliver a safe and secure major football event with public attendance for the first time since the COVID-19 pandemic began.” Georg Von Rennenkampff, G2K Vice President for Partnership Management stated, “The cooperation with SAFR has reached its next stage with the very successful project with UEFA for the Super Cup Final 2020. The use of SAFR's highly accurate mask detection algorithm strengthened the overall Parsifal solution, making it better able to serve customers dealing with the realities of a global pandemic.” Georg adds, “G2K is looking forward to many more projects and further strengthening its prosperous partnership with SAFR.”
By providing an open platform and access to documentation, software development kits (SDKs) and application programming interfaces (APIs), individual developers and partner organisations can explore the full potential of Axis products and solutions. And by doing so, creating advanced applications that bring new and compelling use cases to market. Long-time Axis Communications (Axis) partner, Citilog has been developing traffic management analytics applications alongside Axis for more than a decade. Citilog’s Vice-President Jean-Marie Guyon helped understand the benefits that the Axis Camera Application Platform (ACAP) brings to the company’s business. Axis ADP Program Axis Communications is a company that truly believes that ‘the whole is greater than the sum of the parts' Axis Communications is a company that truly believes that ‘the whole is greater than the sum of the parts’. Through the Axis Developer Community, which is open to all developers, whether already working within an Axis partner company or not, and the Axis Application Development Partner (ADP) Program, the company provides a wealth of resources that connect the ecosystem around Axis products and technologies. In doing so, and particularly in giving early access to new technology, innovation is accelerated, and connections are made that bring benefits to partners and customers alike. Within the ADP Program and through the Axis Developer Community, partners and developers gain access to the Axis Camera Application Platform (ACAP), which specifically allows for the development of applications that sit within surveillance cameras themselves (and an increasing number of other products). As the capabilities of Axis surveillance cameras increases and particularly, cameras are now available, which includes a Deep Learning Processing Unit (DLPU). ACAP represents a place where some of the most cutting-edge innovation is taking place. A fundamental change to the business The partnership between Axis and Citilog, a specialist in advanced traffic management analytics applications, began in 2009, at around the same time that ACAP itself was created (and well before Citilog was acquired by Axis in 2016). Jean-Marie Guyon, Vice President at Citilog, talks about how the first possibilities of developing in camera analytics would fundamentally change their business. He explains how the company immediately saw the opportunity in ACAP when it was first announced. He said, “Citilog had already been an Axis partner for a number of years when the capacity of the camera processors became sufficient to port our applications on the edge.” Jean-Marie adds, “But, as soon as we saw the possibilities for developing analytics applications that were integrated into surveillance cameras themselves, we knew it would fundamentally change our business, even if it took longer for customers to realise the potential!” Decreased need of bandwidth with rise of edge analytics By analysing the video within the camera, we only need to transfer the data that matters rather than everything" Prior to the ability to develop in-camera analytics applications, often known as ‘edge analytics’, the analysis of video took place on centralised hardware and servers, either housed within the customer’s own premises or within a data centre. This meant the transfer of huge amounts of video footage from the camera to the data centre, with associated demand for bandwidth and the inevitable cost. Jean-Marie continues, “We immediately saw the opportunity to remove a significant proportion of the bandwidth demands through in-camera analytics. Put simply, by analysing the video within the camera, we only need to transfer the data that matters rather than everything. For cameras that are monitoring roads 24 hours a day, seven days a week for incidents that can be relatively rare, it’s obvious to see what a difference this could make.” Market slow to respond But as Jean-Marie mentions, while Citilog’s developers immediately saw the potential, the market was, as usual, slower to respond. He stated, “Over the past decade we’ve done a lot of promotion and evangelising of the benefits of in-camera analytics. It takes time for sectors to change and adapt new approaches, and not least when it requires a change in hardware and the first few years were tough going.” Jean-Marie adds, “However, persevering has been worth it, and today more than 70% of our business is based on ACAP. More than that, in the past few years we’ve seen the majority of tenders demanding in-camera analytics.” Change in capabilities of in-camera analytics At its heart, ACAP is a platform for innovation and Citilog is always looking towards the future. Deep learning represents the next area of innovation. Jean-Marie expands on this by stating, “With the combination of our current deep learning-based solution (CT-ADL: Citilog Applied Deep Learning) and the evolution of the in-camera processing capabilities, it feels like we’re on the cusp of a real step-change.” Jean-Marie adds, “With the AXIS Q1615-LE Mk III, we have the first Axis camera in the market that includes a deep learning processing unit (DLPU) which combined with the CT-ADL makes it the first operational DL-based solution running on the edge. It’s difficult to overstate the scale of the step forward that this represents.” Deep learning (DL) But deep learning is something that requires huge amounts of processing power Deep learning (DL) is a subset of Artificial Intelligence (AI). In very simple terms, in relation to video analytics on the edge, the primary benefits relate to much greater accuracy in the detection, identification and classification of all types of object - a generic ‘vehicle’ becomes a car, lorry, bus, or motorcycle and critically, objects that aren’t relevant can be safely ignored. But deep learning is something that requires huge amounts of processing power and while this was previously only available through the use of remote servers, it’s now accessible in the camera itself. Reduced number of false alarms In a sector such as traffic management, the ability to differentiate between a greater number of objects is critical, as Jean-Marie explains, “One of the biggest issues for any surveillance operation is the cost of false alarms: alerts being triggered that required attention and prompt action, but which aren’t actually materially important.” He adds, “In traffic management, as an example, traditionally one of the most common causes of false alarms is shadows and rain puddles. These can often be mistaken as a vehicle, and if they’re in the fast lane of a motorway, will create an alert. The power of deep learning reduces these false alarms substantially. In fact, that’s an understatement as we’re typically finding that the number of false alarms is reduced by a factor of 10.” Reduced need for hardware These ‘lighter’ solutions are therefore easier to maintain and further reduce operational costs Such a substantial reduction in false alarms is one obvious benefit to customers, but the switch from processing power in the server and data center to the camera also means a reduced need for hardware. These ‘lighter’ solutions are therefore easier to maintain and further reduce operational costs. They also open up new use cases for in-camera analytics where lack of available bandwidth would have previously made it impossible. High potential for deep learning edge analytics While Citilog’s focus remains on traffic management and through that, using the analytics and data created to deliver on the vision for smart cities, the potential for deep learning edge analytics is there for every industry sector and use case. Harnessing the creative power of the largest number of people has always been at the heart of the Axis ethos. Through the Axis Developer Community, Axis ADP and ACAP, the opportunities for all developers and partners to learn, experiment and innovate are infinite.
