ONVIF, the renowned global standardization initiative for IP-based physical security products, is announcing that it is now live on GitHub, an online open source development platform. The repository at github.com/onvif/specs will help drive the development of ONVIF network interface specifications. “By having a repository on GitHub, ONVIF is making its interface specification development process more accessible, transparent and efficient,” said Per Björkdahl, Chairman of the ON...
The road network is under increasing pressure due to the sheer weight of traffic, and its bridges and water locks are no exception. In view of the importance of free-flowing traffic and the safety of such structures, they undergo continuous modernization. One such modernization is CCTV: by incorporating video surveillance into a security system, end-users can monitor and anticipate what’s happening at a certain location in real-time. This increases the efficiency and safety of such object...
Johnson Controls, the global provider for smart and sustainable buildings has further expanded its Tyco Illustra range with the launch of a new Flex multi-directional camera. Designed to provide a highly cost-effective solution for monitoring activity over wide open spaces, the second generation Illustra Flex multi-directional camera is equipped with four separate image sensors which can be individually positioned and angled to provide up to 360-degree coverage via four separate non-stitched vi...
Senstar, a pioneer in video management software and perimeter intrusion detection products is pleased to offer its Safe Spaces video analytics solution in a compact, easy-to use appliance. Initially available to Senstar Symphony VMS customers, Senstar Safe Spaces analytics are now driven by the Senstar Edge Platform. Businesses monitor compliance “Many companies have introduced software and hardware tools to help businesses monitor compliance with aspects of the emerging health and safe...
3xLOGIC, Inc., a globally renowned provider of integrated, intelligent security solutions, has announced the release of the latest iteration of its highly-popular VIGIL Server Software, version 11.5. VIGIL Server software, version 11.5 VIGIL Server software, now 64-bit, is the core around which all other 3xLOGIC applications are built. The Easy Setup Wizard guides installation to ensure the software is up and running in minutes. VIGIL Server utilizes proprietary 3xLOGIC RapidStream Technology...
Oncam, the globally renowned provider of premium 360-degree video capture technologies, has announced the introduction of its powerful and compact C-Series camera line and the first two cameras of this line, the C-12 Indoor and the C-12 Outdoor Plus cameras, both featuring a 12 MP sensor and powered by advanced video technology from Qualcomm Technologies, Inc. 360-degree fisheye solutions Designed to support mission-critical video surveillance and security deployments, the Oncam C-Series camer...
ONVIF®, the global standardization initiative for IP-based physical security products, publishes the Release Candidate for Profile D, a draft specification that covers interfaces for access control peripherals. This newest profile candidate is designed to provide ONVIF interoperability for peripheral devices such as locks, credential/biometric readers, PIN pads, license plate recognition cameras, door phones, sensors and displays. Access control systems “Profile D, together with access management profiles like ONVIF Profile A and C, and video profiles like ONVIF Profile T, will help users build modern and secure IP-based access control systems,” said Patrik Björling, Chair of the ONVIF Profile D Working Group. “It will allow for the integration of products from different manufacturers and help further drive the adoption of ONVIF interfaces in the physical access control and video surveillance space.” A peripheral device can pass credential identifiers to a securely located Profile D conformant client Using Profile D, a peripheral device can pass credential identifiers to a securely located Profile D conformant client, such as an access control unit or management software. The client or controller, which stores access rules, schedules and credentials, can then take the access decision and send a command back to the peripheral device to grant or deny access, display a message or request additional input such as a PIN code. Blocked credential identifiers Having sensitive information on a separate controller in a secured area enhances security. Communications between the device and client are secured using ONVIF security protocols such as TLS. The Profile D specification enables a conformant client to configure a conformant device with the necessary data such as which door and access point the device is responsible for, as well as configure a list of allowed or blocked credential identifiers in a device that supports this capability. The need for standardized interfaces between access control management systems and peripheral devices is driven by innovative identification technologies such as license plate recognition cameras for parking management, bar code reading cameras for visitor management, wireless locks and sensors for access control, and video door stations for intercom management. Enabling standardized communications Such devices include a door phone that combines a reader and lock with audio/video intercom ONVIF Profile D complements Profile A and Profile C in enabling standardized communications in an IP-based electronic access control system. Profile D devices can also support video profiles such as Profile T to enable an integrated video and access control system using ONVIF interfaces. Such devices include a door phone that combines a reader and lock with audio/video intercom, or an IP camera with a relay output connected to a lock that can be used by a guard to visually identify a visitor and remotely unlock the door. Advanced video streaming Founded in 2008, ONVIF is a well-recognized industry forum driving interoperability for IP-based physical security products. The organization has a global member base of established camera, video management system and access control companies and nearly 19,000 profile conformant products. ONVIF offers Profile S for streaming video; Profile G for video recording and storage; Profile C for physical access control; Profile Q for improved out-of-the-box functionality, Profile A for broader access control configuration, and Profile T for advanced video streaming. ONVIF continues to work with its members to expand the number of IP interoperability solutions ONVIF conformant products can provide.
ONVIF®, the global standardization initiative for IP-based physical security products, announces it is implementing open source for its network interface specifications for physical security technology. The move will streamline administrative and collaborative processes while also leveraging the collective ingenuity of the global developer community. ONVIF interoperability specifications are already publicly available as open standards and are widely used as common communication interfaces between devices and software clients, such as IP surveillance cameras, video management software and physical access control systems from different manufacturers. Open source development platform The use of GitHub, an online open source development platform, will allow for easier contribution and collaboration on ONVIF specifications by applying state-of-the-art software development tools to specification engineering. This will enable software engineers and developers from security, IoT, Artificial Intelligence, cloud services and other industries to contribute new ideas and proposals, spurring greater feature interoperability and new interface specifications that will help ONVIF continue to contribute to these industries. Other important aspects of ONVIF, such as the development of ONVIF profiles and test tools, the conformant product submission process, the activities of the ONVIF committees and working groups, and the ONVIF membership and governance structure remain unchanged. Standards development process The ONVIF Technical Committee will continue to govern the integration of new technical proposals “The data that powers our businesses and homes relies on feature-rich and standardized pathways of communications for interoperability, and ONVIF will continue to evolve to provide those pathways,” said Per Björkdahl, chairman of the ONVIF Steering Committee. “Augmenting our development methods with open source adds a collaborative and convenient platform through which innovative ideas can be discussed and implemented and eases many of the administrative burdens that are inherent in the standards development process.” The source files of ONVIF specification-related documents, including schema files, which describe the XML framework of specific ONVIF features and functions, will be available on GitHub. The ONVIF Technical Committee will continue to govern the integration of new technical proposals and, once approved according to the ONVIF Rules of Membership, these will be published on the ONVIF website. All contributors are required to sign an ONVIF Contributor License agreement, and any changes that are ultimately accepted by the ONVIF Technical Committee will be licensed to ONVIF. IP-Based physical security products Over the course of its 11-year history, ONVIF has developed several profiles, which are groupings of certain functionalities derived from established ONVIF network interface specifications, that enable the performance of set features for common uses: Profile S for streaming video; Profile G for video recording and storage; Profile C for physical access control; Profile Q for quick installation, Profile A for broader physical access control configuration and Profile T for advanced video streaming. While profile development will not be a part of the open source strategy, ONVIF widely expects that specification contributions realized via open source will support the development of future profiles. Founded in 2008, ONVIF is a well-recognized industry forum that is committed to driving interoperability for IP-based physical security products. The organization has a global member base of established camera, video management system and access control companies, and more than 18,000 profile conformant products.
The M73, MOBOTIX’s new high-performance camera based on Artificial Intelligence (AI), is the latest in MOBOTIX’s lineup to have received the SySS IT security certificate. After completing multiple tests, SySS GmbH now attests that the entire MOBOTIX IoT camera series has a particularly high level of cyber security. In addition to the M73, the M16, representing the entire Mx6 series, also has earned the SySS certificate. This is a continuation of the MOBOTIX Cactus Concept which stands for a reliable, end-to-end video system protection against hacker attacks. In several scenarios, the hardware and software components of the M73 were subjected to simulated state-of-the-art hacker attacks. The penetration testers at SySS GmbH are very familiar with attack methods on IT systems and are researching new ways and means of preventing intrusion into digital infrastructures. With this extensive know-how, SySS GmbH is the penetration test provider in Germany as they test IT landscapes, looking for both common and unique weaknesses and other security vulnerabilities. Enhanced cyber security for cameras "With the SySS certification of our new M73 video system, we are proving that MOBOTIX continuously strives for the best possible cyber security for all of our camera series," emphasizes MOBOTIX CEO, Thomas Lausten. "Our Mx6 range is one of the market-leading systems for classic security camera applications and is the first choice for many of our customers. The robustness and durability of the power-saving system is in line with the classic MOBOTIX DNA and is ONVIF-compliant despite the decentralized approach." "The SySS certification of the new, open MOBOTIX 7 platform and the M73 proves that we have achieved the goal of highest data and cyber security even with our most powerful camera series," says Lausten. "This also applies to the Certified Apps that are integrated in the firmware, which comprehensively extend the modularity of our systems. “ The MOBOTIX Apps based on Deep Learning and solutions from renowned partners are explicitly verified and certified by MOBOTIX. Users can use exactly the apps in their video systems that they need for their requirements.
