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CCS SurfacePro

Honeywell Command & Control Suite Release 200

Honeywell has introduced its latest smart building technology, Command and Control Suite release 200 (CCS R200), which connects building personnel with data analytics to help drive operational improvements and efficiencies. CCS R200 builds on the original Command and Control Suite by offering more user interfaces to bring building performance data to key personnel, when and where they need it – from building operators and managers to security incident response teams – helping to reduce operational costs, mitigate risk and enhance business continuity. CCS R200 combines intelligent automation, advanced analytics and data visualization with the contemporary user experience of consumer home and mobile electronics, bringing simple, intuitive displays to building operations to enhance facility and security management in an easy-to-understand manner. The latest release brings the holistic integration, mapbased visualization and incident workflows of CCS to the control room works t a t i o n , desktop PCs and windows tablets, extending the software’s mobile, touch-optimized experience to more interfaces. This creates a seamless hub of information pulled from IT networks, building control systems and outside sources, which allows for better incident response and operational decision-making. “The value of a building’s data is dependent on how easily the right people can access and understand it. As today’s operations become increasingly data-driven, it’s imperative for organizations to ensure they’re taking steps to make this data accessible and actionable to those who need it in order to do their jobs such as security personnel, building operators and C-suite executives,” said John Rajchert, President of Building Solutions, Honeywell Home and Building Technologies, “That’s why we chose to develop more interfaces and software mobility functions with CCS. We’re providing additional ways for key personnel to tap into key building insights so they can keep systems up and running and optimize building operations.” Building off the basic components of the original Command and Control Suite, CCS R200 is designed with the same ease of use as the Command Wall, which was designed as a collaboration and team decision-making tool, and features map-based visualization and navigation from a single intuitive touch screen. CCS R200 brings that same ease of use to core operational interfaces, the Command Station and Command Console, extending an organization’s ability to turn complex data into easy-to-implement changes to enhance overall building operations. The Command Station is a single window, single monitor interface, designed for a desktop PC, laptop and Windows tablet, and is often ideal for facility technicians, security guards and management as well as for casual use by occupants. It allows even inexperienced users to quickly understand the overall situation at a glance by pro viding unique insights in a straightforward manner, while allowing expert users the ability to drill down to technical detail and full system control. The Command Console, in contrast, is a premium multi-window, multi-monitor interface designed for engineers, control-room operators, and building mangers, and others who need to view insights from multiple systems and areas of a building simultaneously. It seamlessly integrates with Honeywell’s digital video manager console to access and provide a view of video footage and corresponding data for improved operational decision-making. In addition to new interfaces, CCS R200 includes enhancements to the original system’s incident workflow feature, which guides users through scripted responses to security incidents and other emergencies. The enhancements include map visualization to clearly locate an incident, such as a fire alarm going off, to quickly identify the exact location. Integrated with the underlying control system, workflows can be initiated by system alarms and procedure steps can include operatorinitiated control actions such as announcement, equipment start up, door release and other actions depending on the needs of the incident. Additionally, with CCS R200, organizations can issue multiple Incident Workflows, which can be managed by different people in order to promote efficiency and overall security. CCS R200 integrates with Honeywell’s flagship building management platform, Enterprise Buildings Integrator (EBI), which helps facilitate the integration of security, comfort, life safety and energy systems among other functions. CCS R200 is available now.

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cp_plus

CP PLUS Launches First Manufacturing Facility in India

CP PLUS is bolstering its production in India by opening its first dedicated manufacturing plant in Andhra Pradesh, India. They are setting up the manufacturing facility under the Honorable Prime Minister’s ‘Make in India’ initiative which lays a lot of emphasis on R&D and local development of goods. Established in Chitoor, near Tirupati, Andhra Pradesh, the state-of-the-art facility is equipped with world class technology for manufacturing a wide range of security and surveillance products to cater to the needs of government, defense, navel and key infrastructure projects which is ideal for Indian environment and various challenges. The facility has also indigenous R&D and Test Lab to ensure stringent quality standards and innovations of the products. With a productions capacity of 2.4 million cameras and 0.6 million recorder per year which is scalable to 6 million cameras and 2 million recorders, the new plant enables CP PLUS to upsurge its production capacity in India and to serve its consumers better and more effectively. Commenting on the launch, Aditya Khemka, Managing Director, CP PLUS India and Aditya Group said, “Security is a huge concern in India presently and CP PLUS intelligent solutions will go a long way in taking preventive steps towards a safe and secure world. This investment demonstrates our ambition to grow in the important Indian surveillance and security market. We are also designing some unique products and solutions indigenized to meet the dynamic needs of our customers.” The state-of-the-art manufacturing facility boasts of a robust R&D lab that is equipped with the latest technology to create and test breakthrough technologies and product. CP PLUS also aims to create hundreds of jobs through this initiative. Over a time, as the production expands, the demand for skilled workforce will also increase.  

