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Premier Indian Broadband Provider Gets Optical Upgrade with Zyxel GPON Solution

GTPL Hathway is a cable and broadband provider headquartered in Ahmedabad, India. Founded in 2006, the company has become an industry leader in a short period of time. It currently maintains more than 20,000 kilometers of optical fiber cable, serving 8.7 million households in about 500 cities across the country. As India’s premier multi-system operator (MSO), GTPL is devoted to developing and delivering video products and data services of the highest quality. Challenges There were numerous network obstacles that GTPL wanted to overcome. Their first objective was to build an infrastructure that could handle the countless demands of schools, hotels, and similarly large enterprises. The company’s current point-to-point architecture was insufficient and unable to provide the seamless and uninterrupted connectivity that those sectors expect. Second, they hoped to have the ability to deliver on their promise of 80Mbps transfers. Users opting for this top-tier plan would likely be the most critical; if the speed was consistently lower than advertised, these customers would be at risk of being poached by competitors. Lastly, it would be essential to ensure that the network was self-sustainable and secure. By going with Zyxel’s potent and efficient GPON solution, GTPL was headed in the right direction. Solutions and benefits At the center of GTPL’s upgrade was the workhorse OLT2406 2U temperature-hardened 6-slot chassis GPON OLT, which Zyxel designed specifically for largescale projects. The OLT has the dexterity to handle a number of critical responsibilities – configuring and managing VLAN, running resiliency tools such as Storm Control and Loop Guard, as well as supporting proxy ARP. The agile OLT1408A 8-port GPON OLT was deployed for more remote locations due to its compact chassis with low power consumption, triple power source redundancy, battery support, and full remote management. This fiber backbone was necessary to overcome the distance limitations of traditional CAT 5 cabling. The PMG5317-T20A and PMG1005-T20A GPON ONT were deployed to bring this high-speed wired connectivity to subscribers. The devices are able to link to the OLT via a comprehensive and easy-to-use management interface, which also allows for convenient remote access. With built-in QoS, it also ensures that the triple-play applications are given the bandwidth they need. The completed network delivers the optimized power and coverage that GTPL expected. In addition to speeds of over 80Mbps, the fiber connectivity offers greater security and reliability compared to a traditional copper LAN infrastructure. This security is further bolstered by the Zyxel EMS NetAtlas, a powerful management system that centralizes and simplifies decision-making for the entire network. Now – thanks to a GPON solution from Zyxel – the cable and broadband giant can provide entertainment and communication services that will leave the competition in the dust.

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MOBOTIX Innovative Thermal Cameras Communicate with Extinguishing Systems to Prevent Fires in Production

Things get hot when pots and pans are polished in the production process at Kuhn Rikon, the number one Swiss brand for crockery and kitchen aids. Dust explosions can easily occur if the temperature rises above a certain threshold, which in the worst-case scenario can lead to significant fire damage and production outages. Initiated by ITES GmbH,  MOBOTIX and Hekatron Brandschutz teamed up in a joint project to deliver 360° protection against this risk for Kuhn Rikon. MOBOTIX thermal imaging cameras are connected to the fire alarm and extinguisher control center Integral IP at Hekatron Brandschutz. The cameras monitor the production process for critical temperatures and intervene autonomously in the production process. Not only does the system trigger an alarm in the case of possible overheating, it automatically stops the production machine and starts the extinguishing process where necessary. In June 2015, overheated polishing plates caused a dust explosion at the Kuhn Rikon main facility in Rikon in the Töss Valley of Switzerland, precipitating a devastating fire that destroyed the production system and parts of the factory building. Together with the associated production outage, the total damages amounted to CHF 5.2 million (€4.6 million). The production outage alone cost the company CHF 1.4 million (€1.2 million). “Luckily no-one was hurt, but the incident made us drastically aware that we urgently require reliable protection of our production processes that exceed the scope of normal fire protection,” said Paul Brunschwiler, Production Technician at Kuhn Rikon AG. MOBOTIX M16 thermal cameras: Tailored programming & ideal prevention Project manager Mathias Stauffacher provided the convincing proposal of connecting the thermal cameras M16 Thermal by MOBOTIX with a fire alarm and extinguishing control center at the firm Hekatron Brandschutz. The M16 thermal cameras by MOBOTIX offer outstanding image resolution and enable precise monitoring of all danger zones within the Kuhn Rikon production workflow. In addition, the software package for the IP cameras allows tailored programming to suit the needs of the Swiss company. “We exactly programmed all three escalation levels – a warning for critical temperatures, production stop when the threshold is exceeded, followed by immediate initiation of the extinguishing process after the production shutdown to prevent any spread of the fire,” adds Stauffacher. Kuhn Rikon: Significantly fewer production errors, production process boosted by 5% “ The compatibility with MOBOTIX and Hekatron Brandschutz, as well as the user-friendly and low-maintenance system, convinced us 100 percent. Continuous, precise temperature measurement also allowed us to optimize our production process to ensure that we always operate at the ideal temperature and largely prevent any production errors. Overall, we managed to optimize our production process by around 5 percent and in doing so make the general working atmosphere more pleasant for our employees,” reports Paul Brunschwiler. “The incident at Kuhn Rikon plainly shows that fire protection for technical systems is extremely important as a ‘life-insurance policy’ for the company. Here, protecting the employees and the company’s output go hand in hand,” said Daniel Triebswetter, Specialist for Extinguishing System Control at Hekatron Brandschutz, “The solution for Kuhn Rikon catches the eye with its simple connection of the MOBOTIX thermal image camera to the fire alarm and extinguishing control center Integral IP, as well as the smart fire management system – from production stoppage to triggering the extinguishing system.”