Carrier Corporation is pleased to announce the launch of the TruVision Multi-imager panoramic camera that can be deployed for a wide range of security and surveillance applications. TruVision Multi-imager camera The TruVision Multi-imager camera is an ideal security solution for surveillance applications that would normally require multiple cameras installed at different positions, such as parking lots, large lobbies, or other open spaces. This multi-imager camera consists of four individual camera sensors that can be repositioned to best cover a scene. The camera is suitable for both indoor and outdoor applications. Compatible with TruVision Navigator and recorders The TruVision Multi-imager camera is fully compatible with TruVision Navigator and TruVision recorders Compared to the other traditional cameras that would each require individual cabling, camera license and network connection settings, the camera requires only 1 network cable, 1 network connection and 1 camera license. The TruVision Multi-imager camera is fully compatible with TruVision Navigator and TruVision recorders. This apart, the camera also seamlessly integrates with a wide variety of 3rd party applications through ONVIF. Repositioning of camera sensors for 360° surveillance The TruVision Multi-imager camera is considered perfectly suited for a wide range of surveillance applications, including installation at shopping malls, schools and colleges, large commercial buildings, parking lots, factories, warehouses, airports, ports and other critical infrastructures. Repositioning of the camera sensors allow user to position the camera heads so as to avail full 360° wide surveillance capability. Also, when the camera is mounted on the corner of a building, 3 camera sensors can be positioned to cover 270° view, while the 4th camera can look down to cover the area under the camera. The repositioning of TruVision Multi-imager camera sensors facilitates greater flexibility for a broad range of different scenarios and settings.
Cybersecurity is a trending topic in the video surveillance market. As a result of international regulations, companies are assessing the potential security risks of video surveillance systems, deploying crisis management policies and developing mitigation plans for events related to a data breach. Customers desire trustworthy products and vendors are rushing to fill this gap to satisfy the market demand. Multiple vendors are offering a great number of solutions; however the choice and diversification perplexes customers, who often have difficulty identifying the best solution for their needs. In this paper, Videotec puts forward its vision with regard to developing safe products and describes its strategy for cybersecurity. Explosion-proof rated cameras Customers are currently overwhelmed by the perpetual advertisement of products related to cybersecurity. At tradeshows and in sector magazines, multiple products are being promoted as key elements for cybersecurity. Unfortunately, cyber-safe products cannot be marketed with the same strategy as other devices, for example, explosion-proof rated cameras. For software, similar requirements exist but there is less clarity than with their counterparts The key difference is that for threats that do not concern software a set of well-defined and well-documented requirements exist: in general, it is possible to universally define safety requirements for installation in special environments, such as a drilling rig, a marine vessel or along a railroad. For software, similar requirements exist but there is less clarity than with their counterparts when it comes to security. Video management software Furthermore, a device's firmware and video management software (VMS) are updated by each vendor to introduce new features or to fix bugs. Every update may have an impact on the complete video surveillance system reliability. Finally, security researchers continuously identify new issues that may reduce the safety of the system, even if no change is applied to the facilities. Deploying a cyber-secure system is a challenging task under these ever-changing conditions. Other aspects of security, such as mechanical, electrical or environmental are not subject to similar uncertainty. As an example, designing an explosion-proof system is a well-known process, involving classifying zones, identifying the nature of the explosive elements, such as gases or dusts, and deducting the product requirements. Video surveillance equipment During the lifespan of the system, the identified risk sources do not change. Similarly, during installation on a marine vessel, the video surveillance equipment is commissioned and will not change until the entire ship is refurbished. Several certification options are currently available on the market, and these can be placed in two main groups The result of the lack of certainty that characterises software and the existence of complex standards that have a restricted competent audience is a professional market that is trying to incoherently fill this gap, by pursuing certifications and stamps or by adopting aggressive advertisement strategies, based on over-optimistic promises on product features. Cybersecurity certification Several certification options are currently available on the market, and these can be placed in two main groups: System certification Product certification As the name suggests, system certification addresses cybersecurity at a system level. This group includes ISO27001, NIST SP 800-53° ISA/IEC62443-3 for example. In these frameworks, risks related to information management are evaluated across every aspect of the organization: information generated by the devices, storage, access control to the information and physical security to protect data from being stolen from data centers. Video surveillance system Since these certifications must be flexible to adapt to a heterogeneity of systems, they define frameworks to perform the system analysis and the assessment of the risks of such systems, but they do not punctually mandate explicit requirements. System certifications delegate the definition of such requirements to the organization willing to achieve the certification. In contrast, product certifications are narrow in scope, targeting a single component subject to certification. A single component can be a camera, a networking switch or video management software A single component can be a camera, a networking switch or video management software. In this category are the EMV standard for credit and debit cards, the UL2900 series and ISO/IEC 15408, also known as Common Criteria. It is clear that pursuing a system-level certification involves the customer and the integrator installing the video surveillance system. Cyber secure surveillance Manufacturers should target product certifications and drive efforts to ease the integration of their products into the frameworks of system-level certification that is being pursued by their customers. Videotec started developing its DeLux technology several years ago. At that time, Videotec had a clear vision for its products: developing safe products for all possible tasks - mechanical, electrical, electromagnetic and software - according to current and future security requirements. The mission of the DeLux technology was, and still is, to provide a reliable, safe and future-proof platform that integrates with all products. Sharing a common platform between multiple products is challenging. It requires deep planning of product design to ensure the platform will function perfectly within any product. It also implies that new software releases are compatible with any previously released camera. New security feature Software architecture must be flexible enough to guarantee integration into very different products Thus, every time a new product is released the effort to validate the software increases. Due to this decision, Videotec guarantees that any new security feature and any bug fix will be available to its customers regardless of product age and whether it is still present in the current product catalog. From the beginning of the DeLux project, two key points were immediately clear. The first point is that software architecture must be flexible enough to guarantee integration into very different products, and at the same time it needs dedicated components that guarantee the un-exploitability of the device. Accomplish video acquisition For this reason, the code executed by the device is partitioned into different security domains, making sure that processes that implement the protocol interfaces towards the video management software cannot harm the internal components that accomplish video acquisition, perform compression and constantly monitor the correct function of the unit. The second point that Videotec immediately understood is that ensuring the correct functioning of the software in every device is as important as the software running in just the cameras. For this reason, Videotec started developing internal tools that perform automated testing on the entire set of devices that incorporate the DeLux technology. Secure video surveillance Every night, the validation tools embedded into the continuous integration process automatically test each product to verify that no regression was unconsciously added while the company proceed with software development. Every time Videotec adds a new feature in response to a suggestion for improvement by the company's customers or identification of an issue, it also updates the testing tools to increase the reliability of the company's products. Videotec has yet to definitively choose a certification scheme for the DeLux technology Videotec believes that its products, and the continual updating of these, actively contribute to maintaining the safe operation of secure video surveillance system, helping IT departments and system administrators by keeping their systems balanced and by not requiring excessive mitigating actions or protections due to future issues. At Videotec, they call this cyber-sustainability. System-level security requirements At the time of writing this white paper, Videotec has yet to definitively choose a certification scheme for the DeLux technology. Several options are being evaluated, as the company search for a solution that will create value for the company’s customers without sacrificing the addition of new features on all products that make up the DeLux technology range. Although Videotec is still exploring the best certification scheme for its software, this does not prevent the company from having a clear and active development path for the cybersecurity in their products. At Videotec, the following five principles are the basis for implementing cybersecurity in products: Hardened software architecture to minimize the attack surface of the cameras Constant updates and availability of new features, even on old products Removal of predefined credentials in the products, to strongly indicate to customers that, as a minimum, a new username and password combination must be defined by the user during installation according to the system-level security requirements Contribution to the ONVIF Security Service specification, to push the industry shifting from usernames and password to X.509 certificates Clear communication to customers, by avoiding fake marketing claims Security service specifications Videotec had an active role in the development of the ONVIF Profile Q specifications. Among other activities, it contributed to driving the standard towards the removal of predefined credentials. The security market must teach installers and users that using pre-defined usernames and passwords is equivalent to not having credentials at all. Videotec is proposing extensions to the ONVIF Security Service specifications Defining the factory-default state of Profile Q compliant devices, where no authentication is required, is the strongest reminder a vendor can provide to its customers. Similarly, with regard to the commitment for the ONVIF Profile Q, Videotec is proposing extensions to the ONVIF Security Service specifications that will include the widespread the adoption of X.509 certificates to replace the usage of credentials. Video surveillance market Moving towards this new way of handling authentication between devices and VMSs will not only impact devices, but it will require a leap forward for the whole video surveillance market. Beyond implementing the functionality in its devices, Videotec is already planning the actions that will be necessary to make its customers effective at selling, installing and maintaining video surveillance systems based on this technology. Last, but not least, trustworthy communication to customers is a key value for Videotec. For this reason, Videotec will never exploit the unintuitive requirements of system certifications of international privacy rules to send wrong messages to the market. As an example, Videotec added to all its IP products an instruction about performing a safe installation according to the General Data Protection Regulation (GDPR), similarly to the instructions given for mechanical, electrical of environmental safety. IP-based device In the last ten years, the video surveillance industry has vigorously shifted from analog to IP products These instructions are meant to teach customers and stimulate their attention to aspects related to cybersecurity. As such, instructions will never be turned into unreliable market claims, such as claims for conformance to the GPDR or any other rule. Cyber threats started menacing video surveillance systems from the day the first IP-based device was put into the market. At that time, the number of digital systems was low and video surveillance was not as pervasive as it is today. In the last ten years, the video surveillance industry has vigorously shifted from analog to IP products and, at the same time, it has witnessed a constant growth in market demand. As a result, digital video surveillance systems are everywhere nowadays and attract attention not only from professionals but also from malicious users. Risk assessment analytics Keeping these systems safe from cyber-threats is an activity that cannot be performed just by performing a risk assessment analytics during the commissioning phase - maintenance and recovery plans must be operative during the whole lifespan of the systems. These activities have a cost; also managing the effects of a system violation has a cost. Integrators and users must find the correct balance, to minimize expenses while keeping video surveillance systems updated and secure. In order to make reduction of expenses related to maintenance and recovery plans easier, Videotec bases the development of its products on the concept of cyber-sustainability, where support, updates and training about the products span an interval that is larger than each single product lifecycle and assist integrators and customers keeping their systems protected.
