Vigilant Vision CCTV Monitors (44)
The AS range from Vigilant Vision are professional 21.5 and 23.6 inch monitors. These monitors are designed for operation in demanding environments where 24 / 7 use is prerequisite. The monitors have BNC (2 in / 2out), VGA and HDMI sockets to allow connection to almost any DVR, NVR or other component of a CCTV system. Resolution of 1920 x 1080, high brightness of 300cd/m2 and a contrast ration of 10,000:1 virtually guarantee an outstanding picture performance. The performance of these monitors is such that they carry the much sought after “Benchmark” magazine seal of approval. Vigilant Vision's experience has taught them that most monitors fail due to aging caused by heat build-up. The design of the AS range is such that an external 12vDC power supply reduces the risk of this happening. This makes them sure enough of the product reliability to offer, as with all Vigilant Vision products, a full three year UK based warranty.Add to Compare
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How AI and humans can work together is a longstanding debate. As society progresses technologically, there’s always the worry of robots taking over jobs. Self-checkout tills, automated factory machines, and video analytics are all improving efficiency and productivity, but they can still work in tandem with humans, and in most cases, they need to. Video analytics in particular is one impressively intelligent piece of technology that security guards can utilise. How can video analytics help with certain security scenarios? Video analytics tools Before video analytics or even CCTV in general, if a child went missing in a shopping centre, we could only rely on humans. Take a crowded Saturday shopping centre, a complex one with a multitude of shops and eateries, you’d have to alert the security personnel, rely on a tannoy and search party, and hope for a lockdown to find a lost or kidnapped child. With video analytics, how would this scenario play out? It’s pretty mind-blowing. As soon as security is alerted, they can work with the video analytics tools to instruct it precisely With the same scenario, you now have the help of many different cameras, but then there’s the task of searching through all the CCTV resources and footage. That’s where complex search functions come in. As soon as security is alerted, they can work with the video analytics tools to instruct it precisely on what footage to narrow down, and there’s a lot of filters and functions to use. Expected movement direction For instance, they can tick a ‘human’ field, so the AI can track and filter out vehicles, objects etc., and then they can input height, clothing colours, time the child went missing, and last known location. There’s a complex event to check too, under ‘child kidnap’. For a more accurate search, security guards can then add in a searching criterion by drawing the child’s expected movement direction using a visual query function. A unique function like this enables visual criteria-based searches rather than text-based ones. The tech will then narrow down to the images/videos showing the criteria they’ve inputted, showing the object/child that matches the data and filter input. Detecting facial data There are illegal demonstrations and troublesome interferences that police have to deal with A white-list face recognition function is then used to track the child’s route which means the AI can detect facial data that has not been previously saved in the database, allowing it to track the route of a target entity, all in real time. Then, security guards can confirm the child’s route and current location. All up-to-date info can then be transferred to an onsite guard’s mobile phone for them to confirm the missing child’s movement route, face, and current location, helping to find them as quickly as possible. Often, there are illegal demonstrations and troublesome interferences that police have to deal with. Video analytics and surveillance can not only capture these, but they can be used to predict when they may happen, providing a more efficient process in dealing with these types of situations and gathering resources. Event processing functions Picture a public square with a number of entries into the main area, and at each entry point or path, there is CCTV. Those in the control room can set two events for each camera: a grouping event and a path-passing event. These are pretty self-explanatory. A grouping event covers images of seeing people gathering in close proximity and a path-passing event will show when people are passing through or entering. The video analytics tool can look out for large gatherings and increased footfall to alert security By setting these two events, the video analytics tool can look out for large gatherings and increased footfall to alert security or whoever is monitoring to be cautious of protests, demonstrations or any commotion. Using complex event processing functions, over-detection of alarms can also be prevented, especially if there’s a busy day with many passing through. Reducing false alarms By combining the two events, that filters down the triggers for alarms for better accuracy to predict certain situations, like a demonstration. The AI can also be set to only trigger an alarm when the two events are happening simultaneously on all the cameras of each entry to reduce false alarms. There are so many situations and events that video analytics can be programmed to monitor. You can tick fields to monitor any objects that have appeared, disappeared, or been abandoned. You can also check events like path-passing to monitor traffic, as well as loitering, fighting, grouping, a sudden scene change, smoke, flames, falling, unsafe crossing, traffic jams and car accidents etc. Preventing unsafe situations Complex events can include violations of one-way systems, blacklist-detected vehicles Complex events can include violations of one-way systems, blacklist-detected vehicles, person and vehicle tracking, child kidnaps, waste collection, over-speed vehicles, and demonstration detections. The use of video analytics expands our capabilities tremendously, working in real time to detect and help predict security-related situations. Together with security agents, guards and operatives, AI in CCTV means resources can be better prepared, and that the likelihood of preventing unsafe situations can be greatly improved. It’s a winning team, as AI won’t always get it right but it’s there to be the advanced eyes we need to help keep businesses, premises and areas safer.