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Something Fishy: Raytec Protects Marine Species in California

Raytec’s IR illuminators have been installed across several beaches in Southern California. High quality even illumination has provided the client with 24-hour video surveillance, and enabled them to begin monitoring the spawning of a unique marine species. The challenge For SCP Electrical, the local electrical contractor working on the project, the main challenge was to obtain high quality night-time images, over a wide area, and long distances. With little ambient lighting available, cameras needed additional IR illumination to provide quality images, 24 hours a day. The solution would be used to meet multiple surveillance goals. As well as requiring high quality illumination for general surveillance of the beach (to support the camera’s analytics software for facial recognition requirements), the client also needed to monitor the numbers of a unique species of fish, found only on the coast of Southern California. During nights after a high tide, ‘grunion fish’ spawn en-masse along the beaches of Orange County. Because of their vulnerability, the grunion fish are protected during their spawning season, and fishing is prohibited. Spawning exclusively at night, high quality IR illumination was essential to ensure protection laws are enforced, and to allow numbers of the fish to be monitored. In addition, the client also wanted to monitor coastal erosion, using images over a sustained period to analyse any notable changes to the shoreline. The solution With Sony PTZ cameras installed across several beaches, the solution was to install one RAYMAX RM300 IR unit with every camera along the coastline. This provided crisp, clear images, with improved overall performance of the analytical software. The RM300 delivered even illumination across a wide area, allowing the required distance of 70m (230ft) to be easily achieved. Controlling the illuminators via the photocells provided a fully integrated system, allowing illumination throughout the night, and ensured the camera and analytics software could operate 24-hours a day. Why was Raytec chosen? The selected illuminator would have to cope with the demands of a coastal application, as well as the hot climate of Southern California. With a proven track record in a wide range of extreme conditions, Raytec illuminators provided the perfect solution. RAYMAX’s long-life and zero-maintenance also meant lifetime maintenance costs could be minimised. The unique Adaptive Illumination™ concept provided the ultimate level of flexibility – with 180° illumination to maximise the PTZ camera’s field of view, while still easily achieving the required 70m (230ft) distance. Shannon Pommerenk, Owner of SCP Electrical says, “Each beach location required a large coverage by the PTZ cameras and there is absolutely no lighting on the beaches, so it was necessary to view long distances (70m) and clear images at night. A camera with built-in IR illuminators do not come anywhere close to the performance and even illumination of the stand-alone Raytec IR Illuminators”.