Videotec has recently released the videoencoder’s firmware version 3.0. This update brings new functionality to the system. This firmware can be uploaded on ULISSE EVO (all versions) – ULISSE COMPACT Delux - NXPTZ Delux - MPX Delux – MMX - MVX Delux – MVXT – NVX - NTX. Videotec's PTZs What's new with this release? ONVIF Profil-T certification (in addition to Profile-S and Profile-Q). This offers better management of video stream configuration with VMS. Implementation of the SNMP protocol that allows feedback on the status of the devices present in the network to be obtained. Introduction of support for the NTCIP protocol so Videotec's PTZs can be integrated into traffic control network systems. Introduction of support for positioning control of Videotec's PTZs from maritime traffic radar interception systems (VTM - Vessel Traffic Management - systems). It is now possible to order ULISSE EVO and NVX models that do not have ONVIF Profile-Q to comply with specific requirements of some certifications regarding the request for username and password when the system is opened. These models will still have ONVIF Profile-S and Profile-T. New regulation parameters to achieve greater accuracy and reliability of temperature threshold alarms in thermal cameras. Ability to choose different colors for dynamic privacy masking. The new 3.0 firmware is only available if release 2.2.10 is pre-installed.
On November 2019 in Stockton, California, surveillance footage found that vandals shot out glass windows and doors in many places in a small business complex (FOX40). The intruders broke in only to leave with nothing, proving their intent was solely to vandalize the property. Meanwhile, it was reported that a trio of ATM thieves struck around 9 times across many different locations inside Brooklyn and Queens within just over a month in fall 2019 (ATM Marketplace). On average, the cost of vandalism to SMB is around $3,370 per incident (US Small Business Administration), including a staggering 692 vehicle vandalism claims per day. Likewise, the average cost of theft to SMB is about $300 per shoplifting incident and $1,500 per employee theft incident, which accounts for 38% and 34.5% of all theft instances, respectively (National Retail Security Survey). High-performance artificial intelligent systems can automate the monitoring tasks Vandalism and theft have proven time and time again to be inconvenient and deconstructively harmful towards SMB. However, these financial burdens can be prevented with the use of the right security system. AI-based security systems with Deep Learning contain many features that many SMB owners find advantageous in their pursuit to stop unwarranted and unwanted money loss. Intrusion And Loitering Detection The first of many features that can help with vandalism and theft prevention is Intrusion Detection. High-performance artificial intelligent systems can automate the monitoring tasks for high-risk sites to provide a high level of security and security personnel monitoring efficiency. Traditional intrusion detection systems detect objects based on size and location, but they do not recognize the type of objects. Now, Intrusion Detection (Perimeter Protection) systems with cutting-edge, built-in AI algorithms to recognize a plethora of different object types, can distinguish objects of interest, thus significantly decreases the false-positive intrusion rate. The more advanced AI-based systems, like those we offered at IronYun, enable the users to draw ROIs based on break-in points, areas of high-valuables, and any other preference to where alerts may be beneficial. Similarly, AI Loitering Detection can be used to receive alerts on suspicious activity outside any given store. The loitering time and region of interest are customizable in particular systems, which allows for a range of detection options. Advanced loitering detection software as such can detect and trigger real-time alerts for both people loitering and/or vehicles that are illegally parked in certain areas of interest. A benefit, which only certain advanced systems contain, is the ability to send trigger actions to 3rd-party systems in reaction to receiving an alert of loitering and/or intrusion detection. These trigger actions can be set to contact authorities immediately and/or trigger a scare tactic alarm or announcement to intruder/loiterer. Certain Face Recognition and License Plate Recognition software can record individual people/vehicles Face And License Plate Recognition In addition to the activity detection solutions, certain Face Recognition and License Plate Recognition software can record individual people/vehicles and use pre-configured lists to identify particular faces or plates that may be of interest, such as those in watchlists. These systems can also enable the users to upload images of faces not in the lists and search for them in the camera recording. For instance, if a person is detected several times loitering outside a store, one may save one of the detection photos into the watchlist, and set up an alert when said face is recognized again outside the building in the future. The alerts will help to deter and prevent vandalism or theft, and notify the authorities to the scene before the troublemaker completes the act. The main attributes of high-performance Face Recognition systems which maximize assistance with vandalism and theft management include: Face match rate > 90% with good camera angles and lighting. Processing multiple streams and multiple faces per image. Live face extraction and matching to databases of thousands of faces within 3 seconds. State-of-the-art AI security software with Deep Learning allows the user to no longer need to install special LPR cameras If the watchlist individual is wearing a mask or their face is not in view of the camera, their license plate may be a good indicator. If a particular car is detected several times loitering in the parking lot or street outside a store, the user can set the alerts for such car to get notified in the future. With an AI solution like this, common street cameras should be equipped with LPR capabilities. So, state-of-the-art AI security software with Deep Learning allows the user to no longer need to install special LPR cameras. High-Performance Alert Mechanisms A high-performance AI solution, in addition to having high accuracy, should be able to: Easily integrate with 3rd-party systems Work well with all ONVIF IP cameras including infrared and thermal ones (for Intrusion detection) Analyzes video streams in real time and trigger alerts within a few seconds Send alerts to multiple VMSs, connect with signaling devices such as loud speakers or flashing lights Send email notifications to security staff and police departments Send notification on mobile device using AI NVR mobile app Maintains a record of all alerts to provide evidence of intrusion and loitering instances for police and insurance agencies. To assist in theft and vandalism prevention, AI-based security systems with deep learning will do all of the tedious work for you. Their low cost and high performance also make them the most accessible security solutions in the market with large return on investment. Stopping crimes is a difficult, ongoing challenge, but with the right AI software, business vendors and police departments can do so with more ease.
In today’s market, efficient use of bandwidth and storage is an essential part of maintaining an effective video surveillance system. A video management system’s ability to provide analysis, real time event notifications and crucial image detail is only as a good as the speed and bandwidth of a surveillance network. In the physical security industry, H.264 is the video compression format used by most companies. Some companies also employ H.264 enhancements to compress areas of an image that are irrelevant to the user at a higher ratio within a video stream in order to preserve image quality for more important details like faces, license plates or buildings. The H.265, H.264’s successor, will be increasingly used for compression in the future. Some companies are already using H.265 in their cameras and video management systems, while a host of other manufacturers are certainly preparing for its broader adoption in the years to come. Video Compression Technologies Reduced bandwidth and storage requirements are the primary benefits of video compression technologies Reduced bandwidth and storage requirements are the primary benefits of video compression technologies. In some cases, H.265 can double the data compression ratio of H.264, while retaining the same quality. Increased compression rate translates into decreased storage requirements on hard drives, less bandwidth usage and fewer switches – all of which reduce overall costs of system ownership. H.265 compression delivers a lower bitrate than H.264, which is relevant to end users and integrators because the lower bitrate reduces strain on hardware and can reduce playback issues. It’s very important that the compression format that is used is supported in all of the different components of a system: cameras, desktop computers on which the VMS is running and the VMS itself. It is also good for end users and integrators to understand the basics of video compression. Having a basic understanding of compression allows users to tweak settings to reduce bandwidth usage even more. Many cameras come with default settings that can be changed to ultimately reduce costs. ONVIF Physical Security In the physical security industry, ONVIF is working to incorporate into its specifications the use of new formats such as H.265 but is not directly involved in developing the compression standards themselves. With Profile T, the new ONVIF video profile released will employ a new media service that is compression agnostic. This means that it can support new video compression formats, including H.265, as well as new audio compression formats, with the ability to include new video and audio codecs as needed in the future without having to redesign its media service. In the physical security industry, ONVIF is working to incorporate into its specifications the use of new formats such as H.265 Standardization organizations that are directly addressing new compression standards include the International Telecommunication Union (ITU), the Moving Picture Experts Group (MPEG) and a joint commission of the International Organization for Standardization (ISO)/International Electrotechnical Commission (IEC), which is addressing the coding of audio, picture, multimedia and hypermedia information. Other compression formats on par with H.264 and H.265 are being developed by companies such as Google. H.265 Compression Formats Using products that employ H.265 compression will reduce costs through bandwidth reduction, as will changing default settings on cameras, which are often conservative. Having a basic understanding of compression formats and how to tweak camera factory default settings also gives integrators the ability to further reduce bandwidth for added costs savings and increased system performance. These enhancements will analyse which parts of an image are most important and adjust local levels of compressions accordingly It is also worth noting that H.265 enhancements will likely be developed by camera manufacturers to further reduce bandwidth, as was the case with H.264. These enhancements will analyze which parts of an image are most important and adjust local levels of compressions accordingly. While H.265 itself is ready for prime time, its value as a tool for IP-based surveillance systems is dependent on support for the codec in all parts of the system – the VMS, server hardware, graphics cards and camera. Though widespread H.265 adoption is predicted, providers of these components are jumping on the H.265 bandwagon at different rates of speed. ONVIF is including support for H.265 in its new video profile, Profile T, because it believes it will become the most widely used compression format and ONVIF recognizes the need to anticipate that migration as a future need of the industry. The new media service, which will be implemented with Profile T, will be future-proof in that when new compression formats are released in the future, ONVIF can adopt them very quickly. That flexibility will definitely help integrators.