‘Making things easier’ – Under this maxim, the Panomera multifocal sensor systems by video technology manufacturer, Dallmeier have guaranteed maximum image and analysis data quality with minimum camera units for ten years now. The latest generation of the Panomera S-Series features a completely new design and offers numerous innovations, from the one-man mounting concept to contactless front glass cleaning, and above all, superior video analysis capabilities. Panomera multifocal sensor systems Panomera multifocal sensor systems combine a total overview with multiple detailed zooms in high resolution The Panomera multifocal sensor systems differ from other cameras in that they combine a total overview with an unlimited number of detailed zooms in high resolution. The detail zooms can simply be opened in the overall image with a click of the mouse, like ‘virtual’ PTZ cameras, not only live but also in the recording. This is made possible by the patented use of up to eight sensors with different focal lengths in a single system. In this way, a much greater expanse can be captured with each camera. In the words of the manufacturer, Dallmeier, this results not only in significantly improved operability and overview, but also saves up to 50% or more in operating and infrastructure costs, depending on the application area. Besides the advantages in image capture and operation, the latest Panomera generation is set apart by its superior analysis capabilities, as they combine a precisely plannable/definable image quality (and therewith data quality) with the most advanced analysis technology. Edge analysis with eight quad-core processors In traditional single sensor as well as multi-sensor camera technologies, image resolution and thus also analytical capability diminishes continuously in the direction of the image background. In contrast to this, the cameras of the Panomera S-Series capture a very large expanse or long distances with a minimum resolution over the entire area. Panomera is therefore, able to monitor and analyse complex context with the same high data quality, even over extremely large expanses. If an application requires, for example, a minimum resolution density of 62.5 pixels per meter, according to DIN EN 62676-4, over 50,000 square meters can be covered with just one camera system, which is more than sufficient for common object classifications. SoC generation analysis unit with integrated AI Even at the highest DIN resolution density of 250 pixels per meter, for the identification of unknown persons that can be used in court, one system still manages up to 3,100 square metres. For this purpose, each of the up to eight sensors in a Panomera is equipped with an analysis unit of the latest SoC generation with integrated Artificial Intelligence (AI), so that the analysis can be carried out directly in the camera (on the edge), from people counting through to ‘Appearance Search’. Users can operate the Panomera cameras either with the Dallmeier HEMISPHERE SeMSy Video Management System (VMS) or with any VMS systems that support ONVIF. Featuring ‘Quick-Lock’ rapid fastening system A special ‘Quick-Lock’ rapid fastening system allows the systems to be installed by a single technician Dallmeier engineers placed particular emphasis on functional design. Thus, for example, the ‘Mountera’ mounting concept offers enormous time savings and fewer errors during implementation. A special ‘Quick-Lock’ rapid fastening system allows the systems to be installed by a single technician. The different brackets for wall, ceiling or mast mounting are also completely compatible with each other; they can even be combined with the 180- and 360-degree systems of the Panomera W camera series. Foam packaging for ‘bubble protection’ The manufacturer has also made extensive improvements to the very tasks of unpacking and installations. A one-time handle which is already mounted on the camera in the package and the foam packaging that remains as ‘bubble protection’ reduce the amount of effort required for handling. The camera can be taken out of the packaging and can be transported and set down undamaged without further work steps. As the last, finishing touch, the size of all the Allen keys needed for installation and adjustment is the same, so only one key size is required. Convection cooling, ‘Air Blast’ and ‘Privacy Shield’ The new generation of Dallmeier Panomera cameras also fulfills the requirements relating to architecture and optical integration with a design language, which is applied consistently to all the various individual models. Besides the dynamic appearance, particular attention was also paid to innovative functions. These include a passive cooling system, which renders auxiliary cooling unnecessary for temperatures up to 60 degrees Celsius. A system called ‘Air Blast’, which uses compressed air to clean dust, water and insects off the lens without contact and therefore, without wear is also available as an option. Dallmeier’s ‘Privacy Shield’ is responsible for active and largely visible data protection. It is a remote-controlled blind mechanism with which police or private enterprises can temporarily disable the Panomera systems in a way that is clearly visible with a few clicks of the mouse, during rallies or strikes, for example. Enhanced data protection and security Dieter Dallmeier, Founder & CEO of Dallmeier electronic said, "For ten years, our Panomera customers have demonstrated that solutions with technology ‘Made in Germany’ deliver exceptional results with regard to attaining security objectives while remaining compliant with the most stringent data protection and data security requirements. At the same time, multifocal sensor technology is the intelligent answer to many unsolved problems because it brings precision and plannability to video technology." Dieter adds, "Because Panomera systems not only enhance operation and the attainment of security objectives in video observation and surveillance, most particularly they also provide superior quality data for the increasingly important function of video analysis. The fact that these solutions can then also be implemented for substantially lower overall cost than comparable technologies surprises many of our customers time and time again." Customer testimonials We have been using Dallmeier Panomera technology with great success since 2018" Thorsten Wünschmann, Director, Hanau Public Order Office said, "We have been using Dallmeier Panomera technology with great success since 2018. The major benefit we derive from the Panomera systems consists particularly in that the total overview of a scene is maintained at all times, while operators can zoom into various regions at high resolution even in the recording.” He adds, “This enables us to keep optimum control with minimum strain on the operators, and since only a small number of systems are needed, overall operating costs are low." David Lewis, Head of Security and Stadium Safety, Everton FC football club said, "In the course of our selection process, the Panomera cameras from Dallmeier were able to deliver images of the highest quality time and time again, both in normal daylight conditions and under weak floodlighting, and furthermore not only live also in the recordings with the highest possible resolution quality in all areas of the image.” David adds, “Moreover, with the Panomera cameras we can capture large expanses, such as the entire grandstand area for example, with just a few systems. Ultimately, these were the reasons which convinced us to award the contract for video security at Goodison Park to Dallmeier." Jürgen Vahlenkamp, Managing Director of VTS GmbH and principal contractor for the Panomera installation on the Kölner Seilbahn cable car stated, "We managed very well with the small number of available installation points for video observation with the Panomera. The remarkable lens and sensor concepts mean that we do not fall below the specified resolution even in the more distant image regions.” He adds, “The ideal prerequisite for observation over very long distances! Because of the high-resolution detail views, the operator has the situation under control at all times. He can maintain an uninterrupted overall view of the bearer cables and support pylons while simultaneously analysing a detail recording of a certain region as necessary. We were able to organise the procedure as safely as possible while the cable car was operating, to the immense satisfaction of our customer."