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3xLOGIC Junior Achievement of South Florida Upgrades Security System

3xLOGIC, Inc., a leading provider of integrated, intelligent security solutions, and a three-time Deloitte Technology Fast 500™ winner, working alongside Sonitrol of Fort Lauderdale, has completed a highly-anticipated security system upgrade for Junior Achievement of South Florida (JASF) at the organization’s JA World Huizenga Center at the Lillian S. Wells Pavilion (JA World). JA World is located on the Broward College North Campus in Coconut Creek, Florida. With over 60,000 square feet of learning areas, rentable meetings rooms, and the Huizenga catering kitchen, JA World is the largest Junior Achievement facility in the world. Each year, more than 21,000 5th grade and 20,000 8th grade students from Broward and south Palm Beach counties visit the facility. The 5th graders learn basic economic concepts, workplace skills, and personal and business finances in a simulated city built for young students. The 8th graders focus on how their educational choices will impact their future earning potential, managing a budget and learn ing about high growth industries to help spark their career exploration. “Each day, 450 students participate in JA BizTown and JA Finance Park simulations at JA World. Their safety and the safety of our volunteers, staff, and guests is of the utmost concern to us,” said Laurie Sallarulo, President & CEO, JASF. Sonitrol of Fort Lauderdale started working with JASF in 2008, in the early design/ build phase of the facility, and through its completion in 2009. The initial security system included remotely managed access control, verified audio intrusion detection, and analog cameras. At the time, IP cameras were considered too expensive. Working in tandem, Sonitrol of Fort Lauderdale and 3xLOGIC designed a system upgrade that, through a combination of discounts and donations, JASF could afford. It also helped that John Ray, President of Sonitrol Fort Lauderdale, is a long-time, active JASF Board member. In order to fit JASF’s budget, Sonitrol of Fort Lauderdale installed a 3xLOGIC hybrid NVR, enabling JASF to protect their analog camera investment, while adding in higher-resolution IP cameras for expanded coverage. The hybrid solution also creates a migration path, allowing JASF to continue improving visibility with new IP cameras over time as their budget allows. “As part of ongoing security and safety improvements, our staff participates in an annual active shooter training,” explained Monica McNerney, VP Operations, JASF, “And during those trainings, two things became clear. We needed to cover more areas with surveillance, and we needed to partner more closely with local law enforcement to give them real-time access to our system in case of an emergency.” Leni Smith, who manages day-today security matters, reviews video after an incident is reported to her, “I really like how with the upgraded system I can use motion detection alarms to hone in exactly the video I need to review – I bet we’ve cut the time for review easily in half, if not more. I also really value how I can draw a box in a camera view and zoom into that area easily and quickly to find out exactly what happened.” Jennifer Thomas, Vice President of Operations for Sonitrol of Fort Lauderdale also discussed continued improvements that are planned for JA World, “We are actively designing phase II of the camera upgrade, which will include improved coverage and image clarity for camera views outside the front doors. We are also ready to deploy our latest technology for the main lobby area – TotalGuard. TotalGuard is a great solution for emergency situations. It allows JASF personnel to alert the Sonitrol central station and transmit real-time audio and video to the monitoring center, for prioritized verified police response.”

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CP PLUS Extends its Security Cover to SDMC Primary Schools