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matrix cosec face recognisation

Matrix COSEC Facial Recognition

Matrix has recently unveiled its indigenously designed COSEC Facial Recognition. Matrix COSEC Face Recognition is based on innovative, deep learning technology, which evolves as per regular user interaction in different conditions. It identifies a user quickly and accurately with 1:1 or 1:N identification method. The technology checks liveness of a face with 99.53% accuracy. It accepts the user’s mobile as a credential, which eliminates hardware cost and makes the verification process simple and secure. With contactless authentication, Matrix COSEC Facial Recognition technology reads the user’s face through COSEC APTA application. It ensures contactless authentication and identifies user’s face in < 1 second.  It eradicates the issues of identifying varying height of user(s) as the user needs to capture the image of their face in a smart phone for authentication process. Moreover,it works well even in low bandwidth conditions and is agnostic to changes in facial hair, angles and lighting. “Matrix Facial Recognition is a powerful tool conceived with liveness detection method. It has the ability to read beyond the surface of the skin and identifies real skin within fraction of a second. With the addition of these unique biometric technology in our range of security solutions, we want to weave our image as a company manufacturing solutions catering to different verticals for various access control and time-attendance applications,” commented Jatin Desai, Product Manager, Access Control and Time-Attendance, Matrix. Smartphone as an identity: By installing COSEC APTA application in their smartphone, users’ mobile becomes a biometric device for timeattendance and access control applications. Identification or verification is done through capturing an image of their face through the phone’s camera which in turn marks their attendance. Ease of face enrolment: The user face enrolment is done by capturing the image of a user’s face from different angles, which gets stored in COSEC CENTRA/ VYOM database. Unique enrolment: Due to unique technology of TRAIN feature in COSEC APTA, user’s face can get easily recognized in dynamic and uncontrolled environments. With TRAIN feature, user can add many images of their face for error free facial recognition. . ● Face recognition: It works on 1:N authentication method wherein, a user’s face is compared with the facial images in a database of stored records. Face detection: It works on 1:1 authentication method wherein, a user’s face is verified against the logged in ID of the user. Dual security: For strong authentication, user’s face is verified after establishing bluetooth connectivity with the assigned door for accessing the door assigned to respective user. Location tracking through GPS: To keep track of the user’s movement outside/ inside the premises, COSEC APTA sends location details to the server using GPS by taking user’s face image from the present location.