Stadiums around the world are still paralysed from the effects of COVID-19. Fans and spectators in masses have been absent from stadiums since April and there doesn’t seem to be a concrete plan on how or when they’ll be able to return to near capacity. The NBA recently opted to form a bubble philosophy concept in Disney’s facilities, although it’s been a relative success, it’s also been a $200 million temporary solution. This then begs the question: How long can stadiums survive like this without spectator’s present? History tells us that stadiums, venues and sport recover from disasters, so what can stadiums do to speed up the process? This is the catalyst for AI to be integrated on mass level to stadiums around the world. AI is the answer AI’s role in getting fans and spectators back is huge, through capabilities such as: Social Distance Monitoring Crowd Scanning/Metrics Facial Recognition Fever Detection Track & Trace Providing Behavioural Analytics Technologies such as IREX.ai is now working alongside National Leagues, Franchises and Governing Bodies to implement AI surveillance software into their CCTV/surveillance cameras. This is now creating a more collaborative effort from the operations team in stadiums, rather than purely security. Stadiums around the world are still paralysed from the effects of COVID-19 AI surveillance software such as IREX.ai when implemented into the surveillance cameras can be accessed by designated users on any device and on any browser platform. Crowd metrics Arming stadiums with AI-powered surveillance tools can detect crowd metrics such as “people counting” and “group statistics”. This ensures stadium personnel can monitor social distancing with precision, accuracy and immediately. Alerts can be set up throughout parts of the stadium to alert senior staff members when overcrowding can appear with real-time videos, analytics and photos to their hand-held device, such as a smartphone. Fever detection Thermal cameras have been implemented throughout facilities including stadiums and are helping assist to spot people with elevated temperatures. What IREX.ai implements is an alert system, coupled with facial recognition of any individual(s) that read an elevated body temperature. This alert system then provides security and health officials with a photo of the individual with the elevated body temperature, meaning staff can react quicker to the situation prevent this individual from entry. Pandemic monitoring by facial recognition Thermal cameras have been implemented throughout facilities including stadiums and are helping assist to spot people with elevated temperatures Through facial recognition, staff members will be able to locate individuals through simply uploading a photo. It has never been easier to find a person of interest. With masks becoming an everyday part of society, facial recognition has come under scrutiny regarding the accuracy when a mask is worn. Irex.ai still maintains a 96% accuracy with individuals wearing masks and can set up alerts for any individuals not wearing a mask. Another important aspect of facial recognition is finding persons of interest quickly through technology like IREX.ai’s “searchveillance”. The future is here. Designated staff can track a person from when they enter the stadium by simply uploading their photograph. An example of how this can assist stadium personnel is to help relocate lost children inside the stadium with their guardians/parents when they are separated. Another attribute would be any individuals banned from entering the stadium would trigger alerts once they appear under surveillance, a fantastic collaborative tool to use with Law Enforcement. Return on investment With security solutions, one of the biggest issues with any security investment is a lack of an ROI. This is where AI security is breaking the mould. The ability to provide business analytics, consumer/fan behaviours, traffic patterns, etc, allows other departments within the organisation to gain vital information that can assist with their strategies and practices. Stadium security will never be the same in a post-COVID world, so why will its practices stay the same? AI & Stadiums is no longer the future, it’s the 2020 solution.
Atlanta’s new $1.5 billion stadium, home to the NFL Atlanta Falcons football team and MLS Atlanta United football club and site of the recent NCAA national college football championship, is protecting fans, personnel and athletes from terrorists and errant drivers from using vehicles as weapons. While the threat of terrorists planning to attack soft targets, such as stadiums increases, stadium security professionals, such as those at the new Mercedes-Benz Stadium, must look for the weak points throughout their facilities to determine where fanatics are most likely assailing. Taking their cue from hard target attacks, they and other stadium management understand that the use of vehicles, either to carry the people that will carry out the attack or act as the bomb itself, is a very real threat. New system, safer pedestrians Installed by Tusco, using Delta Scientific perimeter protection products, the new access system includes four DSC501 barriers, five DSC720 bollards, 39 DSC2000 barriers and 59 DSC680 fixed bollards. “We are very experienced with installing Delta equipment,” relates Brent Martina, President of Tusco. “Mercedes-Benz Stadium was very particular about their security needs and protocols and requested a customised sequence of operations for their security equipment. While the threat of terrorists planning to attack soft targets increases, stadium security professionals must look for the weak points throughout their facilities “Delta Scientific’s products and experienced engineers made them the obvious choice in meeting both the high quality and technical standards required to integrate with the stadium’s sophisticated security system. It was crucial to have a reliable team in place as we received a very compressed schedule to get everything complete by the first football game and, therefore, had no room for errors.” Because of long, straight approaches to some access points, stadiums oftentimes need to deploy high performance barriers. DSC501 barriers were used at main entrances where players and VIPs, among others, enter with their cars. Preventing attacks before they happen The DSC501 is the only K54-certified retractable vehicle barricade in the world. Set in a foundation only 18 inches deep, it will survive and operate after a 5.4-million-foot pound impact. That’s equivalent to a 65,000-pound truck hitting it at 50 mph. Stopping the truck or car dead in its tracks, the DSC501 protects against a “second hit” risk from a second vehicle. The stadium preferred installing these barricades in a more industrial look, wanting them to be “seen.” Five retractable DSC720 bollards were used at the pedestrian entry areas. This is Delta’s highest crash rated bollard, stopping a 15,000-pound vehicle at 50 mph. The bollard will stop and destroy much larger vehicles than those tested at very high velocities. The DSC720 is 35 inches tall and 15 inches wide. At Mercedes-Benz Stadium, the bollards feature brushed stainless-steel sleeves. Oftentimes, the ground below the access points are filled with cables, wires, pipes and other infrastructure products. As a result, typical, below ground installed traffic bollards, barriers and barricades cannot be used because these infrastructure products are too close to the surface. The solution is to use surface-mounted and shallow foundation barricades and barriers. This isn’t the only stadium using Delta equipment to protect staff and attendees from vehicle harm - Levi’s Stadium in San Francisco is a well-known user Delivery entrances are weaknesses At the same time, for some reason, delivery entrances never seem to be as secured as the main entrances to the stadium. With delivery vehicles coming and going, delivery entrances need a solution that lets delivery vehicles enter and exit but stop unauthorised vehicles from entering at all. At the loading docks, 39 of Delta’s fastest, smallest and shallowest foundation barricades were implemented. Chosen especially for high speed applications and ease of installation, the cost effective DSC2000 barrier is K12 crash-certified with no penetration, meaning it will stop a 15,000-pound vehicle traveling 50 mph dead in its tracks. The ten-inch shallow foundation also reduces installation complexity, time, materials and corresponding costs. Lastly, 50 DSC680 shallow foundation fixed bollards with stainless steel sleeves protect pedestrian areas. They secure any unprotected locations where vehicle bombers and errant drivers have no obstacles. Versus cement barriers such as posts and pots, many organisations prefer fixed-post bollards for several reasons. Terrorists typically don't go where they see barricades, so placing them wherever possible attacks can happen reduces security risks dramatically That’s because, when hit, cement posts and pots can explode, literally spreading shrapnel throughout the crowd, potentially creating numerous injuries. Shallow foundation bollards can be installed within sidewalks or on top of concrete deck truss bridges as well as conform to the inclines and turns of a locale. They also meet the 1-metre clearance regulations mandated by the Americans with Disabilities Act (ADA). The fixed bollard, which does not go up and down, provides