Technology based on the cloud has become a popular trend. Most IT systems now operate within the cloud or offer cloud capabilities, and video surveillance is no exception: virtually every major hardware and software vendor offers cloud-based services. Users benefit from the cloud due to its numerous advantages, such as ease of implementation, scalability, low maintenance costs, etc. Video surveillance as a service (VSaaS) offers many choices, so there is an optimal solution for each user. However, what about integrators? For them, VSaaS is also a game-changer. Integrators are now incentivised to think about how they can maintain their markets and take advantage of the new business opportunities that the cloud model provides. Hosted video surveillance The cloud service model has drastically changed the role of an integrator. Traditionally, integrators provided a variety of services including system installation, support, and maintenance, as well as served as a bridge between vendors and end-users. In contrast, hosted video surveillance as a service requires a security system installer to simply install cameras and connect them to the network, while the provider is in direct contact with each end-user. The cloud service model has drastically changed the role of an integrator There is no end to on-premises systems. However, the percentage of systems where the integrator’s role is eliminated or considerably reduced will continue to increase. How can integrators sustain their markets and stay profitable? A prospective business model might be to become a provider of VSaaS (‘cloud integrator’) in partnership with software platform vendors. Cloud-based surveillance Some VMS vendors offer software VSaaS platforms that form the basis for cloud-based surveillance systems. Using these solutions, a data centre operator, integrator, or telecom service provider can design a public VSaaS or VSaaS in a private cloud to service a large customer. The infrastructure can be built on any generic cloud platform or data centre, as well as resources owned by the provider or client. So, VSaaS providers have the choice between renting infrastructure from a public cloud service like Amazon Web Services, Microsoft Azure, or Google Cloud or using their own or clients’ computing infrastructure (virtual machines or physical servers). Gaining competitive advantage When integrators purchase commitment use contracts for several years, they can achieve significant savings As an example, a telecom carrier could deploy VSaaS on their own infrastructure to expand their service offering for clients, gaining a competitive advantage and enhancing profits per user. Using a public cloud, a smaller integrator can host the computing infrastructure immediately, without incurring up-front costs and with no need to maintain the system. These cloud services provide scalability, security, and reliability with zero initial investment. When integrators purchase commitment use contracts for several years, they can achieve significant savings. Next, let’s examine VSaaS options available in the market from an end-users point of view. With hosted (or cloud-first, or true-cloud) VSaaS solutions, all the video feeds are transmitted directly from cameras to the cloud. Optionally, video can be buffered to SD cards installed on cameras to prevent data losses in case of Internet connection failures. Dedicated hardware bridges There are many providers of such services that offer their own brand cameras. Connecting these devices to the cloud should only take a few clicks. Firmware updates are usually centralised, so users don’t have to worry about security breaches. Service providers may offer dedicated hardware bridges for buffering video footage and secure connections to the cloud for their branded and third-party cameras. Service providers may offer dedicated hardware bridges for buffering video footage Typical bridges are inexpensive, basic NVRs that receive video feeds from cameras, record on HDD, and send video streams to the cloud. The most feature-rich bridges include those with video analytics, data encryption, etc. Introducing a bridge or NVR makes the system hybrid, with videos stored both locally and in the cloud. At the other end of the spectrum relative to hosted VSaaS, there are cloud-managed systems. Video management software In this case, video is stored on-site on DVRs, NVRs, video management software servers, or even locally on cameras, with an option of storing short portions of footage (like alarm videos) in the cloud for quick access. A cloud service can be used for remote viewing live video feeds and recorded footage, as well as for system configuration and health monitoring. Cloud management services often come bundled with security cameras, NVRs, and video management software, whereas other VSaaS generally require subscriptions. Keep in mind that the system, in this case, remains on-premises, and the advantages of the cloud are limited to remote monitoring and configuring. It’s a good choice for businesses that are spread across several locations or branches, especially if they have systems in place at each site. On-site infrastructure All that needs to be changed is the NVRs or VMS with a cloud-compatible model or version All