It's no secret that one of the next market segments to see exceptional growth nationwide is somewhat non-traditional: cannabis. The global cannabis market is projected to reach $60 billion by 2024, according to Ameri Research, fueled by the increasing legalisation and decriminalisation across much of the United States. It is estimated that 22 million pounds of marijuana are grown each year in the United States, with 80 percent coming from California, Tennessee, Kentucky, Hawaii and Washington, according to Mother Jones. Unlike other products, this commodity is valuable from the moment the seeds go in the ground to the exchanging of money for end-user products - and at every point in between.Within large greenhouses, 360-degree cameras that show a wide field of view are essential for cannabis protection From seedlings to selling, securing every point within the supply chain is vital to the assets being distributed, and companies are now realising how lucrative this endeavor can be. Critical to the success of the industry is keeping the merchandise secure and the workers safe. In this article, we explore each part of the supply chain within the cannabis market and address ways of implementing robust security measures. Plants, Fields And Greenhouses This is one industry where money actually grows on trees! When cannabis crops are planted either in greenhouses or in fields, security becomes critical, since the plants themselves are worth a significant amount of money. A single truckload can be worth hundreds of thousands of dollars, so securing the load is crucial to the process Producers don't want plants stolen – especially high-end varieties that garner a bigger profit when harvested and sold – and the size of the plants make theft a greater possibility. Video surveillance becomes vital at this point and can be used in a variety of ways. Within large greenhouses, single cameras that can cover a wide expanse of space, such as cameras that offer 360-degree views, are essential and can provide more coverage with less investment overall than traditional narrow field-of-view cameras.Advanced technology, such as unmanned aerial vehicles (or drones), are also being used in open fields in an effort to protect these plants. Comprehensive video surveillance becomes the main tool for thwarting cannabis theft and addressing incidents as they arise Transportation And Protection Once the plants are mature enough to be harvested, they must be transported to a production facility where they are either dried or cured based on the needs of the grower, as well as processed and transformed into edible products to be sold at retail locations. There are already a range of companies that specialize in keeping these crop yields safe while they are transported: think Brinks armored transportation used for cash, but for cannabis. A single truckload can be worth hundreds of thousands of dollars – if not more – so securing the load is crucial to the process. Losing one of these loads can lead to large-scale losses for a producer. Surveillance equipment that can withstand sanitation standards and power-washing is paramount for effective protection After being transported, cannabis must be processed. In these environments, where strict handling processes are in place, surveillance equipment that can withstand sanitation standards and power-washing is paramount. This requires camera enclosures that are rated for resistance to high-pressure water jets, dust and vandalism/tampering. Since edible processing requires stringent regulations be followed, it becomes more critical for security managers to identify solutions that carry the NSF Mark, making them compliant with standards set forth for commercial food equipment in North America, or the HCV EU, the equivalent in Europe. Many of these locations handle and store large amounts of cash since customers have to pay with cash Retail Protection As the final products come out of processing and go into storefronts to be sold by retailers in States that have recreational or medical facilities, there's another level of security that must be in place to protect these transactions. But careful considerations must be made. Traditional security tags cannot generally be used because of the small size of many of the end products, making it more difficult to track with tracking devices. Traditional security tags cannot generally be used because of the small size of many of the end products In this instance, comprehensive video surveillance becomes the main tool for thwarting theft and addressing incidents as they arise. In these locations, a loss prevention or security officer has to be an integral part of the team. Another consideration is the careful screening of the potential employees. Since the federal government doesn't recognize cannabis producers and retailers, banks that are federally insured through the FDIC don't accept money from these establishments, meaning that many of these locations handle and store large amounts of cash since customers have to pay with cash. There must be security measures in place for these kinds of transactions, including the ability for video surveillance to be played back instantaneously in the event of an incident at a cash register. The cannabis market comes with a variety of challenges at each and every step of the operation, from growing to transport to production and sales. Video surveillance and business intelligence solutions are ideal for these applications, and as the market grows, more and more security companies will look to cater to the market.
The Physical Security Interoperability Alliance (PSIA) was founded in 2008 with a goal of creating ‘plug-and-play interoperability’ among physical security devices, systems and services. Since then, the organization’s mission has both expanded to include logical security and focused more narrowly on identity, a critical aspect of security today. In recent years, PSIA has concentrated on its PLAI (Physical Logical Access Interoperability) specification, which provides a means to enable disparate physical access control systems (PACS) to communicate to each other and share employee identity data. This is especially important for companies who have made acquisitions and inherited different incompatible PACS systems. “PLAI can unify a security environment through one trusted source, even if there are multiple PACS systems,” says David Bunzel, Executive Director of the Physical Security Interoperability Alliance (PSIA). Bridge between disparate PACS The PLAI specification provides a bridge between disparate PACS, allowing a single trusted source for identity management. Leading PACS vendors including JCI (Software House), Lenel, and Kastle Systems and biometric vendors including Eyelock, Idemia, and Princeton Identity, have each implemented PLAI adapters, supporting this specification. AMAG will have their adapter in the coming months, and Honeywell and Siemens have it on their road maps. At ISC West last April, PSIA was able to demonstrate five of these vendors sharing records and the ability to add and terminate an employee and have it updated across each PACS and biometric system. PSIA was able to demonstrate five of these vendors sharing records at ISC West last April The Physical Security Interoperability Alliance (PSIA) has evolved from supporting physical security to also integrating logical security. Access to facilities and secure areas of buildings is increasingly dependent on software and hardware systems which can validate a person’s identity. “The PSIA has chosen to focus on interoperability between identity management systems and access control devices,” says Bunzel. “We have successfully demonstrated the technology, and it is now being specified by consultants, integrators and enterprise customers in actual security systems. We expect to see some large companies announcing PLAI implementations in the next quarter.” Open standards processes PSIA relies on an open standards process, with collaboration among leaders in the various parts of the security industry. Specifications are architected, discussed, drafted, and reviewed by members of the organization in technical committees. The process is dynamic, with periodic updates added, which will improve and enhance the specifications as appropriate. The PSIA has focused on identity management for enterprise customers, says Bunzel. “We have active members who make devices that support access hardware (for example, locks and biometric systems) who by design complement PACS vendors and HR management systems.” PLAI also enables a variety of services for enterprise customers that may rely on a security credential" “We continue to add more PACS and biometrics vendors to the PLAI ecosystem, expanding the value of the specification in the market,” says Bunzel. “PLAI also enables a variety of services for enterprise customers that may rely on a security credential, including printing services, parking, and facility management. In the near future, the PSIA expects to extend PLAI into elevators. There are other identity management capabilities, and the PSIA will evaluate opportunities as the market demands them,” says Bunzel. In addition to PLAI, PSIA has several ‘legacy’ specs, but they are not actively working on further iterations. PSIA could always consider new development on legacy specs if the market demanded it. Some legacy specs address video, and security cameras often work with access control systems. However, PSIA currently is leaving video to ONVIF. The near-term direction and plan for the PSIA is to focus on PLAI and its commercialization.
Whether it is video analytic platforms to monitor traffic patterns or cameras deployed to help law enforcement ensure public safety, many cities are looking at advancements in video technology. Upgrade costs and technology compatibility issues are often front-and-center when it comes to blending new technology with existing infrastructure. For example, if the city law enforcement officials want to improve video camera image quality, which can improve the evidentiary value of footage in prosecutions, they may look at newer HD or IP-based video systems. Upgrading To A Hybrid DVR System Applications include perimeter monitoring, public parking, city transportation, square/town safetyTo stretch a tight budget, a migration plan to an IP-based camera system could be phased in over time by centering the upgrade on a new hybrid DVR system. This way, both existing analog and newer IP-based cameras can be hooked into the system. For example, Hikvision’s Smart City Solutions include systems for government services, transportation and traffic management, or any combinations of these. Applications include perimeter monitoring, public parking, city transportation, square/town safety and temporary surveillance. Data capture form to appear here! Heart Of City Strategy Dahua Technology, a video-centric smart IoT solution and service provider, has introduced its ‘Heart of City (HOC)’ strategy, which is in line with the top-level design experience from hundreds of city projects. The strategy is based on the maturity of five technologies – artificial intelligence (AI), big data, cloud computing, IoT and 5G. The combination will enable the evolution of smart city 3.0 and bring great changes to our life, according to Dahua. A 300-plus camera city center video surveillance scheme in the UK city of Lincoln has been installed and commissioned using Dahua's cameras, monitors and switching equipment A 300-plus camera city center video surveillance scheme in the UK city of Lincoln has been installed and commissioned using cameras, monitors and switching equipment from Dahua Technology. The design of the new all-wireless encrypted system was based around delivering flexible technology, reducing the total cost of ownership, ease of installation, lower maintenance requirements, smart edge analytics and remote connectivity. Future-Proof Radio Network Design Environmentally friendly aspects of the project included specifying lower-energy equipment, integrating remote support and recycling hardware wherever possible. The installation of the new IP full HD system and network is part of Lincoln’s smart city strategy – Vision 2020 – which seeks to harness new technologies to improve the lives of citizens. One of the results is the provision of free Wi-Fi in the city, working alongside the Dahua cameras using the same IP wireless network. Wearables are another new aspect of city surveillance system. For example, FLIR Systems, Inc. has announced FLIR TruWITNESS, a wearable sensor platform designed for city-level security and public safety operations. TruWITNESS combines video, audio, location data, Internet of Things (IoT) capabilities, and cloud and management software in one solution, allowing organizations to reach a new level of situational awareness. TruWITNESS is worn on an individual’s body or mounted inside vehicles and is designed for any public safety organization that requires on-scene, real-time mobile surveillance TruWITNESS is designed for any public safety organization that requires on-scene, real-time mobile surveillance. Worn on an individual’s body or mounted inside vehicles, TruWITNESS includes visible-video, audio, global navigation satellite system (GNSS), gyroscope, accelerometer and magnetometer sensors. These sensors combine to send alerts and stream data to a central command center in real-time to ensure full situational awareness and global event handling. Featuring FLIR Neighbor Aware inter-device connectivity, TruWITNESS acts as an IoT device, triggering nearby TruWITNESS devices, fixed and motorized Pan-Tilt-Zoom (PTZ) security cameras, and other connected sensors to act upon an alarm event. TruWITNESS becomes a key component of FLIR Systems’ Video Management System, United VMS, which command centers use to manage video surveillance. United VMS combines video, audio, and other related data and makes it available for real-time situation management and forensic purposes. Video Analytics For Crowd Monitoring Crowd monitoring video analytics solutions continuously monitor vast areas instantly alerting police of any overcrowding areas. Qognify’s crowd monitoring video analytics solution was successfully used during the Maratha Morcha in the city of Kolhapur, India, on October 15th, 2016. The system monitored approximately one million protestors through 165 cameras installed across city. Smart threshold alerts were streamed directly into the control room while the crowd was building up, so that action could be taken before the crowd density reached dangerous levels, alleviating crowd safety and stability. Crowd monitoring video analytics solutions monitor vast areas instantly alerting police of any overcrowding areas At the core of the solution is Situator, Qognify’s advanced PSIM/Situation Management solution, which manages a myriad of security systems and sensors, including Qognify’s video management solution, from a newly built state-of-the-art Command and Control Center. Security operators and officials have advanced situational awareness of what is happening in their city and where. Automated, pre-defined Standard Operating Procedures (SOPs) were designed, in the local language Marathi, for handling routine security incidents as well as disaster management, ensuring that the most effective response is initiated, and procedures are executed in a consistent manner. Maintaining Law, Order And Safety Qognify also implemented its Safe City solution in Navi Mumbai, a planned township that was established to handle the population overflow from the overcrowded and ever-growing city of Mumbai, India. Together with CIDCO (City and Industrial Development Corporation, the agency established for managing the new city) and system integrator WIPRO, Qognify designed an integrated and holistic solution that helps Navi police to maintain law, order and safety. Qognify’s Video Management Solution controls hundreds of surveillance camerasAs a planned township, Navi Mumbai officials have the benefit of operating in a modern environment, allowing them to maximize Qognify’s Safe City solution. The Qognify Situator is an advanced Situation Management platform, and Qognify’s Video Management Solution controls the hundreds of surveillance cameras throughout the city. Role Of Standards In Smart Cities “Standards can assist in successfully deploying a comprehensive [safe cities] system with multiple technologies into a single, cohesive entity,” said Per Björkdahl, Chair of the ONVIF Steering Committee. “With the ability to integrate various sensors and data from many different devices synthesized through one interface, government officials and law enforcement are afforded a more complete picture of their city’s security.” Deployment Of Facial Recognition Technology Live video streaming within the smart and safe city’s infrastructure means video’s capabilities can go beyond simple evidence recording and evolve into a tool that allows operations teams to monitor and remediate against incidents as they are happening. Facial recognition technology can be added on to any video surveillance camera that is recording at a high quality This can be taken one step further with the deployment of facial recognition via live streaming video. Facial recognition technology can be added on to any video surveillance camera that is recording at a high enough quality to identify faces. The technology works by capturing video, streaming the live video back to a control center and matching faces against any watch lists that the control center owns. Importantly, the data of people who aren’t on watch lists is not stored by the technology. This technology can work to make the city safer in a number of ways. For example, facial recognition could spot a known drug dealer in a city center where they weren’t supposed to be, or facial recognition could identify if a group of known terror suspects were visiting the same location at the same time, and this would send an alert to the police. Read parts one and three of our Smart Cities miniseries.