a significant blocking device solution that continues to challenge security directors faced with threats such as stopping a vehicle from ploughing into the stadium’s inner perimeter. They let a facility manager meet a long-standing challenge - how to easily install bollards on shallow substrates, including those that are not level or have turns. No longer do locations, such as curves on hills, the upper levels of parking structures and other unprotected locales have to rely on unsightly ‘make-do’ solutions to stop car bombers or wayward drivers. One of the world's most secure “Delayed by roof issues, the Mercedes-Benz Stadium challenged us with a condensed schedule to provide one of the world’s most secure vehicle access systems,” avows Martina. “I’m proud to say that our team completed the work on time and walked away from the project with another pleased client.” This isn’t the only stadium using Delta equipment to protect staff and attendees from vehicle harm. Among many, Penn State and Purdue as well as Levi’s Stadium in San Francisco (49ers) are well-known users. Unfortunately, most procurement offices won't allow vendors to announce their purchases. This is too bad since terrorists typically won't go where they know barricades are deployed, reducing security risks dramatically. Leading universities, including six of the Associated Press (AP) top-10 rated 2018 pre-season football schools, also stayed one step ahead of terrorists and errant drivers this year on their campuses by identifying vulnerable areas and securing them within minutes with Delta MP5000 temporary, portable barriers. These mobile deployable vehicle crash barriers carry a K8 rating (M40 ASTM rating), stopping 7.5-ton vehicles traveling 40 mph. Terrorists typically don't go where they see barricades, so placing them wherever possible attacks can happen reduces security risks dramatically. Today, there is little excuse for a major stadium to suffer an attack which uses a vehicle to break through the perimeter. Whatever the weakness a terrorist thinks can be exploited, there is a type of bollard, barricade or barrier to stop him, yet let authorised people through.
A force of 85,000 police and military will patrol the Olympic grounds and environs to provide security A week before the Rio Olympics were slated to begin, Brazil fired the private security firm assigned to hire personnel to screen people entering the various Olympic venues located around Rio De Janeiro. The security plan called for 3,400 screeners. The security firm had only found 500. What happened? Today, prospective security officers must undergo background checks that do not raise red flags. Observers noted that unsatisfactory background checks and drug tests probably explain why it has been so difficult to find and hire the large numbers of security people needed in the short period of time allotted. That problem aside, a force of 85,000 police and military will patrol the Olympic grounds and environs to provide security. “Security officers and soldiers have different ways of thinking,” says Ron Lander, a principal with Norco, California-based Ultrasafe Security Specialists. “Soldiers may be more aggressive than security officers. That may be appropriate for an event like the Rio Olympics.” “Then again, security officers are trained to de-escalate aggressive behavior and calm unruly customers so that everyone walks away with a handshake,” says Lander. “The army may not have had that kind of training.” Olympic security technology Olympic size events make liberal use of technology. The Olympic grounds in Rio have surveillance cameras as well as access control points. In addition, there are cameras connected to facial recognition systems. “Facial recognition is getting better and better,” says Lander. “Camera placement is an important key. There are mullion cameras placed in doors that take head on video that is required for reliable facial recognition. As the camera system clears people, the access control system checks them in.” Checkpoint technologies also include magnetometers that check for metal weapons. It is recommended to create two or more concentric security circles around the perimeter of an event, with attendees passing through access points in the circles Concentric security circles Lander recommends creating two or more concentric security circles around the perimeter of an event. Physical barriers and ropes can create the barriers and funnel people to checkpoints that also provide access. Why concentric circles? “It is a security technique called progressive redundancy,” Lander says. “There could be many steps. In a security facility, for instance, you lock the door, place an alarm at the perimeter, put up a fence and assign a patrolling guard.” So security at an Olympic-style event will feature two concentric security circles around the location of the event. Attendees will pass through access points in the circles. At one checkpoint, they may pass through a magnetometer. At the second, two officers will check purses and bags, while a third officer looks for telltale behavioral recognition signs — individuals who are nervous and sweating, wearing a heavy coat on a warm day or exhibiting behavior that is unusual in some way. Video analytics “Today, some organisations are moving toward video analytics,” Lander says. “There are cameras with analytics software and network video recorders with analytics inside the engine. I prefer analytics on the front end.” Users can program video analytics cameras to look for and alarm on certain kinds of video. For instance, analytics can be set to alarm when people run through a camera’s field of view. Analytics can look for motion in a place and at a time when nothing should be moving. The technology can identify abandoned packages and alert security to investigate. There are a number of security scenarios that video analytics can stand in for human beings, who often get tired. Video analytics don’t tire out and fall asleep. In the end, the role of security technology is to support security officers, and their role is to remain alert, aware and responsive to alarms. Save
From robots to drones to counter-drone solutions, a range of new technologies will be displayed at ISC West 2019. The Unmanned Security Expo will return, including a dedicated complimentary education theater for attendees offering sessions on a range of topics. UAVs, UGVs and autonomous systems Also included will be demos of the best UAVs (unmanned aerial vehicles), UGVs (unmanned ground robotics and vehicles) and autonomous systems on the market. The market growth for unmanned technologies being used for security and safety benefits is progressing at a rapid pace. Let’s look at some of the exhibitors in the 2019 Unmanned Security Expo: Cobalt Robotics' robots are purpose-built for a specific use case, providing after-hours support and security for corporate locations Cobalt Robotics' robots are purpose-built for a specific use case, providing after-hours support and security for corporate locations. Indoor environments, which are confined and controlled, present fewer navigation challenges for robots, which can quickly become familiar with the surroundings and navigate easily through an office space. Indoor robots can provide benefits beyond security, too, such as facility management, promoting employee health and safety, and emergency response Compact surveillance radar (CSR) system SpotterRF provides the world’s most advanced compact surveillance radar (CSR) system for affordable wide-area, all-weather perimeter security and small force protection. Incorporated in 2009, the company attained profitability quickly and is ahead of forecasts. Dedrone has remained at the front of the issue of drone threats, integrating installations to military bases, stadiums, public events, and private individuals. The company has expanded its operations to include a new office in Washington, D.C, and has continued to upgrade its DroneTracker software. DroneTracker is the industry’s first airspace security solution that includes automated summary reporting for instant diagnosis of drone airspace activity. Airspace security and drone tracker Magos Systems is a state-of-the-art radar technology and perimeter protection solutions provider Magos Systems is a state-of-the-art radar technology and perimeter protection solutions provider. Founded in 2007 in Israel, Magos first specialised in advanced radar solutions for the military and defense markets. In 2015, Magos’ technology was declassified, allowing the company to focus on developing best-in-class systems for the commercial security market. Today, Magos radars are used in over 30 countries in critical infrastructure, data centers, electric utility sub stations, and oil refineries as well as in other commercial verticals like vineyards and car lots. Now, Magos is positioned to see increased adoption of its solutions in the U.S. Patriot One Technologies Inc. develops solutions to detect concealed weapons, utilising novel radar technologies. Their innovative radar technology provides first responders and security personnel valuable time in active threat scenarios. The technology offers stand-off detection of concealed threats typically employed in public locations. These are just a few of the exhibitors in the Unmanned Security Expo. They represent technologies that will help to shape the future of the security marketplace.
