MassMediaLink India LLP SecurityLink India - securitylinkindia

Wisenet Keeps Passengers & Vehicle Safe

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202405 mins

Challenge With over 166 years’ experience of seaports, ships and ferries, City Lines offer comfortable and safe sea transportation services to tourists and those who live and work in Istanbul. Over 150,000 passengers use City Lines services every day. Having decided to offer a new ferry service between Istinye and Cubuklu, which are both part of the Istanbul conurbation but on different sides of the Bosphorus, City Lines asked security systems integrator InfoMET Technologies, to recommend video surveillance cameras which could help keep passengers and the ferries safe and secure. The cameras would be required to cope with sea conditions as well as capture high resolution images day or night. Solution 250 Wisenet cameras have been installed throughout 20 City Lines ships. In addition to keeping a close eye on passengers, the cameras are also used to monitor the movement of 2,000 vehicles which are transported daily and are a valuable navigational tool for captains, as they enable them to view blind spots which cannot be seen from the bridge. The majority of the 250 cameras installed are Wisenet QNO-7080Rs which are part of the Wisenet Q series. These 4 Megapixel bullet cameras have built-in IR illumination and are packed with innovative features such as H.265 compression and WiseStream, a complementary compression technology which dynamically controls encoding, balancing quality and compression, according to movement in the image. When WiseStream is combined with H.265 compression, bandwidth efficiency is improved by up to 75% compared to current H.264 technology. This ensures the Wisenet Q series is one of the most bandwidth friendly camera ranges available. The QNO-7080R also features Hallway View, True Wide Dynamic Range, Tamper Detection, Defocus Detection, and Lens Distortion Correction, to deliver optimized images in every situation. Hallway View provides a highly effective way to monitor narrow vertical areas such as corridors, tunnels and aisles. It enables cameras which can generate images in the 9:16 x 3:4 aspect ratio, to work effectively in tall and narrow spaces. Result “ One of the biggest factors in choosing Wisenet cameras is they do not have any problems in the environments we operate,” said Cuneyt Danaci, IT Specialist for City Lines, “Equally important, whilst we did not want to compromise on quality, we needed cameras which had a high price/ performance ratio. Wisenet came ahead of many other camera brands in respect of price, performance and technology and it is one of the reasons why we are thinking of working with Hanwha Techwin on other new projects in the future.” Partnership in trust is our success key “ We had worked with Hanwha Techwin on other projects and we were confident they would be able to provide cameras which would be able to deal with the demanding conditions such as salty water vapor and a high level of vibration,” said Oguzhan Kahraman, Project Engineer, InfoMET Technologies, “The pre-sales team for Hanwha Techwin in Turkey were extremely helpful and were able to recommend the best Wisenet camera models for each required camera location.”