IFSEC International 2018 kicked off last week at London’s ExCel Centre. Visitors were lucky enough to experience a rare three days of British sunshine as they came together to discuss the latest trends and technologies in the physical security industry. Many exhibitors commented on how the show seemed smaller than previous years, with stands more spread out, and fewer ‘double-decker’ offerings than earlier shows. Although exhibitors represented all aspects of physical security, including access control and intrusion detection, the show was largely dominated by video surveillance. Video manufacturers Avigilon and Dahua were key sponsors, while the largest stand by far was occupied by Hikvision. Rather than hosting large product portfolios, exhibitors chose to demonstrate how integrated solutions could provide a more holistic solution If stands seemed more modest than in previous years, this may be a reflection of the industry shifting away from its long-standing product focus. Displaying large product portfolios takes more exhibit space. In an increasingly commoditized market, security integrators are combatting price erosion by emphasizing holistic solutions rather than products and features. While some manufacturers have responded by collaborating with partners to offer a broader portfolio of solutions, others have invested in building end-to-end systems. Both these trends were reflected at the show; rather than hosting large product portfolios with a wide range of features, exhibitors chose to demonstrate how integrated solutions could provide a more holistic solution to end users’ challenges. Integrated Systems Approach One manufacturer opting for a solutions focus was security, access control and door entry systems provider STANLEY Product and Technology. The stand was represented by a range of STANLEY brands including PACOM and PAC GDX, as well as technology from recent acquisition 3xLOGIC. The PACOM team was on hand to demonstrate integrations of PACOM’s Graphical Management System (GMS) with workflow management software from RightCrowd, and biometric authentication products from EyeLock. PACOM Systems’ Commercial Director Gary Rowden explained that the stand was designed specifically to showcase all of STANLEY’s brands and partners in one place, encouraging customers to buy into the STANLEY solutions approach, rather than focusing on specific products. The show was largely dominated by video surveillance, with video manufacturer Avigilon a key sponsor Connecting With Partners Another company emphasizing partner solutions was Milestone Systems. Milestone’s Vice President for EMEA, Malou Mousten Dyhr Toft, who joined the company in March, explained how IFSEC International continues to be a key show. It was an opportunity to meet with Milestone’s expansive community of existing partners, as well as connecting with new partners and end users. Milestone hopes to enable community customers to process more video data with fewer servers, increasing scalabilityIn February this year, the company launched the Milestone System Builder initiative, allowing partners to optimize their hardware to pre-load Milestone’s XProtect VMS software. Several system builder partners were present at the Milestone stand. By collaborating with NVIDIA, Milestone hopes to enable community customers to process more video data with fewer servers, increasing scalability and reducing the total cost of ownership of its partner solutions. The stand showcased Milestone’s latest XProtect 2018 R2 VMS that leverages NVIDIA’s high-powered graphics processing units (GPUs), which can handle up to 2,000 video streams on one single server. Commitment To Open Systems MOBOTIX took this year’s IFSEC International as an opportunity to spread the word about its increased commitment to open systems. Since the company’s majority acquisition by Konica Minolta in 2016, and the subsequent addition of CEO Thomas Lausten last year, the company has undergone a significant change in approach, all-the-while guarding its core decentralized IP video product offering and made-in-Germany DNA. Lausten was previously a key figure at Milestone Systems and has brought to MOBOTIX a new approach focused on collaboration. Partners present at the MOBOTIX stand included Milestone, Kentix and Wavestore. The company also demonstrated its commitment to open systems by unveiling MOBOTIX MOVE, the manufacturer’s first line of ONVIF G compliant cameras. Visitors were lucky enough to experience a rare three days of British sunshine at IFSEC International this year Security system provider Vanderbilt had many new developments on show, including integrations both within Vanderbilt systems and with partner systems. The company’s SPC intrusion detection system now integrates with Milestone software, allowing SPC users to trigger events and control alarm systems from within the Milestone platform. A further highlight was Vanderbilt’s ACTEnterprise access control system, which now integrates with ASSA ABLOY’s Aperio wireless locking solution. Vanderbilt hopes that the integration will provide customers with faster, more cost-effective access control installations.Vanderbilt hopes that the integration will provide customers with faster, more cost-effective access control installations Reducing Costs, Increasing Ease-Of-Use Many exhibitors were keen to demonstrate how integrated solutions could reduce costs for integrators by unifying systems on one easy-to-use platform. Arecont Vision unveiled its new Contera cloud-based video management solution at ISC West in April, making IFSEC the technology’s first outing in the European market. Contera is Arecont’s first video management offering and will allow customers to benefit from end-to-end solutions from the US-based company. Since the Contera system is designed to be web-based from the start, integrators will not be faced with the additional cost of adapting a legacy VMS system to the cloud. IDIS was another manufacturer highlighting their enhanced user experience and reduced cost offered by end-to-end systems. Visitors experienced demonstrations of the IDIS Center video management software, which is designed to offer smart user experience controls, and a user-friendly interface. Also on display were the company’s latest ranges of analog and IP cameras. The IDIS system allows users to ‘mix-and-match’ HD analog and IP video depending on the requirements of the project, with all surveillance operated from the same IDIS software interface. The mix-and-match approach avoids the additional cost of unnecessarily ripping and replacing legacy analog systems. IFSEC 2018 presented a snapshot of how manufacturers from across video, access control and intrusion detection are continuing to innovate and collaborate to stay competitive in an increasingly challenging market, without losing sight of the most pressing needs of end users and integrators.