Future of a society begins with the safety and security of its children. To ensure a safe and secure educational environment for the school going children, SDMC (South Delhi Municipal Corporation) was aiming to erect a dependable security infrastructure in its 334 primary schools across New Delhi. Following this objective, SDMC mooted a project to procure the latest security and surveillance equipment and establish a surveillance regimen. In search of a reliable partnership through official selection procedure, this project required the supply, installation, commissioning and maintenance of CCTV surveillance cameras for on-premise safety and protection of the school students and effective monitoring of the teaching as well non-teaching staff. CP PLUS proposed a comprehensive list of surveillance solutions for this righteous cause, and eventually partnered with SDMC to extend its security cover in the 300 plus SDMC primary schools. Challenges faced Ensuring on-premise safety of school children becomes the prime responsibility of the school administration. While in the SDMC primary schools presence of minors significantly raised the level of vulnerability on ground, increasing number of social crimes against the minors was also posing a continued threat. Introducing the aspects of surveillance and remote monitoring became a plausible alternative in sight to ascertain security of the school premises. Also, surveillance was one of the prime necessities in deterring every type of mischievous or unusual behavior, tracking of suspicious internal activities and curtailing external threats such as acts of vandalism or violent terrorist attacks. Consequently, the school authorities planned to raise a well-structured security mechanism and activate the surveillance regimen in around 300 plus primary schools. Solution by CP PLUS CP PLUS, known for its state-of-the-art surveillance solutions, customer-centricity, and reliability since more than a decade, emerged as a trustworthy partner for this project. Realizing the criticality of the SDMC project, CP PLUS was up for action. CP PLUS team ensured not only better product solutions but also gave unmatchable support and superior quality of service in the supply of the required number of surveillance equipment and peripherals. A total number of 344 SDMC primary schools were covered under this project. In quantity, more than 4,350 2MP HD cameras along with 344 16Ch DVRs were commissioned and installed to safeguard the SDMC school premises. Main areas where the installation and commissioning of CP PLUS security and surveillance solutions was carried out were principal’s office, main entrance gate, all corridors, toilets entrance and school boundary walls. The impact CP PLUS left no stone unturned in the execution of this project. A critical aspect of security – remote monitoring was introduced into the existing school apparatus, which was the pressing need for an educational institution with large number of minor children on-premise. This in turn, enabled the school administration in preventing all types of security threats in an intelligent manner. Monitoring of the core areas in the school prepared the school administration to act against several security concerns at the stage of detection, minimizing the risk of life-threatening scenarios. Threats which were downsized by scaling a robust surveillance mechanism were: Tracking of visitors through surveillance of the entrances. Monitoring of minor’s safety via surveillance of the school corridors. Detection of mischievous/ unusual/ violent behavior or suspicious internal activities. Monitoring of non-teaching staff with surveillance cameras at the toilet entrances. External threats, intrusion detection with the surveillance of boundary walls. The project was executed with precision, and commissioning of all the surveillance equipment was complete as per the designated timeline. The entire execution process of the CP PLUS team was lauded by the SDMC authorities. Regarding the support and quality of service delivered by CP PLUS for the project, J.L. Gupta, Education Director said, “The project was quite elaborate and involved setting up of a surveillance mechanism in more than 300 SDMC schools. CP PLUS products and equipment fitted the project criteria very well. We received an excellent service delivery as well in the installation and commissioning of the security and surveillance equipment. A prompt execution was something we would like to express our gratitude for, and this project definitely raises our expectations from CP PLUS for future.”

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See More with AI Solutions