Numbers tell the story of security at the Euro 2016 football tournament which begins on 10th June in France. Here are some of the figures that reflect the robust level of protection and security in place across the country: 90,000 The total count of police, soldiers and private security agents who will be deployed throughout France to ensure the safety of the tournament. 77,000 How many police, gendarmes, and riot-control officers will be deployed. 13,000 The number of private security agents augmenting the police. 10,000 The count of soldiers who are already stationed throughout the host cities as part of ongoing anti-terrorism efforts. They will be given extra responsibility to provide security during the tournament. 1,000 The number of volunteers who will also join the security effort. 2.5 million Projection of how many spectators will attend matches in the tournament. 8 million people are expected to gather in so-called "fan-zones", which willrequire stringent security protocols 24 The number of teams who will compete – an increase from 16. The hotels and training grounds of each team will have a heavy police presence, including 17 officers and two agents from France’s elite special forces at each venue, specialising in counter-terrorism and hostage situations. Albania, Iceland, Northern Ireland, Slovakia and Wales have joined previous participants such as England, France, Spain and Germany. Additional participants are Austria, Belgium, Croatia, Czech Republic, Hungary, Italy, Poland, Portugal, Romania, Russia, Sweden, Switzerland, Turkey and Ukraine. 51 The number of matches in the month-long tournament, continuing into July. In addition to concerns about terrorism, the main threat is hooliganism. Attendees at each match can expect more rigorous body searches and ID checks; large bags will be confiscated permanently. 10 The number of stadiums where matches will be held – in 10 different cities throughout France: Bordeaux, Lens, Lille, Lyon, Marseille, Nice, Paris, Saint-Denis, Saint-Étienne, and Toulouse. 8 million How many people will gather in the so-called “fan zones.” These locations present some of the most difficult security challenges since they are public spaces. The strategy is to contain them with an “adapted and stringent security protocol.” 1 million The total number expected to gather over the course of the tournament at the largest “flagship” fan zone, in Paris at the foot of the Eiffel Tower. The public site, designed to accommodate 100,000, would offer a tempting target for terrorists. 125 kg The amount of TNT discovered last month, along with guns and detonators, after a French man was arrested at the Ukrainian border with Poland. The 25-year-old man was allegedly planning 15 attacks during the Euro 2016 football tournament, likely targeting bridges, motorways, a mosque and a synagogue. It was not clear if he planned to target the tournament directly. 130 The number of people who died in Paris at several sites during terrorist attacks last November. The specter of those attacks will be felt throughout Expo 2016, reminding the organisers and security personnel of the need to be perpetually vigilant. In France, additional law-enforcement powers have been granted under a “state of emergency,” which has been in place since the Paris bombings and was recently extended a third time. Measures include tighter border controls and bans on public gatherings. 100 versus 0 “One hundred percent caution does not mean a zero percent risk.” So says French Interior Minister Bernard Cazeneuve, commenting on security efforts aimed at protecting Euro 2016.
Sports security has always played a crucial role in securing major sporting events around the world. Ensuring the safety of millions of spectators who throng the venues during such events is not an easy task. Apart from the usual surveillance cameras and barricades that are put into place, to prevent overcrowding and stampeding, other security measures are also implemented. The Super Bowl is one of the biggest events of the year in the United States, so no wonder it’s also a huge event for security. Endless festivities are the norm, and ticket re-sales for the big National Football League championship game averaged more than $4,500 per ticket. 2 years of planning amongst security & governmental agencies The over-the-top security effort involved dozens of federal, state and local jurisdictions and thousands of law-enforcement and private security personnel. The security plan had been in the works for more than two years, and the U.S. Department of Homeland Security designated Super Bowl 50 as a Level 1 Special Event and a possible target of terrorism. It goes to show what can be accomplished security-wise if there is enough time and planning involved – and almost unlimited funds. At the game, soldiers stood guard next to armoured Humvees, machine guns strapped to their chests. Fans faced bag checks, metal detectors and pat-downs. Other extreme elements included hovering helicopters and military fighter jets on standby at Levi’s Stadium, restricted flights around the event, and a no-drone zone near the stadium. Canines sniffed for body-worn bombs. Robots were on hand to detect and disarm any explosives. Advanced security technologies: CCTV, social media monitoring, data analysis In addition to people power, technology played a role, including equipment familiar to our market, such as 600 video cameras positioned around the stadium. Computer analytics were used to target social media, sifting through data for any social media posts involving threats or other questionable content (in a previous year, a social media post had threatened to “shoot the place up.”). Other data came from phone tips, traffic reports and patrolling officers. Overseeing the total effort was a Security Operations Centre in an undisclosed location about six miles from the stadium. Computer processing was at the centre of Super Bowl security, aggregating multiple data streams and providing real-time information on what’s happening in the stadium and surrounding areas, all displayed on a big digital map. All in all, Super Bowl 50 was a great testament to our market’s expanding technology capabilities, and how those technologies interface with and/or complement other elements of the security “big picture” – from aircraft to robots to bomb-sniffing dogs. It’s reassuring that these capabilities exist, and looking back, it’s great that Super Bowl 50 came off without a hitch. It helped that the Super Bowl is a predictable event that happens with plenty of prior notice, and with a profile so high that the cost of protecting it is almost irrelevant. A successful security strategy Peyton Manning and the Denver Broncos were the big winners at this year’s Super Bowl, but anytime we can make it through a big event without a terrorist attack or other significant security mishap, we are all winners. Too often, current events are sad and require us to look back and question what went wrong with security. In this case, all the news is good, and we can acknowledge what went right. It’s unfortunate that we can’t take such things for granted, but gratifying that we have the tools, resources and will to keep a big event safe. They were all on full display at Super Bowl 50.