Reducing False Alarms with Deep Learning

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 2024011 mins

The Deep Learning phenomenon continues to excite the IT world, with computing power now at the level where it can be properly used in practical applications. Hikvision has been at the forefront of applying the technology in the surveillance industry and beyond, and has already released its first set of products that harness the power of artificial intelligence (AI). The concept of deep learning takes inspiration from the way the human brain works. Our brains can be seen as a very complex deep learning model. Brain neural networks comprise billions of interconnected neurons; deep learning simulates this structure. These multi-layer networks can collect information and perform corresponding actions according to an analysis of that information. In the past two years, the technology has excelled in speech recognition, computer vision, voice translation and much more. It has even surpassed human capabilities in the areas of facial verification and image classification, and hence has been highly regarded in the field of video surveillance in the security industry Its ability to enhance the recognition of human beings – for example, distinguishing them from animals – makes the technology a great addition to the security arsenal. This is especially relevant in a world where false alarms account for 94%-99% of all alarms, according to police and fire service statistics. How deep learning works Deep learning is intrinsically different from other algorithms. The way it solves the insufficiencies of tradetional algorithms is encompassed in the following aspects. The algorithmic model for deep learning has a much deeper structure than the traditional algorithms. Sometimes, the number of layers can reach over a hundred, enabling it to process large amounts of data in complex classifications. Deep learning is very similar to the human learning process, and has a layer-by-layer feature-abstraction process. Each layer will have different ‘weighting,’ and this weighting reflects on what was learnt about the images’ ‘components.’ The higher the layer level, the more specific the components are. Just like the human brain, an original signal in deep learning passes through layers of processing; next, it takes a partial understanding (shallow) to an overall abstraction (deep) where it can perceive the object. Deep learning does not require manual intervention, but relies on a computer to extract features by itself. This way, it is able to extract as many features from the target as possible, including abstract features that are difficult or impossible to describe. The more are the features the more accurate the recognition and classification will be. Some of the most direct benefits that deep learning algorithms can bring include achieving comparable or even better-than-human pattern recognition accuracy, strong anti-interference capabilities, and the ability to classify and recognize thousands of features. Challenges of existing systems Conventional surveillance systems, mostly detect moving targets, without further analysis. Even smart IP cameras can only map individual points on a shape one by one, making it difficult to calibrate some features (e.g., forehead or cheek), thus decreasing accuracy. For perimeter security, for example, other technologies can be (and are) used to provide more comprehensive security, but they all have their downsides. Infrared emission detectors can be ‘jumped over’ but are also prone to false alarms caused by animals. Electronic fences can be a safety hazard, and are limited in certain areas. Some of these solutions can also be expensive and complicated to install. An object such as animals, leaves, or even light can cause false alarms, so being able to identify the presence of a human shape really improves the accuracy of perimeter VCA functions. Frequent false alarms are always an issue for endusers, who need to spend time to investigate each one, potentially delaying any necessary response and generally affecting efficiency. Imagine, for example, a scenario where it’s relatively quiet – a location at night where there are few cars and people around. Even here, there could be 50 false alarms in a night. Assuming it takes 2-3 minutes to check out a false alarm, and that just 3 out of the 50 warrant more attention – say 15 minutes each, a guard either needs to check the system and look back at the alert, or someone needs to be dispatched to the location and look around, checking if anyone has indeed ‘entered without permission.’ In most organizations, these would need to be reported/ recorded too, adding to the overall time spent on this ‘false alarm.’ So, those 50 false alarms could cost more than two hours each night of wasted time in that scenario. Deep learning, however, makes a big difference. With a large amount of good quality data from the cameras and other sources, like the Hikvision Research Institute, and over a hundred data cleaning team members to label the video images, sample data with millions of categories within the industry have been accumulated. With this large amount of quality training data, human, vehicle, and object pattern recognition models become more and more accurate for video surveillance use. Based on a series of experiments, the recognition accuracy of solutions using the deep learning algorithm increased accuracy by 38% – applying this to the previous example, that’s a saving of nearly one hour each night. This makes deep learning technology a great advantage in a perimeter security solution, with much more accurate line crossing, intrusion, entrance and exit detection. Other uses The value of deep learning technology stretches further than traditional security. For example, tracking movement patterns of individuals can see if they are ‘loitering’ and a potential threat in the future. A threshold could be set to five meters radius of movement, or ten seconds of staying in the same place. If the person passes either threshold, an alarm could be triggered. The solution tracks the individual and compares this behaviour to a database to see if it recognizes a pattern. Another application would be in a scenario where ‘falling down’ could be a threat, like an elderly care home. If a height threshold was set at 0.5m and duration time 10 seconds, the…