To compete and thrive in today’s crowded markets, businesses and institutions need to work smarter. Based on a technology called Deep Learning, Artificial Intelligence (AI) ‘trains’ computers to do tasks faster and better than what human beings can do. For example, in the application of video technology, AI makes it possible for security and business systems to recognise people, vehicles, as well as identify customer interests and certain scenarios that may sometime have human oversight like shelf items are running out of stock, and more. This means it’s now possible to automate many key surveillance tasks and business processes. Work smarter and safer with Hikvision When it comes to delivering the insights that today’s organisations need, Hikvision is a pioneer in security and beyond. Our industry leading smart cameras and infrastructure solutions, engineered with AI technology integrate a range of tools to support smarter decision making, from people counting and facial recognition to vehicle recognition and automated security alerts. The application for Hikvision’s smart technologies is virtually limitless. We help banks protect employees, customers, branch offices and ATMs. We help retailers understand footfall in their stores and optimise their merchandising strategies, and we help city authorities reduce congestion and pollution with smart traffic management solutions. One partner with a world of insights Hikvision offers a broad range of technologies needed to help organisations work smarter – from next-generation cameras equipped with AI and deep learning technologies to smart ‘edge’ infrastructure and deep data analytics capabilities in the cloud. As such, we give one point of access to a world of insights to help organisations work smarter, and crucially protect people and assets from security threats. Powerful new technologies like machine learning and artificial intelligence have recently been developed to offer an entirely new level of security. Video capture and recording solutions today can record facial images and compare them with incredible accuracy. Hikvision is right there at the forefront of this exciting new horizon in protecting our communities, loved ones and property.   There are many ways to use facial recognition to keep people safe, enhance business operations, as well as improve our everyday lives with optimised services. Here’s a glimpse into how it works and how we can use it to make the world safer each time it’s needed. Law enforcement This technology serves the best where suspect identification is most critical, including government and diplomacy buildings: borders and customs areas: travel nodes such as air and sea ports, just to name a few. Also, law enforcement personnel will find a more efficient way to investigate incidents with advanced footage retrieval using recognition capabilities and vehicle traits analysis algorithms. Time & attendance reports Now there is a better way to track attendance. Based on facial recognition technology, this new method is quicker, safer and more accurate. Thanks to this technology, employees no longer need to remind themselves to carry ID cards all the time and professors will no longer need to take roll one by one. A great tool at educational campuses, factories, and events and conferences. VIP recognition Loyal VIP customers are enormously valuable to commercial entities, but the service staff cannot always identify them immediately. Intelligent facial recognition cameras, however, can provide unique opportunities that were previously unavailable. When customers choose to participate in VIP programs, marketing promotions or other incentives, facial recognition technology will give retailers accurate tools to identify VIPs and loyal customers so staff can provide the right kind of service at the right time. Hikvision facial recognition can create new possibilities to optimize next marketing programs. Blacklist alarm Using the Blacklist alarm provides extra help to law enforcement personnel to identify known suspects in designated areas and secure public safety. For commercial customers, a list of interesting people can be used in a similar way to trigger attention and action needed if ‘unwanted’ people are detected at sports venues, malls and hotels etc. This AI technology is applicable in banks, shops, airports and casinos. Vehicle identification management applications The ability to identify vehicles can provide major benefits for local authorities, businesses and a range of other organisations. It becomes possible, for instance, to improve entrance management to schools, offices and factories, or to implement congestion charging strategies in city centres. Vehicle recognition technology also supports a wide range of traffic management solutions that keep vehicles moving in busy urban areas, improve road safety and speed up responses to road traffic incidents and offences. As of now, this technology is mainly reflected on vehicle number plate recognition and vehicle feature recognition. Recognise vehicle number plates in real time The Hikvision ANPR application captures a vehicle’s license plate in real time, and compares and/ or adds it to a pre-defined list. Once a number plate is recognised and stored, an appropriate action is taken such as opening a gate, adding a cost, or generating an alert. Recognise vehicles Hikvision’s vehicle recognition feature uses a deep learning algorithm to distinguish between small and large vehicles, with the added ability to detect the make, model and colour. The system can be programmed to search for anomalies such as cars travelling in designated bus lanes, or vehicles driving without license plates. This AI application enables entrance, exit management, parking lot management and traffic violation management.