Johan Cruijff ArenA will utilise innovative video analytics to improve visitor flow, optimise parking utilisation and offer fans an anonymous way to provide feedback about the stadium experience, among other uses. The Security & Safety Things IoT platform for smart cameras will integrate into the ArenA’s operational software to provide key insights into stadium operations and ongoing health and safety measures, especially useful since the pandemic. The partnership will provide a potential model for other organisations looking to deploy technology solutions to safely reopen. IoT platform for smart cameras Security and Safety Things GmbH and the Johan Cruijff ArenA are partnering up and will deploy S&STs IoT platform for smart surveillance cameras to enhance overall fan experience, optimise ArenA operations and increase visitor security and privacy. The ArenA is home to AFC Ajax and the internationally renowned Amsterdam Innovation ArenA (AIA), a living lab established by the ArenA and the City of Amsterdam to enable development and testing of innovative stadium and smart city solutions. Security & Safety Things IoT platform S&ST IoT platform and network of cameras is integrated into the ArenA’s dashboard software The Security & Safety Things (S&ST) IoT platform and network of cameras is integrated into the ArenA’s dashboard software to provide information and analysis for safety and security as well optimisation of stadium operations and visitor engagement. “Every technology selected for our innovation environment is strategic because of the potential benefits not only to our ArenA, but to the City of Amsterdam and other stadiums and large event venues seeking technological solutions to help to re-open safely and operate their facility more intelligently,” said Sander van Stiphout, Director International, Johan Cruijff ArenA. Sander van Stiphout adds, “The unique flexibility of the Security & Safety Things approach enables us to simultaneously deploy COVID-19 health and safety analytics along with business optimisation tools and easily re-equip the cameras with other analytic applications as our needs change.” AI-enabled video analytic applications A series of smart cameras on the S&ST IoT platform are installed in key areas throughout the stadium. Using specialised, Artificial Intelligence-enabled video analytic applications from the S&ST Application Store that run directly on each camera, each device will provide the ArenA with valuable operational insights. When the stadium reopens, crowd detection analytics will monitor social distancing compliance and visitor flow around entrances and food or merchandise kiosks. License plate recognition cameras will assist with real-time occupancy monitoring for parking and traffic flow optimisation. Queue detection applications Queue detection applications can be employed to reduce visitor wait times by directing fans to less busy areas and by providing the insights required to optimise staffing levels at peak times. In one specific area, a camera also provides the ability for visitors to provide feedback about their stadium experience in an anonymous and contact-free way by detecting the visual of a ‘thumbs-up’ or ‘thumbs-down’ from a visitor, collecting only the rating without disrupting people flow. Smart camera platform We’re honoured to be joining the Johan Cruijff ArenA as an innovation partner" “The flexibility of our smart camera platform and the ArenA’s mission of innovation are very well matched to produce the intelligence necessary to address real world issues of privacy, health and safety but also new and creative ideas for stadium and event management,” said Hartmut Schaper, Chief Executive Officer (CEO), Security & Safety Things GmbH. Hartmut adds, “We’re honoured to be joining the Johan Cruijff ArenA as an innovation partner and to help them provide a seamless and safe visitor experience.” Smart surveillance camera system The camera system and how it is used complies with all European and Dutch privacy regulations. Furthermore, there are various advantages to this camera system, when it comes to privacy. These cameras are equipped with powerful processors that analyse the images directly on the camera, reducing the need for a constant video stream to be passed on to a central location, where it can be monitored or further processed. Instead, the cameras can be configured to send only the information about relevant events such as when a long queue is forming, groups of people gather too closely, or individuals are not wearing face coverings as required. Only then will respective images be passed along. This reduces the processing of visitors’ personal information to an absolute minimum as opposed to a traditional set-up where all footage is transmitted and centrally processed at all times.
Since its completion in 2017, the Gazprom Arena has served as the home ground stadium for the Russian football club Zenit St. Petersburg. And as one of the host stadiums for the 2018 FIFA World Cup and the 2021 Euro Football Championship, the Gazprom Arena must also satisfy the strict security regulations of FIFA, UEFA and ESSMA. When selecting the video security system, the managers responsible at Zenit therefore opted for a solution from the German manufacturer Dallmeier. With its patented Panomera multifocal-sensor system, Dallmeier guarantees the security of many stadiums all over the world. The objective was providing coverage with video security technology for the entire area surrounding the stadium, the entrance gate approaches, the rooms below grand stands, and the grand stands themselves in one of the largest video security projects ever undertaken in a football stadium. Video security system Under enormous time pressure, a high-performance system had to be implemented in the stadium with a capacity of 60,000 fans and yet had to remain adaptable and flexible in response to changing customer wishes as the project progressed. One requirement which from time to time presented the greatest challenge was capturing all areas of all the grand stands all of the time, so that unequivocal identification of offenders could be assured in all circumstances. In order to achieve this, the Russian Interior Ministry stipulated two key requirements for the video security system: Firstly, it must capture the entire grand stand area with a "minimum resolution density" of 250 pixels per metre (px/m). This also corresponds to the performance criterion defined in the globally valid standard DIN EN 62676-4 for video security systems for purposes of enabling identification of an unknown person. Minimum resolution density A Dallmeier video security system has already been operating in the Petrovsky Stadium since 2012 And secondly, the image frequency must not fall below a frame rate of 25 frames per second (fps). Because it is typically only the combination of the specified minimum resolution density and a fluid representation of events that can ensure incontestable evidence that is usable in a court of law. In order to meet these stringent requirements, the security managers invited a number of vendors to present their solutions in advance at Zenit's former home ground - the Petrovsky Stadium - to enable them to choose the right solution for the Gazprom Arena. A Dallmeier video security system has already been operating in the Petrovsky Stadium since 2012, and after a thorough evaluation of all the solutions, the operators decided to install a stadium solution from Dallmeier in the Gazprom Arena as well. Multifocal-sensor system Because compared with conventional camera technologies such as megapixel or PTZ cameras for example, the patented Panomera multifocal-sensor system from Dallmeier can guarantee coverage of even the largest expanses with the stipulated minimum resolution density and frame rate. And Panomera systems continuously capture everything that is happening in full resolution and allow high-resolution zooms - both live and in the recording and by several operators at the same time. This enables stadium operators to track and reconstruct relevant occurrences in detail both live and after the fact. Besides the technical superiority of the Panomera technology, another decisive advantage of the Dallmeier stadium solution was the innovative 3D planning approach, with which a digital reproduction of the Gazprom Arena was created. Conventional single-sensor cameras This makes it very easy to fulfil the requirement according to which at least 250 px/m must be assured literally "in every last corner": colour coding in the 3D simulation makes it possible to see exactly where the value has been reached and where a correction should be made, perhaps by setting up in a another position or using a different camera model. An