locations and devices can be remotely monitored using the cloud while keeping most of the existing on-site infrastructure. All that needs to be changed is the NVRs or VMS with a cloud-compatible model or version. Other methods are more costly and/or require more resources to implement. Hosted VSaaS helps leverage the cloud for the highest number of benefits in terms of cost and technological advantages. In this case, the on-site infrastructure consists of only IP cameras and network equipment. This reduces maintenance costs substantially and also sets the foundation for another advantage of VSaaS: extreme and rapid scalability. At the same time, the outgoing connection at each site is critical for hosted VSaaS. Video quality and the number of cameras directly depend on bandwidth. Broadband-connected locations Because the system does not work offline, a stable connection is required to stream videos. In addition, cloud storage can be expensive when many cameras are involved, or when video archives are retained for an extended period. The hosted VSaaS is a great choice for a small broadband-connected location The hosted VSaaS is a great choice for small broadband-connected locations and is also the most efficient way to centralise video surveillance for multiple sites of the same type, provided they do not have a legacy system. Since it is easy to implement and maintain, this cloud technology is especially popular in countries with high labour costs. Using different software and hardware platforms, integrators can implement various types of VSaaS solutions. Quick remote access For those who adhere to the classic on-premises approach, adding a cloud-based monitoring service can grow their value proposition for clients with out-of-the-box capabilities of quick remote access to multiple widely dispersed sites and devices. For small true-cloud setups, there is a possibility to rent a virtual machine and storage capacity in a public cloud (such as Amazon, Google, or Microsoft) and deploy the cloud-based VMS server that can handle dozens of cameras. In terms of features, such a system may include anything from plain video monitoring via a web interface to GPU-accelerated AI video analytics and smart search in recorded footage, depending on the particular software platform. Optimising internet connection Hybrid VSaaS is the most flexible approach that enables tailoring the system to the users’ needs High-scale installations, such as VSaaS for public use or large private systems for major clients, involve multiple parts like a virtual VMS server cluster, web portal, report subsystem, etc. Such systems can also utilise either own or rented infrastructure. Some vendors offer software for complex installations of this kind, though there are not as many options as for cloud-managed systems. Finally, hybrid VSaaS is the most flexible approach that enables tailoring the system to the users’ unique needs while optimising internet connection bandwidth, cloud storage costs, and infrastructure complexity. It’s high time for integrators to gain experience, choose the right hardware and software, and explore different ways of building systems that will suit evolving customer demands in the future.
Martyn’s Law (also known as ‘Protect Duty’) could forever change the landscape of event security if changes to legislation are passed. Some would argue it already has. In 2017, just as concertgoers were leaving the Manchester Arena, a terrorist detonated an improvised explosive device in a suicide attack killing 22 and injuring more than 250. The mother of one of the victims, Martyn Hett, has tirelessly campaigned for tighter security and a duty of care to be placed upon venues to protect their patrons. As a result, Martyn’s Law (‘Protect Duty’) has been proposed in UK legislation to protect the public from terrorism. At the same time, other global trends have indicated the need for action on this front. Labour-intensive task The Global Terrorism Index 2020, for instance, reported a steep increase in far-right attacks in North America, Western Europe, and Oceania, stating a 250% rise since 2014, with a 709% increase in deaths over the same period. But, how do we implement the measures proposed by Martyn’s law without intruding on our lives through mass surveillance? The Global Terrorism Index 2020, reported a steep increase in far-right attacks in North America Traditionally, cameras and CCTV have been the go-to solution for monitoring. However, maintaining a comprehensive view of locations with complex layouts or venues that host large crowds and gatherings can be a challenging and labour-intensive task for operatives. Camera outputs have been designed to be interpreted by people, which, in turn, requires a significant human resource that’s liable to inconsistent levels of accuracy in complex environments where getting things wrong can have a catastrophic impact. Highly accurate insights Fortunately, technology is evolving. AI-based perception strategies are being developed alongside advancements in 3D data capture technologies – including lidar, radar, and ToF cameras - that are capable of transforming surveillance with enhanced layers of autonomy and intelligence. As a result, smart, automated systems will be able to work