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Hilti Studies Façade Fires in Real Life Condition in Partnership with UL

Brij Bhushan Singh  Fire Protection Codes & Approvals Consultant, Hilti With increasing urbanization and changing architectural trends, innumerable buildings and skyscrapers with glass facades are adding to our city skylines, and hence it becomes imperative to understand the challenges posed by such infrastructure. To be aware of the hazards associated with façade fires, Hilti has partnered with UL LLC to study the spread of fire in real life conditions at Indian Institute of Technology, Gandhinagar. In India, as per the National Building Code 2016 under clause 3.4.10.2 (b) – “All gaps between floor slabs and façade assembly shall be sealed at all levels by approved fire-resistant sealant material of equal fire rating as that of the floor slab to prevent fire and smoke propagation from one floor to another.” One of the key questions to be asked here is what kind of test should be performed to evaluate the performance of such firestop system that ensures that it would work in Indian scenario as well. To address this question, UL and IIT Gandhinagar built a set up to explore through a series of planned tests to identify what works and what does not. The test set up The test setup consisted of a three storey building constructed of steel frame structure, and total three fire compartments were made at each floor. The deck slab of each floor was made as a concrete steel deck. All the steel columns in the test set up were protected by the traditional practice of protecting the steel – i.e., with masonry cover. Towards the fire load, most of the contents were made of realistic furnishings (sofa, bed, carpets, chairs etc). Later some fuel was added to match the occupancy calorific value close to that for the residential and commercial occupancies recommended as per NBC. This was done by adding a wooden crib. Test sequence For the firestop evaluations, UL and IIT, Gandhinagar carried out multiple research tests in the following sequence. Test A: With non-rated firestop – Internal spread Firestop was provided in the form of 12mm thick plywood planks. Initial ventilation was provided at the ground floor (GF) by opening the external door. Ventilation factor was increases as fire caused façade material to fail. Spandrel was purposefully made of concrete to force the fire to go from inside only and have full impact on firestop installed. Test A: Conclusion In the case of non-approved usage of firestop like wooden plate at the edge of the slab, the fire reached the first floor from the ground floor in 6 mins and finally reached the top floor of the building in 17 mins. Hence the usage of such unapproved systems like (wooden plates, steel plate etc.) will be a high threat to the life safety of occupants of the building. Test B: With tested and approved Hilti firestop – Internal spread UL approved firestop from Hilti was installed. Initial ventilation was provided at GF by opening the door. Ventilation factor was increased as fire caused façade material to fail. Spandrel was purposefully made by concrete to force the fire to go from inside only and have full impact on firestop installed. Test A & Test B: Conclusion I n the case of usage of approved system like ASTM E2307 tested systems, the firestop systems held its place and contained the fire in the ground floor. It did also not let the heat spread to the upper floors more than 80˚C for the entire duration of the test in such a real life building test scenario. The provisions of ASTM E2307 are intended to restrict the interior vertical passage of flame and hot gases from one floor to another. Its use is recommended by many building codes to evaluate the fire resistance rating of the perimeter fire barriers. As per International Building Code 2015, Clause 715.4: “Exterior curtain wall/ floor intersections – where fire resistance rated floor or floor/ ceiling assemblies are required – voids created at the intersection of the exterior curtain wall assemblies and such floor assemblies shall be sealed with an approved system to prevent the interior spread of fire. Such systems shall be securely installed and tested in accordance with ASTM E2307 to provide F rating for the time period not less than the fire resistance rating of the floor assembly.” ASTM E2307 test Test sequence Cycling test: In ASTM test, before subjecting the firestop sample for fire tests, the test method requires joint systems with movement capabilities to be cycled through the intended range of movement prior to the fire test. The movement cycling is intended to demonstrate the compatibility between the individual components of the joint system and the supporting construction. Fire test: Throughout the fire test observations are made about the fire and hot gases on the unexposed side of the perimeter fire barrier or any adjacent supporting construction. Conclusion We believe such exploratory study along with UL LLC’s and under IIT Gandhinagar’s supervision will be able to guide the industry to use only tested systems which perform and save lives such as movement capable fire rated perimeter firestop systems tested per ASTM E 2307 standard. Avoiding or compromising the edge of the slab opening with no systems or untested system means compromising with the safety of people. Perimeter fire barriers are one of the systems required by the building codes and it’s an effective fire and smoke resistance compartmentation methodology. The test at IIT from Hilti and UL is only an effort to drive scientifically driven and appropriately tested systems in India to ensure safety at the highest level.  