alternative solution would have required a substantial four-figure number of conventional single-sensor cameras A further major advantage of this planning approach is the extreme efficiency of the solution: For example, Zenit St. Petersburg is able to provide security on the terraces throughout the Gazprom Arena with way less than 100 Panomera camera systems, covering all areas with at least 250 px/m and 25 fps. An alternative solution would have required a substantial four-figure number of conventional single-sensor cameras. Minimises uncertainty factors Apart from enormously high infrastructure costs (masts, cables, etc.) this would also have generated a practically unmanageable deluge of images for the video system operators. Another benefit of Dallmeier's 3D planning programme is the automatic generation of "CamCards" - exact configuration documents for every single camera. Armed with this information, installers on site know exactly which camera must be mounted where, how high and at what angle. The big advantage besides the immense amount of time saved consists in the planning reliability: It can be predicted with great accuracy how much labour the installation of the total solution with entail, because this approach minimises uncertainty factors. Total storage capacity Thanks to Dallmeier's unwavering assistance throughout the project, testing by the state technical personnel in Russia was also successful in the subsequent project phases, with the result that the stadium operators were able to begin operating the video security system after final project commissioning in good time for the 2018 FIFA World Cup. The total storage capacity for the video security system amounts to more than six petabytes Recently, over 1,000 single-sensor cameras have been installed in the Gazprom Arena in addition to the Panomera systems - these safeguard the remaining areas of the stadium. Due to the large number of cameras, the total storage capacity for the video security system amounts to more than six petabytes (equivalent to about 6,000 TB). High-performance recording appliances from Dallmeier are used to process this information. Largest stadium project Authorised personnel from various departments and stakeholders can access the system at 80 workstations. The video security system from Dallmeier has provided ample evidence of its performance capabilities and reliability in the running of the Gazprom Arena, not least during the seven matches of the 2018 FIFA World Cup. On this subject, Karlheinz Biersack, Director Sales Eastern Europe/RUS/GUS at Dallmeier explains: "Of course we were delighted that the security managers of Zenit St. Petersburg also decided to rely on Dallmeier again for their new home, the Gazprom Arena. This success in the largest stadium project we have ever undertaken shows once again that Dallmeier's holistic security and solution approach - above all the patented Panomera technology and our unrivalled project and consulting services represent an immense benefit for our customers."
BBVA Compass Stadium is a soccer-specific stadium located in Houston, Texas, USA and home to the Houston Dynamo, Major League Soccer club (part of MLS in USA). It also is home to the Houston Dash of the National Women’s Soccer League and to Texas Southern University Tiger football. It is also going through a major retrofit with its security systems to include a best of breed, open architecture solution. The stadium first opened in 2012, but six years later, Cultris Security Systems of Houston is back upgrading and expanding the current security installation. After spending five years with another security provider, the Dynamo and Dash, who maintains the facility, opted for a completely new solution. Axis cameras integrated with Salient Systems VMS Along with their current Panasonic cameras, stadium officials opted for Axis Communications cameras Along with their current Panasonic cameras, stadium officials opted for Axis Communications cameras. Both camera manufacturers play well with Salient Systems VMS. The result was an image resolution much more enhanced than they had been experiencing. “With all of this equipment brought together, we found it to be easy to use, user-friendly, and supported a very complimentary search function,” said Paul Fisher, Director of Key Accounts at Salient Systems, adding “For those people hired as facility guards, and with a sometime frequent turnover in staff, new people were able to use the Salient software right away and were able to do their job guarding the facility more quickly.” Paul further stated, “An installation like this is a great reference for us, and it is a very exciting security installation. Although there are fewer than 100 cameras, the placement and location of the cameras will allow security to monitor the sometimes over-zealous fans, and with BBVA Compass Stadium officials installing our synopsis video tool, stadium officials will be able to key-map the entire facility, gain analytical data and improve the customer experience.” CompleteView VMS platform Salient also partners with Dell, taking its CompleteView VMS platform into the booming Internet of Things market. The CompleteView VMS’ ability to quickly render and manage video surveillance over a WAN or LAN makes it a compelling offering for solution providers looking to gain a foothold in IoT. The manner through which the video is processed is very efficient, and can render the video and perform forensics on the video rapidly. As more businesses look to video surveillance as an IoT application, the CompleteView VMS platform can be integrated with other software packages will enable partners to work with customers to solve specific problems through big data and analytics capabilities. DSX software installed for secure access control BBVA Compass Stadium officials also switched out the outdated access control software and installed DSX software to complete the upgrade. “We have long known that DSX is a workhorse software solution,” said Jason Smith, President of Cultris Security Systems Inc., adding “It is easy to use and a lower cost to use. These upgrades are exciting for us to be part of because the installation will come in several phases, with the integration supported for years to come.” Open architecture security solutions Cultris technicians almost had a blank canvas to begin their security installation Jason adds, “We also found working with BBVA Compass Stadium staff very easy because they were receptive to open architecture security solutions. Phase Two will begin in 2019, and we’re excited to design the next layer of security at the stadium.” Cultris technicians almost had a blank canvas to begin their security installation. The facility itself is an open architecture facility, so facility managers were very receptive when plans were drawn up for security equipment. Much of the focus was on the stadium concourses, where the bulk of the soccer fans’ traffic is found during a match. 360-degree cameras installed The new master plan now included 360-degree cameras along the concourse, which offered coverage in every direction. The same 360-degree cameras were also placed near the locker rooms, loading docks and service areas. PTZ and fixed lens cameras were upgraded and placed in each corner of the facility where there is a gate for entrance and exit. As imagined, soccer fans are very passionate about their sport and teams, so cameras on the concourse were placed in a planned manner for the guarding staff to be able to know and react quickly if or when a fight broke out among spectators. The 360-degree cameras also enable the security staff to mobilise and reach the incident spot, where they would be required, as quickly as possible. 4K PTZ cameras Stadium security staff is able to view cameras placed in an adjacent parking area Houston’s BBVA Compass Stadium has a capacity of 22,039 seats, including 34 private suites, 1,100 club seats, an indoor premium club area, a dedicated supporters/fans stand and a food court. The stadium is designed to accommodate Major League Soccer (MLS) and FIFA standard international soccer, as well as other sports including football, lacrosse, and rugby and live concerts. Stadium security staff is able to view cameras placed in an adjacent parking area, as well as city security cameras (live view only) in order to ensure the safety and security of people coming to the venue and leaving after the match. These cameras have a 4K PTZ quick drive function, which helps establish a clear view of events, if additional security help is needed. As an integrator, Cultris Security has clearly installed a solution that will work properly for BBVA Compass Stadium, and their tenants, who are always looking to strike a goal.