Case Study

Wisenet Keeps Passengers & Vehicle Safe

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202405 mins

Case Study

Surveon Raises the Bar on Security for Campus

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202404 mins

Safety remains a critical concern for schools with violence, burglaries and shooting incidents appearing frequently on the headlines. To capture, alarm, track crimes and create safer learning environments for students and faculties, schools are progressively looking toward integrated and smarter surveillance solutions. Surveon provides education solutions with complete product lines, including high-resolution cameras with extremely low RMA rate, NVRs with premium-grade RAID function as well as feature-rich VMS with real-time video analytics and notifications, ensuring rapid and accurate actions can be taken to protect the students and faculties from threats in time. Intelligent cameras with immediate alert In order to upgrade and design a suitable system for schools, system in tegrators might face some challenges such as wide area monitoring and the integration of access control. Surveon’s 3MP cameras provide 1.5-time larger area coverage at 30 FPS and support 3-axis adjustment for flexible hardware installation, offering the best C/P value solution for monitoring wide area. Moreover, Surveon’s Video Analytics Series cameras can be installed for areas that might need extra attention, such as hallways or building entrances, to send the immediate alert for possible actions if any. RAID NVR with solid data protection A reliable storage system that supports 24/7 continuous recording is necessary for school projects. Surveon NVRs provide patent RAID protection and allow partners to easily expand the storage via local SAS port or iSCSI interface to fulfill the demand of campus surveillance. Enterprise VMS with multi-access management Surveon Control Center (CMS) can collect data to receive events such as intrusion detection and fire alarm with high I/O, warning the teachers and students across departments and make things under control. The multiple accesses from web, remote, and mobile clients allow security guards to manage surveillance from every concern of the school so that incidents such as theft and vandalism can be stopped in time. Smooth integration with access control Someschools might have campuses more open than the others in terms of boundary so school authorities expect the surveillance solution to offer one easy and consistent access, making security system more efficient on campus. Surveon’s products are fully compatible with major third party access control systems, providing both efficient and economical solution for school surveillance. Surveon’s education solutions have been successfully safeguarding the Kainan University in Taiwan. “The megapixel video quality and industrial grade designs of Surveon cameras were already very attractive to us. However, we were absolutely sold on the versatility of the CMS solution. We believed this type of setup was beyond our price range before being presented with Surveon’s solutions.” said the partner in Taiwan.

Chubb Protecting Cheshire Service’s Entire Estate

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202404 mins

Chubb is helping to protect employees, visitors and property through a significant new contract with Cheshire Fire and Rescue Service to install, upgrade, maintain and monitor fire alarm systems throughout the Service’s entire estate. Chubb, a leading provider of security and fire-safety solutions, is a part of UTC Climate, Controls & Security, a unit of United Technologies Corp. Michael Johnson, Environment, Energy and Engineering Officer, Cheshire Fire and Rescue Service, says that Chubb was chosen over four other suppliers because it scored highest against benchmarked requirements: “The presentation was highly informative and professional, which has proven to be the hallmark of the service we receive from Chubb,” said Michael. The contract includes 28 fire stations, two community safety centres, Cheshire Fire and Rescue’s Sadler Road site and the new innovative safety centre based in Lymm. Each site is a different size and specification, requiring detailed individual assessments. Some stations required new custom systems to be designed; in other buildings, existing systems were upgraded. A combination of addressable fire alarm systems and conventional alarms were used, depending on the individual site’s requirements. “The fact that Chubb is a national brand with a local office was another important factor in our supplier decision. The service we have received has been second to none. Communication has been excellent with regular updates, and challenges were met with a common sense approach. I felt my requirements were always championed by our Chubb account manager. We have found that the customer is at the forefront of the Chubb approach,” said Johnson. The primary goal of the new contract is to ensure all sites meet BS5839 L2 fire alarm safety standards. These standards are designed to provide automatic fire detection on all escape routes within a building and rooms leading onto those escape routes. For Cheshire, it was also important that the supplier have the expertise and capacity to complete installations and upgrades on a very tight deadline. “The Service has been extremely impressed with the speed in which the contract has been mobilised. Even though we needed to add another fire station, all works were completed safely,” said Johnson. All alarms are monitored by Chubb’s alarm receiving centre, which notifies keyholders and relevant emergency services if a fire is detected and alarm raised. The contact also includes maintenance and servicing requirements.

UNV Protecting Solar Power Station, Belarus

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202402 mins

Solar Power Station at Bragin was built in August 2016 and is currently the biggest solar power facility in Belarus. Its power capacity amounts to 18.48 MW with an area equal to 60 football fields. The project is implemented not far from Chernobyl and serves as an example of alternative development of the territories affected by the nuclear disaster. Solar Power Station at Bragin has won the nomination ‘Technologies and projects based on renewable energy sources’ and also the 1st place at the Republican contest ‘Leader of Energy Efficiency 2016.’ Uniview provided video surveillance solution for the Solar Power Station. Solution highlights Anti-static: Usually, a power station generates a lot of static which would influence devices’ working. UNV IP cameras are all certified by CE and tested through ESD (Electronic Static Discharge). All of cameras are able to bear 4KV contact discharge and 8KV air discharge which are in the highest level of the industry. The project used NVR516 which features 32/ 64ch strong decoding ability and redundant design, and RAID for the highest level data safety. Perimeter protection: UNV IP cameras are mainly used along the fence. Occupying such a huge area, it would be difficult for security staff to discover if someone breaks into the area. With intrusion detection, UNV IP camera would send and alarm within seconds and help security staff react quickly.