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Banks and Changing Security Technology

ATM skimming is widespread in the US and is spreading across the world. This technique employs a fake device placed over the ATM keyboard which records the bank account information and the PIN number when a debit card is inserted. This technique is also used at PoS venues, gas/ petrol pump stations and alike. These skimming devices have different physical appearances to match the PoS equipment but the underlying technique is the same. The stolen customer bank information is used to make fake cards which are used to commit fraud and empty customers’ bank accounts. Hundreds of these incidents are being reported per month and there is no easy way of catching the culprits. A camera placed in the vicinity, with skimming detection software, can video tape the incident and generate alerts to the proper authorities. Earlier, the magnetic tape was used within the card which is now being eliminated and is replaced by a chip. This has though drastically reduced the number of fraud cases, but in the case of skimming even the chip card is not so useful. Possibilities All these scenarios can be dealt in a blow by implementing actionable video intelligence software. Moreover, if every transaction is trapped with a photo of the person plus a small video clip and relayed back to the bank monitoring system, it can alert the bank authorities immediately. In case the bank uses facial recognition, it introduces another level of barrier to committing a fraud by denying the person access to the account as well as locking the door of the ATM booth. There are several possibilities of using proper software that can most likely mitigate/ eliminate fraud across the banking system. Sometimes an USB stick with malware can be inserted into a computer to infect and create havoc in the system. Skimming is similar because the only point of entry into the secure banking network is the ATM or PoS entity. Banks have their entire network secured, no external access is allowed, plus all point to point communication is encrypted using a 512 bit key AES algorithm. So, the criminals have figured out a weakness in the banking system armor in the form of ATM or PoS, which we believe can be solved by using software. Challenge Given all these, video surveillance in traditional sense needs to be and is going through a fundamental transformation with the ongoing advancements in technologies, and it is inevitable. However, these technological advancements are typically resisted by large institutions such as even banks because of the large capital expenditure involved in the transitioning of these traditional systems to modern, scalable and upgradeable future proof ones. Very often this short sighted view comes at a long term cost where both bank customers and the banking industry suffer. The amount of capital lost by the banks and the forfeited customer trust in the banks cannot be easily measured and restored. Technology trends in video surveillance industry Analog cameras are being replaced by the digital/ IP/ network ones to compete the demand of the day. Unlike a decade ago when each camera had its own proprietary interface, the interface is now standardized that has lifted the monopoly allowing several players to enter the market. NVRs are being replaced by powerful servers which are capable of scaling both by compute as well as storage. This shift was resisted just a decade ago when IT infrastructure personnel resisted moving infrastructure to the cloud. Almost all fortune 500 companies have either moved their IT infrastructure to the cloud or are in the process of doing so today. The fastest and most reliable growth in the video surveillance industry is occurring in the area of video software. Video analytics in relation to simple motion detection, line crossing, unattended object and so on, which are performed by almost all vendors, is quickly becoming a technology of the past. The advancement in hardware technology now allows manifold increase in software performance without impacting the incoming video stream. In the past, software algorithm implementation was limited by the available hardware thereby impacting the incoming video stream where frame loss and jitter would compromise the surveillance system. Customers today are demanding sophisticated features and requirements that were not seen in the past. Increase in the network speeds over the past decade has been exponential, and that in itself lends to several new and exciting possibilities. For example, in a critical video application, more than one compute node could be processing the same video stream and looking for information that a single node possibly cannot perform. Where do all these lead us to – this question needs to be answered. Below are some of the technology advancements and how the banking industry can benefit from them: Actionable video intelligence: Actionable video intelligence is the key phrase that will transform all video applications across all industries. Facial recognition: This technology is applicable inside the ATM booth as well as when a customer enters the bank premises. It triggers the need for an overall banking application that ties together several different aspects of banking operations. Trapping customer transactions at ATM booth: Transmit customer photo to backend bank database every time an ATM transaction occurs. This will help enabling fraud detection possibilities if several such transactions occur in quick succession at different ATM booths. Scamming: Software that detects scamming inside the ATM booth generates an alarm and locks the entry/ exit ATM booth door. Non-booth ATM scenarios: Implement ‘loitering’ and ‘crowd detection’ video analytics algorithms within the vicinity of public ATMs and generate alarms, when necessary. Monitor bank personnel performance and analytics based on customer queue length: This can be implemented as ‘actionable video intelligence’ to provide feedback to bank management. This is a machine learning and artificial intelligence application that gives management feedback that allows a better satisfiable customer experience by observing real time occurring processes. This will eventually lead to a ‘SoP’ (standard operating procedure) which holds all personnel accountable. Monitor inside and outside bank…