alongside the security workforce to provide an always-on, omniscient view of the environment, delivering highly accurate insights and actionable data. And, with the right approach, this can be achieved without undue impact on our rights as private citizens. While much of this innovation isn’t new, it has been held back from at-scale adoption due to the gaps that remain between the data that’s captured and the machine’s ability to process it into an actionable insight. High traffic environments It’s crucial that they are able to detect all individuals and track their behaviour as they interact In security, for example, this gap is most present when it comes to addressing occlusion (in other words, recognising objects that move in and out of view of the sensors scanning a space). For security systems to provide the high levels of accuracy required in high traffic environments, such as concert venues, it’s crucial that they are able to detect all individuals and track their behaviour as they interact with a space and those within it. This, of course, is possible using multiple sensor modes. However, without the right perception platform to interpret the data being captured, the risk of missing crucial events as a result of the machine misinterpreting a partially concealed individual as an inanimate object, for instance, is significant. Identifiable personal data This gap is narrowing, and thanks to the first wave of sensor innovators, this shift in dependence from video read by people to 3D data point clouds read by machines have meant that we are now able to capture much richer information and data sets that can precisely detect and classify objects and behaviours – without capturing biometric and identifiable personal data. But what we need to fully close the gap are perception strategies and approaches that can adapt to the ever-changing nature of real-world environments. This gap is narrowing, and thanks to the first wave of sensor innovators Until now, this has been a lengthy and costly process requiring those implementing or developing solutions to start from scratch in developing software, algorithms, and training data every time the context or sensor mode is changed. But, by combining proven 3D sensor technologies like lidar with the deep learning first approach, this needed to be the case. Edge processing platform That’s why we are developing an adaptive edge processing platform for lidar that’s capable of understanding the past and present behaviour of people and objects within a given area. Through deep learning, it can predict the near-future behaviour of each object with some degree of certainty, thereby accurately and consistently generating real-time data and tracking the movement of people in the secured environment at scale. This approach has value beyond security. Facilities teams, for example, can extract a wealth of information beyond the primary function of security to support other priorities such as cleaning (tracking facility usage so that schedules can be adjusted), while retailers can optimise advertising and display efforts by identifying areas of high footfall. Likewise, health and safety teams can gather much deeper insights into the way spaces are used to enhance processes and measures to protect their users. Programming limitless scenarios Martyn’s Law will leave them with no option but to rethink their approach to security and safety As we’ve explained, perception is reaching new levels of sophistication through deep learning. By continually programming limitless scenarios, our approach can provide consistently accurate and rich data that users can trust. This will ultimately change the way we manage environments at a time when liability comes with ever-increasing consequences. For venue providers, Martyn’s Law will leave them with no option but to rethink their approach to security and safety. But, with new, smarter, more accurate tools at their disposal that will enable them to predict and protect, rather than just react, risks – both human and commercial – can be addressed. Meanwhile, the public can take comfort in knowing that measures to keep them safe needn’t mean sacrificing their privacy.
COP Security, the professional trade only CCTV security products distributor, have released their new July 2017 Price List. Filled with a selection of brand new products it featuring Dahua’s upgraded IP NVR’s, and HDCVI DVR’s. Cop have added Vigilant Visions’ brand new 4K and AHD compatible monitor ranges. Cop have also increased their IRLAB range, by adding a range of NVR’s and HDCVI DVR’s. This means customers can now purchase full plug and play systems from IRLAB. Cop’s security product offering is amongst the most comprehensive the UK, with full availability and next day delivery on all items. Alternatively, same day collections are available from COP’s trade counter. “The new range of recorders from IRLAB really allow our customers to offer a lower priced alternative to their customers” says James Bentley, Product Manager at COP Security. “The IP recorders offer full plug and play with all of the IRLAB IP cameras, and the HDCVI Recorders offer the latest pentabrid technology, meaning they can detect 5 signals on the single device, HDCVI, HDTVI, AHD, Analogue & IP.”