When it comes to airport security, there is a critical need for technologies that detect exterior threats and protect the perimeter. By using an advanced FLIR perimeter intrusion detection system, airports receive unmatched threat recognition, target tracking, perimeter defense and response capabilities. The result is greater efficiency, exceptional safety and enhanced customer experience for passengers, employees, aircraft and facilities. Norman Y. Mineta San Jose International Airport (SJC) is the gateway to Silicon Valley, providing transportation to 15 million passengers annually. SJC is recognized within the industry as one of America’s fastest‐growing major airports over the past four-year period, based on percentage increase in passenger seat capacity. Perimeter security upgrade Located in San Jose California, SJC is a robust engine of economic stimulus, transportation and international commerce. The airport is within an 18-mile radius of 6,600 technology companies in Silicon Valley and serves travelers employed by many of the world’s Fortune 500 enterprises, including Apple, Google, Facebook and Intel. Ensuring secure operations is critical to the success and customer experience of SJC users. The airport occupies 1,050 acres of land and its perimeter spans six miles. With such a vast property and a high throughput of traffic, protecting the perimeter from external threats is essential. Driven by high-profile intrusion incidents, perimeter security has become a top priority for airports in recent years. From 2004-2016, there were 345 perimeter breaches at 31 major U.S. airports, according to a report by the Associated Press. Like many airports around the country, SJC also faced challenges and crises of illegal trespassing of unauthorized individuals, despite the airport meeting all federal security regulations. This raised concerns about passenger safety. Mineta San Jose International Airport With a heightened need for better perimeter protection, SJC launched a multi-million dollar, three-phase initiative to upgrade its entire outdoor perimeter security system. The first two phases focused on physical upgrades to the fence line, raising 10,000 linear feet of fence from seven feet to 11 feet in critical areas of the airport. FLIR Elara FC-Series ID, ioi HD Analytics, Triton PT-Series cameras with FLIR Latitude Network Video Management System FLIR Elara FC-Series ID, ioi HD Analytics and Triton PT-Series cameras with FLIR Latitude Network Video Management System provide multiple layers of protection. Phase three was designated for fence technology enhancements through state-of-the-art video surveillance and detection systems. “In response to the cluster of perimeter breaches within a relatively short time period, our evaluation showed that the airport perimeter, with its seven-foot-tall fence, was indeed technically in compliance with current federal security requirements,” said Airport Deputy Director of Operations Bob Lockhart. “However, we also recognized some opportunities to improve the effectiveness of our perimeter, both from a perception perspective, as well as an actual strengthening of some of our perimeter,” he continued. Trial with various security solutions To find the best fence line analytic detection technology, SJC consulted National Alliance for Safe Skies, Inc. (Safe Skies), which is a federally funded non-profit organization that assists airports in the research, testing and evaluation of security technologies. SJC’s partnership with Safe Skies began in 2014 when the non-profit first discussed the airport’s perimeter security needs. Safe Skies was later tasked to review a variety of perimeter defense systems to determine what solutions would be most effective at SJC. Safe Skies tested and evaluated six different types of technology on-site including, thermal cameras, thermal cameras with video analytics, behavioral video analytic systems, pressure sensor buried cables, laser detection systems and wireless cameras. Each system was tested for two weeks, and Safe Skies presented a performance report to SJC for each one. After a detailed analysis, SJC selected an end-to-end perimeter intrusion detection system (PIDS) from FLIR Systems Inc. FLIR PIDS solution The FLIR PIDS solution is composed of 57 FLIR Elara FC-Series ID thermal analytic cameras and 50 FLIR ioi HD Analytics Bullet cameras along the fence line. The system also includes four FLIR Triton PT-Series dual sensor cameras with thermal and visible light sensors with pan-tilt tracking. For the SJC deployment, Latitude VMS integrates with the Software House’s C-CURE access control platform All of this technology fully integrates into the existing FLIR Latitude Network Video Management System, which is part of the FLIR United VMS family of products. As an ONVIF Profile S compliant platform, Latitude VMS enables seamless integration with edge devices and third-party systems. For the SJC deployment, Latitude VMS integrates with the Software House’s C-CURE access control platform. Distinguishing between an animal and human “The additional thermal and infrared camera coverage has greatly enhanced our abilities to detect unauthorized activities around the perimeter of our airfield,” Lockhart explained. Ken Castle, Vice President of business development at Ojo Technology, the systems integrator for the project, also described the advantages of the FLIR thermal technology. “Thermal cameras provide the data and visual confirmations that are lacking from so-called traditional fiber-based ‘shaker fence’ systems, which generate alarms when objects strike a fence or something creates vibration,” Castle explained. “The problem is that such alerts could be caused by dogs, wildlife, bicyclists bumping into the fence, tree branches or winds—none of which pose security threats.” Castle continued, “With thermal cameras, the embedded analytics can immediately distinguish between an animal at 50 yards and a human at 300 yards, following their direction of movement. The viewing trajectory can be narrowed to cover just the fence, or widened to include territory in front of or behind the fence. The bottom line is that thermal analytics provide definitive visual information and virtually eliminate unnecessary or inconsequential alerts.” Thermal cameras continue to be the industry standard for 24/7 perimeter monitoring and the technology is a key part of SJC’s PIDS solution. Installation of a perimeter fence technology system In September 2016, the U.S. Department of Transportation and the Federal Aviation Administration awarded SJC an $8.1 million grant for the design, purchase and installation of a perimeter fence technology system. Deployment of the FLIR PIDS solution began shortly thereafter. The project had an initial 150-day or a five-month turnaround with work beginning around the holidays in December 2016. As the systems integrator, Ojo Technology oversaw the phased commissioning of the project. Ojo engineers preconfigured the cameras and servers, programmed the analytics for all thermal cameras, tested the functionality of each camera under a variety of lighting conditions, and worked with the airport security command center and its systems subcontractor to incorporate the new cameras into the existing network. Installation was completed in the fall of 2017, and, afterward, Ojo worked closely with FLIR and SJC to fine-tune the system for optimal functionality. Integrator for PIDS “With such an aggressive schedule, Ojo Technology was instrumental in seeing the PIDS solution deployment through,” said Daniel Gundlach, Vice President and General Manager of security at FLIR. “Likewise, the collaboration, technical skill and ingenuity among the FLIR, SJC and Ojo teams was remarkable and a key reason why the project is such a success.” Upon detection of an object approaching the fence line, the FC-Series ID thermal camera, initiates an analytic alarm hand-off “The success of a technical solution like the San Jose Airport PIDS project is dependent upon a strong partnership among all participants—from FLIR as the manufacturer to the integrator to the end user,” said Neil Roberts, FLIR security director for the PIDS deployment. “In this case, all parties were committed to seeing this project through to the end and addressing any technical needs that arose along the way.” Threat recognition and response The advanced FLIR PIDS solution is designed to deliver superior threat recognition and response. Upon detection of an object approaching the fence line, the FC-Series ID thermal camera, initiates an analytic alarm hand-off to the PT-Series camera for auto-tracking. The FLIR HD cameras provide a color visual of the target for identification and verification. Through Latitude VMS, security operators manage response capabilities such as alarm functions, notifications and real-time interactive alarm maps. Video monitoring with perimeter intrusion detection “SJC has used FLIR cameras and Latitude products for many years,” said Lockhart. “We appreciate our FLIR end-to-end solution and the ability to expand our current camera system with new perimeter cameras to enhance our current video monitoring and provide additional perimeter intrusion detection.”The safety of passengers, airline employees and service workers is greatly enhanced" A defining feature of the airport’s PIDS solution was that all technology components were provided by FLIR, which created an advantage for integration and solution performance. Open platform software management system “An all-FLIR system provided a tight integration to accomplish the goal of heightening security for the airport,” Castle said. Castle continued, “In theory, an open platform software management system can accommodate a variety of camera manufacturers and models in addition to ancillary security systems such as access control, intrusion alarms, public address and intercom systems, and blue light emergency phones. However, in actuality, the integration of various third-party components can be challenging as different brands of firmware in varying camera models and manufacturers don’t always provide consistent levels of performance, such as resolution and other features. This can be avoided entirely by deploying one end-to-end solution from a single manufacturer.” “The upfront and early design services that FLIR offers through sales support engineers and through our Raven Site Planning Tool help reduce the risk of non-conformance and ensure design stays on budget. The end result is optimal system performance and peace of mind,” Roberts from FLIR explained. “At FLIR, we strive to be the airport’s trusted partner not just for today’s security needs, but also for the future.” Enhanced security and safety at the airport “The solution provides ongoing visibility of vehicle and cycling traffic along the outer fence line, as well as the movement of aircraft, cargo loaders, delivery trucks and service vehicles within the perimeter,” Castle said. He added, “Bottom line is that the safety of passengers, airline employees and service workers is greatly enhanced, and the expanded situational awareness gives the airport more options for responding to potential areas of concern.” Having successfully implemented a robust FLIR PIDS solution to protect the airport perimeter, SJC plans to execute more security improvements on the interior side of the airport. Future upgrade SJC has a robust network of security cameras throughout ticketing areas, Transportation Security Administration entry points, terminals, concourses and additional newly built airport areas. The airport is continually evaluating camera locations for upgrades to newer equipment to provide increased coverage or higher resolution camera views. Storage archivers and updated client workstations are also planned for as budgets get approved. By partnering with FLIR, SJC is able to utilize the advanced technology available on the market to provide safety and security and ensure the airport remains a thriving transportation hub that attracts new travelers.