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Prasad Patil Speaks

Prasad Patil Chairman – SECONA , Director – MIPL SecurityLink India (SLI): What is the entity called Maha Infotech Pvt. Ltd. (MIPL) and what is its unique selling proposition? Prasad Patil: Maha Infotech Pvt. Ltd. (MIPL) was founded by me and my Co-director, Sudhir Deshpande – almost 18 years ago. MIPL primarily provides IT and security consultancy, and we focus on the application of technology to solve information challenges and mitigate security risks. SLI: Kindly give a brief about some of your flagship projects? Prasad Patil: We have been very fortunate to be involved in some extremely challenging – and hence satisfying – projects, especially in the security domain. We pioneered the concept of safe cities in India with our Nanded Safe City project, which was a true safe city project that happened in 2012 – much before even Mumbai! It involved not only video surveillance but also public address, panic switches, a unified command and control, and a network that was completely owned by the city. The project won several awards in India and internationally. Another very interesting project we designed was the Tank Truck Locking System (TTLS) project for an oil & gas major in India. TTLS involved the application of technology to eliminate instances of adulteration and pilferage in the transportation of fuel from terminals to retail outlets. Several technologies were used in the project such as secured locking, global positioning system (GPS) based vehicle tracking systems (VTS) and a customized application that would generate one time passwords (OTPs) etc. The substance of satisfaction that we achieved during this project was the opportunity to help solve a very real social problem – and a problem that is absolutely unique to India. It was the first time that this technology was applied to the oil & gas transportation sector anywhere in the world! SLI: What are the challenges that, as per you, prevail in Indian Security and Safety market? What are your recommendations? Prasad Patil: The challenges are multi-fold – the first and foremost being the lack of knowledge and skills. This is a genuine challenge and one that is holding back the growth of the industry. The upgradation of knowledge and skills is imperative for any industry to succeed. This can happen only through upskilling across the board, across all the stakeholders of the industry, and all of us regardless of our role have to be involved in it. If an industry is not upskilling, it is slowly killing itself. The government has a role to play here in terms of standards and certifications. It is great that Bureau of Indian Standards (BIS) has now established standards for surveillance cameras – but it is only the beginning. Eventually we need to have Indian standards for even security installations. Similarly, there must be certifications mandatory for providing security technology services. Very often, those involved in the design and application of security technology projects have little understanding of the technology per se, which leads to project delays, time and cost overruns, and eventually all-round heartburn that affects the growth of the industry. SLI: What is your take on the status of the Government’s 100 smart cities projects as on date? Prasad Patil: The rollout of the smart city program has certainly been tardy. My frank take on the smart cities project is that it is too focused on technology. It is almost as if the technology is the end and not a means to an end. A successful smart city program can be evaluated only by its impact on the quality of life. That has to be the objective and not just spending tons of money on technology that we may not need. Also, there has to be a serious thought to sufficiently customize – or ‘Indianise’ – the technological components. Eventually, every urban or semi-urban, or even rural area would like to smarten itself. They also have to be empowered to do so. According to me SMART is an acronym that signifies Security, Mobility enhancement, Access to needs, Resource conservation and Training. The last part – Training – is the most critical part that can lead to genuine transformation. SLI: Being one of the leading safe city experts, kindly elucidate how far our cities are safe and smart on ground, and what are the delaying factors, if any? Prasad Patil: There is a lot being done on the ground to make our cities safer. Police and city administrations are certainly thinking in the right direction – in fact no government can afford to ignore issues of security and safety. So there is enough sensitization to roll out safe city programs. However, one must not equate a safe city with just installation of thousands of cameras. In addition to video surveillance, we need to use preventive, predictive and perceptive technologies. There is also a tendency to convert safe city programs into IT programs – and that should be clearly avoided. I also fail to understand why Indian cities spend so much money on leased networks, when at a fraction of the amount they can establish their own networks, which are independent, scalable and able to be leveraged by other applications. Citizen engagement is also a continuous and critical task and every smart city program should actively encourage the same to redefine and evolve the deliverables. SLI: What is your take on the safety and security culture in India, how it is important and how can that be built fast to commensurate with the growth of technologies to achieve better results? Prasad Patil: I am sorry to say – but there is no safety and security culture in India. ‘Safety First’ is often only a slogan for many and the mindset is ‘if there are any safety and security rules, they have to be followed by others, not by me.’ The only permanent solution here is to conduct education and awareness programs in our schools and colleges – at least our future generation will be more conscious about keeping themselves…

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Array Networks Investing $20m in Research Lab, Design in India

Array Networks Inc, is investing $20 million in India. The investment will be largely in setting up and running Array Center for Technology Innovation (ACTI) focused on product innovation and design center, as well as augmentation of highly skilled research and technical manpower. Array Networks aims to increase its manpower by 500% by the end of 2019. Fiscal 2018 saw a promising YoY growth of 40% in the India market. The major chunk of this impressive growth came from the government, BFSI, aviation, media and education verticals. With this investment Array Networks will ‘Design in India’ by developing innovative, cutting-edge technology solutions from India for all its global requirements. Michael Zhao, President and CEO of Array Networks was in New Delhi to make these announcements at a press conference. Exhibiting confidence in the Indian market and enthusiasm for the company’s recent growth in the region, Mr Zhao said, “India is one of the fastest growing regions for Array Networks, and we are excited to see the growth momentum our India team has been able to achieve under the leadership of Shibu Paul. We are aiming to address larger and strategically important customers in the region and add to our skilled technical manpower to drive even more growth. The key to our continued success will remain in our ability to be nimble yet provide leading-edge technology solutions that truly benefit our customers.” Array Networks envisages a progressive growth and ROI from its technology research center and expects to increase its high-skilled technical workforce for the lab by 5x. The lab will help Array Networks design custom made solutions for global customers and enable the company to launch new products in shorter timelines. Apart from the ACTI, Array Networks also intends to set up an advanced repair center for customers in the region. “With a strong recognition of current Indian market dynamics, Array Networks aims to focus the team’s expert knowledge on tapping into the right resources at the right time,” said Shibu Paul, Vice President of International Sales for Array Networks, “Our goal is to bring about a paradigm shift in terms of planning, approach and implementation of Array’s products and solutions in India and the extended region by making use of our state-of-the-art technology.” Array is a network functions platform company that combines the best attributes of dedicated hardware, virtualization and software-centric computing to create an environment that provides guaranteed performance for virtual networking and security functions.    

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