Danish Superliga Football Club Brøndby IF has enhanced fan safety by using Panasonic security solutions to prevent banned football hooligans from entering the stadium, whilst maintaining visitor privacy and complying with European Union General Data Protection Regulations (GDPR). Installing Panasonic’s FacePRO facial recognition system at the entrances to the stadium has helped to more effectively identify those on the banned list. The club had been aware that family attendance had fallen at some of the more high-profile games, such as the local derby with F.C. Copenhagen, due to concerns over hooliganism, illegal use of flares and safety. Family-friendly stadium With an average attendance of 14,000 people per game, and up to 100 registered persons on the stadium blacklist for causing trouble, the football club wanted to find a way to make genuine fans feel even safer at the family-friendly stadium by preventing any problems before they could occur. Up until this point, lists of banned people were distributed to security staff at the entrance gates. They would manually check each person coming into the stadium but the process was time consuming and not always effective. With the use of Panasonic’s security solution, blacklisted offenders can now be automatically identified in the crowd before they attempt to enter the stadium. System operators in the surveillance room double check matches made by the system before sending notification to the stewards at the gates to prevent them from entering. Panasonic FacePro solution Brøndby IF sought approval on its approach to GDPR compliance from the Danish Data Protection Agency The automated procedure at the stadium entrance also decreases congestion at the gates, so genuine fans can get into the stadium faster. As well as improving security outside, the system allows staff more time to focus their attention on creating a safe and entertaining environment for those inside the stadium. Another issue important to address in the implementation was compliance with European Union GDPR. The Panasonic FacePro solution is very flexible and can be configured to delete or store data as required. To meet Brøndby IF’s requirements, data from the camera is encrypted and the data and images of people not on the blacklist are never stored. In addition, the details of banned individuals are encrypted and only stored on a server blocked from the Internet and all other external systems. Brøndby IF sought permission and approval on its approach to GDPR compliance from the Danish Data Protection Agency. Facial recognition system Mickel Lauritsen, Head of Security at Brøndby IF, said: “We can see that we have decreased the amount of flares being used within the stadium during our matches. It has been a success and it’s an absolutely vital tool in order to maintain safety and security.” Gerard Figols, Head of the European security business at Panasonic, commented: “Panasonic’s facial recognition system contributes to a safer stadium environment by alleviating security pressure on the ground, while ensuring that all data is protected from unauthorised external access." "The accuracy and processing capacity of Panasonic FacePRO means that it is ideal for football, and other sporting stadiums around the world, as well as many other venues where security and high visitor numbers are a factor. Besides the pure security factor, our facial recognition system can also help to enhance the customer experience by providing quicker, more streamlined access or tailored services.”
The combination of design, comfort, security, access and services offered by San Mamés stadium, the home stadium of Spain’s the Athletic Club in Bilbao has led the UEFA to classify it as an elite stadium, the highest classification that enables the building to host major national and international football events. In fact, the stadium has been chosen to host the Euro Cup 2020 in Spain. The Stadium of Athletic Bilbao is already a reference point in the football world. With a capacity of 53.332 people, 3.000 premium and VIP seats, and a built-up area of 116.760 square metres, the new San Mamés stadium is more than just a sports location. It is a space with multiple complementary uses: it has a museum, a shopping area, restaurant, cafeteria, event rooms, meeting and conference rooms. MEET IP video door entry system For Fermax, this project demonstrates the high capacities of MEET IP video door entry system For Fermax, this project demonstrates the high capacities of MEET IP video door entry system, which can be integrated into large commercial security projects. The project has 11 single-line MILO panels (ref. 9533) in the stadium's underground accesses, to facilitate access for suppliers, sponsors. All the MILO panels connect to the MEET concierge (ref. 9539) located at the stadium's security control point. The installation of the Fermax product began from end of 2019. San Mamés Stadium has been designed and built in a Design and Construction Management contract format, with the involvement of IDOM, an independent professional services company since the first stages of the project, which continues to evolve. Fermax's MEET IP technology The location of the stadium, overlooking the Bilbao Estuary, makes this infrastructure a unique architectural piece that stands out in the city, integrating itself into the surroundings and giving added value to the area. The incorporation of state-of-the-art technological equipment, such as large windows with LED technology, EFTE panels that make up the stadium's façade or IP video door entry and access control systems such as Fermax's MEET IP technology, have given answer to the club's needs. Since the beginning of the construction, the new stadium’s project has received several awards, including the WAF Award at the 2015 World Architecture Festival in Singapore, the Stadium of the Year Award at the 2015 World Stadium Congress Awards in Qatar, and the first prize in the Long Span Structures category of the 2017 Structural Award, among other prizes.
The Danish Superliga football club Brøndby IF were aware that family attendance had fallen at some of the more high-profile games, such as the local derby with F.C. Copenhagen, due to concerns over hooliganism and safety. With an average attendance of 14,000 people per game, and up to 100 registered persons on the stadium blacklist for causing trouble, the football club wanted to find a way to make genuine fans feel safer by preventing problems before they could occur. Improving security With the use of cameras and facial recognition, blacklisted offenders can now be automatically identified in the crowd before they attempt to enter the stadium. This system identifies any individuals registered on the offenders list and alerts security staff to prevent them from entering. The automated procedure at the stadium entrance also decreases congestion at the gates, so genuine fans can get into the stadium faster. As well as improving security outside, the system allows staff more time to focus their attention on creating a safe and entertaining environment for those inside the stadium. The technology can identify faces that are difficult to recognise with conventional techniques Facial recognition server The Panasonic facial recognition software ensures high levels of accuracy. The technology can identify faces that are difficult to recognise with conventional techniques, such as those taken from an acute angle and even when part of the face is concealed or hidden by sunglasses or scarves. In fact, the National Institute of Standards of Technology (NIST) in independent testing identified the system as the most accurate facial recognition server on the market. And the system is already working. One blacklisted offender was prevented from entering the stadium at the very first home game of the season in mid-July and he will receive a fine and extended ban. Protection of personal data However, some fans were initially sceptical about the scheme. They were worried about the Big Brother concerns of privacy and personal data protection. These fears quickly faded once the club explained the sensitive way that the scheme had been implemented. Security personnel remain in control of the process at every stage. The technology flags potential blacklisted offenders and the security advisers then take over and investigate further before taking action. People-led and technology supported The solution is people-led and technology supported. Personal data privacy is also protected because the facial recognition technology does not store the images or data of any supporters, other than those registered on the blacklist. In addition, all personal data is stored on an internal server, not connected to the internet or to any other system, significantly reducing any cyber risk of data breach. After seeing the results of the technology and receiving reassurances about data protection, both Brøndby management and fans alike have welcomed the new technology. Moving forward there is also the potential to utilise a national hooligan register with the system to help spot travelling troublemakers within Denmark.
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