FLIR PT Series cameras were used in a surveillance project to detect and monitor illegal fishing and poaching activities along the Spanish Galician coast. The FLIR thermal imaging cameras combined with maritime video analytics from Gradiant were ideal for spotting illegal vessels on a 24/7 basis and at a long range. The vastness of the Galician coastline and the multitude of fishing and farming activities call for a more automated surveillance approach. Fishing, shellfish harvesting, and marine aquaculture - mainly mussel farming in inshore waters are important economic activities in Galicia (northwest of Spain). Local public authorities strictly control these activities to prevent exploitation, fish stock depletion and resulting economical losses. They are fighting a constant battle against this unfair and illegal competition that affects thousands of professionals who make a living from the fishing and seafood industry. Challenges of coastal monitoring Illegal fishing and poaching has an enormous impact on the environment and food safety Illegal fishing and poaching of seafood resources also has an enormous impact on the environment and food safety; especially during periods of toxic algal bloom (red tides), when fishing conditions are hazardous for public health. The detection of unauthorized fishing and shellfish harvesting is of paramount importance for the Galician authorities. However, monitoring and protecting all of Galicia’s inshore and offshore fisheries, shellfish harvesting areas, and marine aquaculture farms is a challenging task. Galicia has 1,200 km of coastline. Its protection involves the surveillance of activity in 122 ports, including around 5,000 fishing boats, 400 beaches dedicated to shellfish harvesting, and 47 mussel aquaculture farms, with a total of more than 3,000 bateas (floating mussel farms). Long-range thermal imaging Moreover, most illegal activity takes place at night, making it extra difficult for law enforcers to detect any type of vessel. The Galician climate does not help either. With an average of 128 days per year of rain, visibility conditions are usually not ideal for surveillance operations. Manned surveillance patrols can only do so much; they are hindered by the climate and visibility conditions, making it impossible (from a practical and financial standpoint) for coast guards to cover the entire Galician coastline. In 2017, the Galician Coast Guard started a project to test video surveillance of the coastline based on thermal imaging cameras. The pilot included the use of FLIR’s PT Series multi-sensor camera, combined with maritime video analytics software from Gradiant (Pontevedra, Spain). Multi-sensor installation FLIR thermal images were enhanced by Gradiant’s intelligent video analytics software for maritime applications The multi-sensor installation was extensively tested on two different locations along the Galician coast. One set-up was used to monitor illegal vessels on coastal waters at short/medium range, while another set-up was used for long-range monitoring. The PT Series thermal cameras allowed the Galician Coast Guard to monitor the required area over a long range on a 24/7 basis, even at night and in adverse weather conditions. In addition, the FLIR thermal images were enhanced by Gradiant’s intelligent video analytics software for maritime applications. This software is specifically adapted for monitoring coastal environments and allowed the coast guard to detect, track and geo-localise people and vessels, including small wooden and plastic boats. Visible-light camera The software enabled the thermal cameras to detect objects and people despite adverse maritime conditions, such as high waves, low contrast due to low light, fog and rain, reflections on the sea surface, camera vibrations, and the presence of distractors, such as birds and vessel wakes. The FLIR PT Series is a high-performance multi-sensor pan/tilt security camera, incorporating an uncooled thermal camera with sensitivity of <35mK and a visible-light camera with 36x optical zoom. While the thermal camera is used to detect threats over a long range based on their heat signatures, the visible-light camera can be used for verification and identification. Long-range surveillance The requirements for this long-range application were extremely challenging for any thermal camera" “FLIR is the reference for long-range surveillance applications with thermal imaging,” says José Antonio Rodríguez, Head of Video Analytics at Gradiant. “The thermal performance of the camera and the fact that this technology is easy to set up makes it ideal for this type of application. In addition, FLIR supported us from the start for lens selection, calibration of the system and much more.” “The requirements for this long-range application were extremely challenging for any thermal camera,” says Nikitas Koutsourais, Product Marketing Manager at FLIR Systems. “Thanks to the FLIR PT Series’ unique thermal sensitivity of less than 35mK, we could provide the best image performance in the market.” IP video streaming Two different configurations were used in this application. The long-range surveillance station used a FLIR PT-606 camera, and was able to detect a rubber inflatable boat at 4,000m. Despite its narrow field of view, this camera allowed for wide coverage thanks to the high-precision pan/tilt unit. The camera was able to sweep a wide field of view span in a pre-programmed sequence of pan/tilt presets. The port surveillance station used a PT-625, offering a good compromise between detection range and field of view with a single pan/tilt preset. The integration of the video analytics software with the camera was easy thanks to IP video streaming and the camera’s ONVIF compliant interfaces for pan/tilt control. Long-range surveillance typically requires the use of lenses with a narrow field of view, which is a problem when you want to monitor wide areas. Coastal protection applications The FLIR thermal cameras provided the Galician coastguard with increased situational awareness However, the video analytics from Gradiant was able to take advantage of the Preset Sequencing mode of the FLIR PT Series. This allowed the coastguard to cover a wide field of view with a single camera and to perform video analysis on each pan/tilt preset. The FLIR thermal cameras provided the Galician coastguard with increased situational awareness and allowed them to respond much quicker to illegal fishing activities. The pilot project was performed in a realistic surveillance environment along the Galician coast and generated very positive results. The combination of a multi-sensor system with Gradiant’s maritime video analytics proved to be effective to deal with the intricate Galician coast lines and a lack of open view. In addition, this technology combination is a cost-effective alternative, making automated surveillance applications accessible for fish farm companies worldwide. Extremely rugged systems Finally, the PT-Series are extremely rugged systems, which makes them ideal for coastal surveillance, especially in an extremely humid environment such as the Atlantic coast of Spain. The system’s vital core is well protected against dust and water ingress, and complies with IP66 requirements.
When overseeing the installation of video surveillance in a refinery, it is necessary to understand that there are a number of complex issues that must be resolved. The infrastructure is, generally, very large and presents a series of extremely dangerous environments and processes that must be closely monitored in order to ensure that the numerous manufacturing operations taking place are carried out safely. Monitor large complex One of the customers in Mexico has asked for a system that enables them to monitor these complex operations in real time, so that precautionary action can be taken, if necessary. The system has to show the work that PEMEX staff and all suppliers within the processes area are undertaking in order to avoid risky situations and ensure that all jobs are performed in accordance with safety standards. In addition, the system needs to be able to show various parts of infrastructure, such as instruments, valves, pipes, etc. and detect any malfunctioning production equipment. In some places, production processes must be monitored as they occur in zones made hazardous by the presence of flammable substances. The customer’s top priority is being certain that the installed cameras themselves are not a possible ignition source for flammable products in the surrounding areas. Explosion-proof PTZ IP cameras The integrator REX ENTERPRISE S.A. de C.V. carried out two projects with these characteristics in Mexico: one in Coatzacoalcos, Veracruz and the other in Poza Rica, Veracruz. In Poza Rica, Milestone software manages the system’s 51 devices, including IP cameras for internal monitoring, analog cameras from a previous system and 22 explosion-proof PTZ IP cameras. Milestone has been chosen due to its ability to integrate a number of alarm systems, analytic systems, etc. in the future, as it wasn’t possible to fund and use the complete system at the time of installation. ONVIF protocol Videotec's explosion-proof PTZ cameras were selected for their unlimited lifespan, with three-year warranty, their corrosion-resistant construction and their conformation with all the applicable standards for explosion-proof devices. The integration of Videotec products and Milestone is guaranteed by the ONVIF protocol. ONVIF is a worldwide industry standard that offers standardized interfaces and promotes effective interoperability of physical safety products.
Airports, power plants, and data centers house mission-critical assets essential to everyday life. Without adequate physical security, these operations are at risk of intrusion and sabotage. The shutdown of any one of these critical infrastructure facilities would affect hundreds of thousands of people. Securing these entities from a physical breach starts by protecting the perimeter. While critical infrastructure sites pose their challenges for perimeter intrusion detection systems, new technologies, and solution integrations are addressing these pain points and enabling better detection, deterrence, and real-time response in the case of a threat. Trending technologies amplifying perimeter security Here are six trending technologies amplifying perimeter security for critical infrastructure: First-class thermal cameras - FLIR thermal cameras continue to remain the industry standard for 24-hour perimeter monitoring and are seeing strong adoption throughout the critical infrastructure sector. Greater thermal resolution, longer detection ranges, sophisticated edge analytics, and ONVIF compliance continue to distinguish premium choice FLIR thermal cameras from low-end options. Radiometric thermal cameras for business intelligence - Thanks to the emergence of artificial intelligence (AI) and machine learning technologies, critical infrastructure customers are looking for a return on investment beyond the traditional functionality of their security cameras. Electrical substations, for example, are deploying thermal cameras for intrusion detection and predictive maintenance. These sites are installing radiometric thermal cameras, integrated with temperature trending software, to identify issues with assets before a component malfunctions, overheats, or fails. Being able to prevent even one electrical fire can save the customer thousands if not millions of dollars in damages, liabilities, and insurance claims, well worth the cost of the solution. Radar for redundancy - Critical infrastructure facilities are deploying radar solutions to expand coverage beyond the fence line. Providing continuous coverage, a radar conducts a full 360-degree scan of a property every one to two seconds. Radio waves are undeterred by rain, fog, or other adverse weather conditions that hinder standard surveillance cameras, making them an ideal solution for rugged environments. Users are also increasingly pairing radar with thermal cameras to ensure redundancy and reduce false positives. If both the radar and thermal camera are alerted to the same event, remote operators can see it is likely a true alarm. Cyber-hardened features - Because network cameras and sensors are now standard for enterprise-class deployments, the need for perimeter security has extended beyond physical security to edge devices. In this digital age, it is imperative that cybersecurity precautions are put in place to safeguard the network and devices from cyber breaches. FLIR has focused its research and development in cybersecurity. Today, all new lines of FLIR cameras are built with cyber-hardened features. Standard cybersecure protocols for FLIR cameras include running penetration tests, eliminating backdoor accounts, removing default passwords, and enforcing end-to-end encryption through secured TLS connections. 4K and UHD video - While thermal and radar sensors improve detection, other devices are needed for threat assessment and identification. The emergence of HD, Ultra HD, and 4K cameras offers end users a heightened level of detail, optimal for evidence capture and investigation procedures. Critical infrastructure customers are beginning to upgrade their visible cameras for higher resolution models, and for this reason, are opting for the latest FLIR Quasar and Ariel cameras. These cameras are attractive options, as they offer low predictable bit rate, improved wide dynamic range, and enhanced image stabilization features that enable crisp video quality, ideal for video analytics and suspect identification. Drones - For critical infrastructure sites like oil and gas refineries, dispatching security personnel to respond to an intrusion alert isn’t always easy, as these sites are often either remote or difficult to access. In order to improve response times, critical infrastructure sites are integrating unmanned aerial vehicles (UAV), or drones, with their overall security system. Upon a verified alarm, the drone is dispatched to the area of interest to provide additional surveillance. By equipping a drone with both an optical and thermal payload, operators can quickly get eyes and ears on the scene to assess the threat.