On the heels of the release of Ocularis 5.0, OnSSI has now announced the introduction of several new technology integrations for its recently released VMS with C2P’s software solution. Ocularis 5.0, which is based on a new recorder, maximises HDD storage effectiveness with dynamic data management for automatic storage load balancing, End-to-End 256 bit AES Encryption and edge recording support. The newly certified integrations with Ocularis 5.0, provide security professionals with valuable situational information across a wide range of applications including banking, access control, asset tracking, license plate recognition and point-of-sale. “The correlation of video and data creates an extremely effective and intelligent security solution,” said Ken LaMarca, VP of Sales and Marketing, OnSSI. “Ocularis’ open architecture not only makes this integration possible, it results in a powerful tool that meets a variety of demanding applications and delivers comprehensive intelligence across multiple platforms. Most important, beyond the power of these integrations, the systems provide vital information, better enabling the operators to assess emerging situations and provide them with information to choose an appropriate course of action.” Details on these integrations are as follows: Banking Integrations with Diebold and Fiserv for teller terminals and ATM deployments allow for TCP/IP text and/or events to be streamed live directly to Ocularis in the form of JPEG images. The TCP/IP data is also stored as texts for forensic searches afterwards. All banking transactions are time synchronised with area video surveillance in real-time and includes real-time charting of specific events. Access control These integrations with Axis, DMP, DSX, FST21, Hirsch, ISONAS, Keri Systems, Keyscan, and RBH provide for real-time access control activity and user defined, real-time on-screen event annotation. The seamless integration with OnSSI provides real-time analytics which enables users to define rules based on the text received from the access control system. These rules are then used to engage the full power of the Ocularis Event Fusion engine to push video of the event to predefined client screens, lock/unlock doors, blow horns, turn PTZs, send email and SMS alerts, etc. The C2P framework also includes a powerful text search tool, linking all texts received from the access control system with stored surveillance video. Reports are available for export as CSV files and also as video evidence. Asset tracking Traditional asset tracking is enhanced by this integration, allowing users of Visonic RFID or generic bar code readers to see real-time onscreen notifications of asset activity, as well as email and SMS alerts. The information can be exported for video evidence or as a CSV file for reporting purposes. License plate recognition This LPR integration with ELSAG, HTS, Inex/Zamir, Mango, PlateSmart and Vigilant Solutions provides users with real-time onscreen confirmation of LPR activities, the ability to graph specific events, and time synchronisation of all license plate reads with area surveillance video. Onscreen event connotation, email and SMS alerts, a powerful search tool for all LPR text, and stored video are included. Exports include reports as a CSV file or video evidence. Point-of-sale Integrations with IBM RMS, LOC, Micros, NCR Radiant, and POSitouch provide for all POS transactions to be time-synchronised with all Ocularis surveillance video. Real-time features include onscreen POS terminal activity, time graphing of specific events and POS transaction analytics enabling users to quickly find activities of interest. User-defined event annotation via onscreen messaging and push video, email and SMS alerts are also included. Video evidence can easily be exported as CSV files or displayed onscreen as a camera view. “Working with OnSSI to accomplish this integration has been a smooth and positive experience thanks to the open architecture of Ocularis 5.0,” said Paul Eaton, President and CTO, C2P. “The solution efficiently addresses the complexities of bringing together video and data for highly effective use in security applications.”
Heat, connectivity and resolution are just a few of the key criteria to consider when selecting a new CCTV monitor When looking for a new CCTV monitor, buyers want to consider more than just the size. This buyer’s guide highlights some key facts to keep in mind when choosing and comparing different types of monitor units. Power consumption Where ever possible, it is best to choose an LED rather than an LCD monitor. A LED panel uses less power, and is therefore cheaper to run than a similar sized LCD panel. LED monitors use up to 46% less power over the life of the unit. Heat One of the main reasons for the failure of an electrical device is the build-up of heat in the chassis. To combat this, monitor buyers should select, where possible, a monitor with an external PSU. This will greatly reduce the heat generated inside the unit and extend its longevity. LED monitors give off less heat than LCD monitors because they use less power. Where ever possible, it is best to choose an LED rather than an LCD monitor Connectivity A CCTV monitor is a display device that is usually connected to a feed from a surveillance video recording device. Systems can be “future proofed” to a certain extent by using a monitor with multiple inputs. Most DVR and NVR devices have a VGA connection, while some have HDMI or DVI connections. Fewer and fewer digital devices use an analogue BNC style connector as an output to the display, and it is unlikely that this trend will reverse. Buyers should select a monitor that will provide the most flexibility going forward. See larger image Release of new technologies into the consumer market, like 4K televisions, will soon have an impact on the industrial market Resolution When shopping for a monitor, it is important to select the panel that will suit the maximum resolution of the device -or more commonly- the connection cable. Most standard HDMI and DVI cables will support a resolution of 1920 x 1080. The future New technologies like the OLED and 4K televisions have been released to the consumer market, and these could have some significant impact on the industrial market. In any case, if these new technologies gain in popularity, advances in camera, DVR, and NVR, technology and cabling, are likely to follow. John CampbellVigilant Vision Ltd
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