Case Study

Vicon New Turret Cameras

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202402 mins

Vicon Industries, Inc., designer and manufacturer of video surveillance and access control software, hardware and components, is now shipping its new 2MP and 4MP turret cameras, ideal for retail and hospitality applications. The V930D and V9500D Series are turret, or ‘eyeball,’ cameras featuring H.264/ H.265 compression, wide-dynamic-range, IR LEDs and low-light capabilities. They can be surface, wall or ceiling mounted, are suitable for indoor and outdoor use, and offer extreme ease-of-installation and adjustment due to their innovative form factor. Turret cameras offer the compact size, mounting flexibility and 360 degree range of camera domes, but with the ease-ofpositioning and extended IR range of a bullet design. In addition, the lack of a clear dome housing improves image quality by eliminating the reflection of IR LEDs that can ‘bounce’ off the inside of the dome and condensation that can form on the exterior. For retail and hospitality applications, where cameras are often ceiling or in-ceiling mounted, turrets offer aesthetics similar to dome models but easier access for positioning and maintenance. They are also affordable for installations that require large quantities for use throughout an entire facility. “With the introduction of an entire new line of H.265 cameras, we are pleased to include these turret models, which offer customers a unique set of benefits related to performance and usability, and do so at a very cost-effective price point,” said Bret McGowan, Senior V.P., Sales & Marketing.

Case Study

AdaSky Bringing D/N High-Resolution Vision to Cars

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202404 mins

STMicroelectronics, a global semiconductor provider serving customers across the spectrum of electronics applications, and AdaSky, an Israeli-based start-up bringing far infrared (FIR) technology to the automotive market to enable vehicles of tomorrow to see further and better, has announced a collaboration, in which AdaSky’s FIR thermal camera embeds custom silicon co-designed with and manufactured by ST in its proprietary 28nm FD-SOI manufacturing technology. The complete sensing solution from AdaSky, called Viper, aims to enable autonomous vehicles to see and understand the roads and their surroundings in any condition. Far-Infrared thermal camera extends ADAS sensor fusion capability with a new layer of information, paving the way to fully-autonomous driving in any condition. Prototypes are now under evaluation by carmakers with initial production targeted for 2020. Having complete sight and perception of the roadway, other vehicles, roadside infrastructure, and obstacles, especially in challenging lighting or weather conditions, is fundamental to the safe operation of next-generation autonomous cars. To achieve 24/7 autonomous driving, vehicles will rely on the fusion of complementary information streams provided by different sensors. No sensor or camera in operation today can capture all of the information on its own and each has challenges in certain lighting or weather conditions. Passive infrared vision, like that in AdaSky’s Viper, when used in a fusion solution, can help close the gaps to provide accurate sight and perception without fail in dynamic lighting conditions, in direct sunlight, in the face of oncoming headlights, and in harsh weather. The new camera uses an FIR microbolometer sensor to detect the temperature of an object. In an ADAS solution, Viper uses proprietary algorithms based on Convolutional Neural Networks to classify obstacles and show them in a cockpit display to give the driver an early warning. This warning comes several seconds earlier than it would when using a conventional sensor in the visible wavelength and is even faster than what is possible with the human eye. Viper has been designed in ST’s proprietary 28nm FD-SOI manufacturing technology and uses ST IP that is fully qualified for automotive applications. Prototypes are under evaluation by carmakers, targeting a start of production in 2020.