Your Homes Newcastle (YHN) manages more than 26,000 properties on behalf of Newcastle City Council. They are piloting an innovative fire detection system in partnership with OpenView Security Solutions, the UK’s largest privately-owned independent security company and a national supplier of fire, electrical and mechanical services to the public and private housing sector. MOBOTIX thermal imaging cameras have been installed in 3 multi-story blocks across the city to continually monitor temperatures in the buildings’ bin chute rooms. The thermal cameras will send an alarm to OpenView’s central control center and the fire service immediately if an unexpected heat pattern is detected. The early detection system provided by the OpenView now means that residents can be reassured of much faster response times from the fire service in the event of an incident, minimizing the potential impact on occupants and their properties, so that they and their homes are far safer as a result. Risks and Challenges Ensuring safety of residents through early detection and prevention of potential fires To be able to react quickly to verify a fire situation Alerting the fire service within seconds of a potential fire so they can respond rapidly Keeping residents safe and minimizing damage to property in the event of a fire The risk to lives and property caused by rapid spread of a fire in high-density apartment blocks Solution provided by MOBOTIX and OpenView MOBOTIX M16 thermal cameras installed in bin chute rooms of 3 YHN multi-story blocks Thermal technology continuously monitors temperature, triggering an alarm if an unexpected heat pattern is detected Operators in OpenView’s central control room assess and monitor the situation Fire service instantly alerted ready for rapid response MOBOTIX cameras integrated into existing infrastructure with no disruption to residents Potential risk to lives and property minimized through early fire detection Installation of thermal imaging cameras YHN has installed thermal imaging cameras in 3 of its 45 multi-story blocks across the cityYour Homes Newcastle (YHN) manages community and public housing on behalf of Newcastle City Council. Set up in 2004, the organization oversees more than 26,000 properties for the council. With fire safety in tower blocks having been in the spotlight since the Grenfell Tower tragedy in 2017, YHN took the decision to pilot an innovative fire detection system. In a trial partnership with OpenView Security Solutions, the UK’s largest privately-owned independent security company and a national supplier of fire, electrical and mechanical services to the public and private housing sectors, YHN has installed thermal imaging cameras in 3 of its 45 multi-story blocks across the city. “The tragic events at Grenfell Tower have undoubtedly put fire safety in multi-story blocks under a microscope, but we have been trialling new measures in our multi-story properties for some time,” says David Langhorne, YHN’s Assets and Development Director. ONVIF compliant thermal cameras OpenView Security designed and installed an early fire detection system using MOBOTIX dual M16 thermal cameras, featuring one thermal and one optical sensor. MOBOTIX thermal sensors measure minute differences in mid-wavelength infrared radiation emitted from an object or body based on its temperature, allowing them to pick up temperature differences of 0.05 of a degree within a temperature range of -40 to +550 degrees Celsius. The ONVIF compliant MOBOTIX cameras contain a powerful CPU that can deliver up to 3 video streams simultaneously The ONVIF compliant MOBOTIX cameras contain a powerful CPU that can deliver up to 3 video streams simultaneously and fulfill the H.264/ONVIF standard, making it easy to combine them with other systems to create unique solutions to real-world problems. By integrating the cameras into YHN’s existing infrastructure, which uses OpenView installed equipment, it was possible to implement the new system without any disruption to residents. Alerts central control room in case of fire Operators are able to monitor images from the thermal lens to pinpoint the exact location of hotspotsThe MOBOTIX M16 cameras were installed in bin chute rooms, where they continually monitor the temperature, sending an alert to the OpenView’s central control room instantly if an unexpected heat pattern is detected. Operators are then able to monitor images from the thermal lens to pinpoint the exact location of hotspots, such as smouldering fires, as well verify the situation via a live feed from the optical lens. An alarm is also raised with the fire service within seconds of a potential fire, making them ready to respond rapidly to a potential emergency situation. According to Andy Ward, Sales Director of OpenView Security Solutions, the innovative fire protection solution enables housing providers to ensure a safer environment for residents and minimize the incidence of false alarms: “It now forms part of our expanding portfolio of fire and life safety solutions, which is one of the fastest growing areas of our business, and consolidates our leading position in the public and private housing sectors.” Faster response times from fire service The early detection system provided by the OpenView now means that residents can be reassured of much faster response times from the fire service in the event of an incident, minimizing the potential impact on occupants and their properties, ensuring that they and their homes are far safer as a result. We have wet and dry risers, central alarm systems, smoke alarm activated bin chute fire dampers and bin room sprinklers"“This trial system is one of many fire safety measures currently in place in the blocks we manage across the city. We also have wet and dry risers, central alarm systems, smoke alarm activated bin chute fire dampers and bin room sprinklers,” Langhorne explains. “We pride ourselves on being innovative, so it was an easy decision for us to test something that had not yet been adopted elsewhere,” he adds. Meeting requirements of integrator and end-users Frank Graham, MOBOTIX Regional Sales Manager UK & Benelux, said of the partnership with YHN and OpenView: “We are very happy to be working so closely with both YHN and OpenView in the development and provision of an innovative solution for such a serious issue. “MOBOTIX cameras have inbuilt intelligence to meet all the requirements of integrator and end-users alike and we look forward to a longstanding and fruitful partnership with both organizations moving forward.”
Abu Dhabi is a major cultural and commercial centre in the United Arab Emirates (UAE), accounting for roughly two-thirds of the UAE’s economy. While oil and natural gas make up a large portion of its GDP, Abu Dhabi has positioned itself as a premiere tourist destination, with major investments in luxury resorts and business hotels. Consequently, public safety is a top priority — and FLIR Systems is playing a critical role in the city’s long-term safe city initiative. Recently, the Abu Dhabi Monitoring and Control Center (ADMCC) was tasked with integrating all public access cameras onto a single platform to provide fully uninterrupted coverage of the city. This is in compliance with the Safe City 2030 vision of His Highness Sheikh Mohammed bin Zayed Al Nahyan, Crown Prince of Abu Dhabi and President of the UAE. As part of this initiative, ADMCC launched the Falcon Eye project, where surveillance cameras and sensors would be installed across the city to enable real-time situational awareness, threat detection, data collection, data sharing among public safety organisations, and crime prevention. Updating video management system To manage such an extensive system under the Falcon Eye project, ADMCC needed to update its VMS softwareFalcon Eye expands Abu Dhabi’s existing surveillance system to thousands of license plate recognition cameras and surveillance cameras, with cameras equipped with video analytics and/or facial recognition capabilities. To manage such an extensive system under the Falcon Eye project, ADMCC needed to update its video management system (VMS) software. ADMCC sought a VMS that would provide enhanced image quality, as well as increased storage and integrity of streamed video. The VMS also needed to be able to incorporate current, emerging and future technologies, such as Big Data, cyber protection, smart cameras, analytics at the edge, and automated camera management. Additionally, ADMCC required a cost-effective VMS that would seamlessly integrate with the existing physical security management information (PSIM) without compromising any data or operations from subsystems. Reliable software solution for video surveillance Previously, ADMCC had a strong relationship with FLIR, having deployed an older FLIR United VMS version for several years. After careful research and evaluation, ADMCC chose to continue partnering with FLIR as the industry leader in advanced video solutions in the safe city sector. ADMCC selected the most recent FLIR United VMS release as its VMS for the Falcon Eye initiative. FLIR United VMS is a reliable, enterprise-level software solution for video surveillance supporting an unlimited number of cameras over IP networks. Complying with ONVIF Profile S, Latitude ensures greater compatibility between cameras and the VMS Part of FLIR’s award-winning United VMS platform, Latitude features enhanced cyber security protocols. Its distributed server architecture enables unlimited scalability, multi-site deployments and sophisticated network topologies. Latitude’s open platform functionality provides advanced edge device integration, bringing together hundreds of third-party technologies. Complying with ONVIF Profile S, Latitude ensures greater compatibility between cameras and the VMS. Integrating Latitude and PSIM solution ADMCC upgraded to the recent United VMS version in June 2017. With special support from the FLIR team, the integration of Latitude and ADMCC’s in-house PSIM solution was successfully completed without any data loss. Adding value to the integration was the presence of an in-house FLIR engineer, who provided insight and guidance throughout the process. “FLIR is considered one of ADMCC’s trusted vendors, delivering regular upgrades and specialist support to our operations when needed,” said His Excellency Saeed Al-Neyadi, Director General at ADMCC. “The on-site FLIR engineer provided an immeasurable value to ADMCC.” Ensures maximum integrity and reliability One of the defining characteristics of United VMS is its simplicity and easy user interface. United VMS offers simplified access in managing and controlling video operations for the support staff. For all safe city projects, the preservation and availability of data is paramount. United VMS ensures maximum integrity and reliability with exceptional failover, disaster recovery capabilities" “The use of actionable information through data collection is vital in running such a huge scale operation such as Safe City initiatives,” Mr. Khalfan Al Hassani (ICT Director) said. “United VMS ensures maximum integrity and reliability with exceptional failover, disaster recovery capabilities, and 24/7 redundant recording.” Day/night safety of city and residents ADMCC oversees one of the world’s leading safe city solutions that utilises license plate recognition, facial recognition, video analytics and video management from over 45,000 sensors spread across the Emirate. United VMS serves as the central operational platform for all data of this unified platform, providing an efficient combination of video software and server hardware. By utilizing the state-of-the-art technologies and subsystems brought together by United VMS, ADMCC ensures the safety of the city and its residents at all hours of the day and night. “United VMS has given ADMCC a reliable, stable, robust and secure platform for the past six years,” said Al Hassani. “It underpins a custom PSIM solution that supports various government agencies in Abu Dhabi helping the city to be ranked the ‘Safest City in the World.’”
Round table discussion
A standard is a document that establishes uniform engineering or technical criteria, methods, processes, and/or practices. Standards surround every aspect of our business. For example, the physical security marketplace is impacted by industry standards, national and international standards, quality standards, building codes and even environmental standards, to name just a few. We asked this week’s Expert Panel Roundtable: How have standards changed the security market as we know it?
Passwords are one of the most familiar elements of information systems, but also one that can be overlooked or underutilized. New alternatives are emerging, and the role of passwords is evolving in the age of the Internet of Things. We asked this week’s Expert Panel Roundtable: How is the role of passwords changing in physical security systems?
The definition of a standard is “an authoritative principle or rule that usually implies a model or pattern for guidance, by comparison with which the quantity, excellence, correctness, etc., of other things may be determined.” In technology markets, such as physical security, standards are agreed-upon language, specifications or processes that are used across the board by multiple stakeholders to enable easier interconnectivity and smoother operation of systems. We asked this week’s Expert Panel Roundtable: How are standards shaping change in the physical security market?
ONVIF: Manufacturers & Suppliers
- Axis Communications ONVIF
- Dahua Technology ONVIF
- Illustra ONVIF
- LILIN ONVIF
- DRS ONVIF
- Hikvision ONVIF
- TruVision ONVIF
- Sony ONVIF
- Vicon ONVIF
- IDIS ONVIF
- Pelco ONVIF
- Arecont Vision ONVIF
- Messoa ONVIF
- Avigilon ONVIF
- Panasonic ONVIF
- FLIR Systems ONVIF
- LTV Europe ONVIF
- Vanderbilt ONVIF
- Hanwha Techwin ONVIF
- Bosch ONVIF