AXIS Upgrades IP Security Camera in Odyssey Complex in Belfast

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202405 mins

The Odyssey Complex, a premier entertainment venue in Belfast that plays host to many of the city’s high-profile concerts, exhibitions and sporting events, has installed a futureproofed IP security solution that ensures its 1,000,000 visitors each year can enjoy the facilities in a safe and secure environment. The vast 23-acre site comprises the SSE Arena; a pavilion including restaurants, shops and a cinema; the W5 Science and Discovery Centre; as well as a 1,500-space car park. The new system, consisting of more than 140 IP cameras from Axis Communications, replaces an analogue CCTV solution which was nearing the end of its technical life cycle. It produces better quality images and makes it easier for the onsite security teams to investigate crimes and identify individuals of interest. The IP camera system was installed by Diamond Systems, an Axis Partner and specialist in electronic fire and security solutions. The inclusion of HD IP cameras, which feature Axis’ innovative Lightfinder technology with extreme light sensitivity, provide security teams with more life-like colours in low-light conditions, vital within the arena during sporting events and concerts. Brian Hughes, Group Head of Facilities at The Odyssey Complex, states, “The safety of our patrons is of paramount importance to the complex, which is why we have taken this step to invest in a future proof system. Upgrading to HD IP camera technology made complete sense to us as we strive to maintain our status as the leading event facility in Northern Ireland. “Through the use of intelligent applications such as Lightfinder we can be confident that we have the technology to support our unique security needs. Working closely with Axis and Diamond Systems, we were also keen to ensure the system had capacity to include analytics in the future. This could include customer footfall and queue management, bringing benefits in terms of operational effectiveness, guest satisfaction and, of course, visitor safety,” says Steve Snoddon, Managing Director at Diamond Systems, “We installed the original CCTV system 17 years ago when the complex was first developed. While providing value at the time, technology has progressed at such a rapid pace since that it was time for us to re-evaluate the technology available to support its requirements.” Peter Dempsey, Key Account Manager at Axis Communications, comments, “We wanted something that would not only incorporate today’s leading technology and maintain a high level of cybersecurity, but also prepare the complex for its security needs in the future. As the leading entertainment venue of its kind in Northern Ireland, the Odyssey’s security requirements are continuously evolving. Our commitment to really understand the business, and partnering with organisations such as Diamond Systems, ensured we could deliver a solution that was tailored to its needs.”

Dallmeier Protecting Drivers and Goods

MassMediaLink India LLP SecurityLink IndiaMarch 1, 2018November 14, 202406 mins

In recent years, a particular form of criminality has become more widespread on Europe’s major highways: the theft of valuable commercial goods, vehicles and their cargoes. The financial cost is enormous: German insurers pay an average of a million euros per business day for lost commercial goods alone. On top of this, property damage must be considered, and no less important are the threat and uncertainty felt by many drivers. Even the fuel tanks on lorries have been targeted by organised crime, and accordingly theft of fuel has become a regular cause of annoyance to drivers and hauliers alike. In recent times, the police have been called to investigate as many as nine criminal offences a week at the Theeßen Euro Rastpark on Eastern Europe Route A2. The company has recorded high crime rates elsewhere too. Respected logistics companies were even compelled to warn their driving personnel about less safe routes. The situation could not be allowed to continue, and Euro Rastpark began working with other members of the Association of German Off-motorway Truck Stop Owners (VEDA) to combat the problems by developing a security concept that addressed actual conditions. The solution: Premium parking areas Euro Rastpark now offers premium parking areas that are screened and monitored according to VEDA standards for lorries at seven of its truck stops. Their aim was to develop a security solution that could be implemented quickly and without prohibitive expense. Managing director Johannes Witt explains the concept, “We have not relied on expensive construction, but rather on pragmatic detection and deterrent measures such as restricted approach roads, the best possible lighting and complete documentation of all movements by vehicles and people.” For the full-coverage detection of all movements, they decided to use an economical and top-quality video observation solution offered by another Regensburg-based company, the technology pioneer Dallmeier. Accordingly, DF5200HD-DN/ IR type high resolution infrared cameras have now been deployed to improve security on the approach and departure roads to the separate lorry parking areas at the Theeßen Euro Rastpark. The video system is set up so that the vehicle licence plates are clearly readable not only by day, but also in night recording mode. The video data is backed up reliably by the DMS 2400 appliance, one of the most powerful recording solutions in Dallmeier’s inventory. During the project, Euro Rastpark seized the opportunity and commissioned Dallmeier to install cameras for observing the refuelling lanes as well as the retail area and cash registers in the service station shop. In all, 24 camera systems are now operational and between them they monitor all critical areas. The 96 lorry parking spaces at the Theeßen truck stop now constitute a further precinct of safety and calm within a zone that is fully protected by video technology. Protection for drivers and goods The number of thefts of vehicles, goods and fuel from the secured parking area has fallen dramatically. These new security zones also mean that the drivers can work with more peace of mind, since they do not have to worry about the safety of their valuable cargoes, or even their personal safety on top of the normal cares of a demanding job. “Since we started this initiative, the number of robberies has fallen massively,” confirms Witt. More protection and comfort for drivers, theft prevention for goods and operating equipment – video technology from Dallmeier ensures that the logistics chain does not break down on the roads and highways.