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flkr

FLIR DJI Zenmuse XT2 Drone Camera

DJI, the world’s leading provider of civilian drones and aerial imaging, will integrate a FLIR thermal imaging sensor technology into its new DJI Zenmuse XT2 drone camera. The DJI Zenmuse XT2, DJI’s first dual-sensor and its most advanced gimbal-stabilized camera for commercial drone applications, furthers the collaboration between FLIR® and DJI. The Zenmuse XT2 also joins the ‘Thermal by FLIR’ partner program, which FLIR created to fuel thermal innovation and allow partners to leverage the leadership, quality, and innovation that FLIR’s brand represents in the thermal imaging space. Built with industrial and public safety applications in mind, the DJI Zenmuse XT2 expands upon the benefits in the first thermal-equipped camera jointly developed by FLIR and DJI, the DJI Zenmuse XT. The new drone camera includes both a high-definition 4K color video camera and a high-resolution radiometric thermal camera, allowing operators to switch between thermal and visible cameras in flight. The Zenmuse XT2 also uses FLIR’s patented MSX® technology, or multispectral dynamic imaging, that embosses high-fidelity, visible-light details onto the thermal imagery to enhance image quality and perspective. The Zenmuse XT2 is compatible with the DJI Matrice 600 and Matrice 200 series platforms and integrates with DJI’s data transmission technology for live video display. Full integration gives drone operators plug-and-play installation, real-time control, and recording during flight in thermal, visible, or thermal/ visible picture-in-picture. This flexibility allows operators to acquire double the data in a single camera and stay focused on mission-critical tasks. “The arrival of the DJI Zenmuse XT2 with a FLIR sensor signifies an important technological advancement for drone operators who need both a visible camera and the superpower benefits of thermal imaging in one product,” said James Cannon, President and CEO of FLIR, “Now drone operators can capture data without landing, an important advantage for search and rescues operations, monitor the health of mechanical and electrical equipment remotely, and identify potential problems in buildings. Our collaboration with DJI perfectly aligns with our mission to use our thermal technology to help save lives and livelihoods.” “Since the introduction of our first FLIR camera in 2015 we have seen strong demand for thermal imaging-based products because they have helped transform DJI drones into essential and often lifesaving tools across a wide variety of industries,” said Roger Luo, President at DJI, “We are excited to introduce our next generation product together, the Zenmuse XT2, which is easier and more efficient to operate, and further demonstrates our commitment to innovation in the commercial drone industry.” DJI is one of multiple partners involved with the new Thermal by FLIR program, created to support original equipment manufacturers (OEMs) and product innovators interested in using the FLIR thermal imaging sensors to deliver the benefits of the World’s Sixth Sense. The program ensures that original equipment manufacturers and entrepreneurs can carry the Thermal by FLIR brand and receive additional product development and marketing support from FLIR to build and market their respective products. Additional Thermal by FLIR partners include Cat Phones, Casio, Panasonic, ARSENZ, and TinkerForge.

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MOXA 60W EDS-P506E-4PoE Series Switches

Moxa has launched the EDS-P506E-4PoE series of PoE switches that can provide up to 60 W per PoE port for converged data and power transmission. The power output was designed for IP cameras that use power-demanding functions such as PTZ, illumination, heaters, and fans in harsh environments. The EDS-P506E-4PoE switches feature device-level cybersecurity, remote control, and the capability to monitor powered devices to meet the operational requirements for industrial applications such as highways, wayside, and public utilities. 60W PoE The EDS-P506E-4PoE has 4 Fast Ethernet PoE+ ports that can supply up to 60W per port with a total power budget of 180W. The smart PD detection feature and plug-and-play integration allow it to supply power to any PoE PD effortlessly. As the industrial world continues to become smarter and more connected, cities and industry sectors are installing video surveillance systems to enhance safety and security. “As our EDS-P506E-4PoE switches can provide up to 60W per PoE port, almost any type of PTZ cameras using multiple functions can be powered reliably,” said Jackey Hsueh, Product Manager of Moxa’s Industrial Ethernet Infrastructure Division. Web-based smart PD management J ackey adds, “One of the most appealing features of the EDS-P506E-4PoE is the built-in smart PoE software that facilitates web accessible PD diagnostics and management.” The smart PoE provides automatic PD detection of power class, status and errors for smart diagnostics, and enables failure check, which can automatically reboot cameras if they freeze or experience lag. These features increase operational efficiency and significantly reduce the effort required by maintenance staff. Robust switches that support device-level security To ensure maximum uptime for data and power transfer in harsh conditions, the EDS-P506E-4PoE supports millisecond-level failover redundancy, dual power inputs, and -40 to 75°C wide operating temperature range to ensure constant and robust connections. The switches incorporate security features that are based on the IEC 62443 standard to protect the network from unauthorized device access. Jackey concluded, “Our compact PoE switches have a rugged design, embedded cybersecurity protection, and level-4EMI immunity to withstand cyber threats and harsh environments.” EDS-P506E-4PoE highlights 2-port Gigabit and 4-port Fast Ethernet with PoE+/ 60W functionality. Up to 60W output per PoE port. Supports 12/ 24/ 48 VDC wide input voltage. Web-based smart PoE tool for easy operation and monitoring of PoE powered devices. Cybersecurity features based on the IEC 62443 standard. 4 kV LAN surge protection and -40 to 75°C operating temperature tolerance. Supports MXstudio industrial network management suite for large-scale deployments and management. Compliance with the IEC 61850 and IEEE 1613 standards.

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Dahua Hdcvi-Iot Series

Dahua Technology has launched HDCVI-IoT product series – a crucial component of HDCVI 4.0. IoT (Internet of Things) means linking devices together. HDCVI-IoT is an IoT infrastructure based upon HDCVI technology, offering a comprehensive ecosystem linking conventional HD-over-Coax video and audio data with sensor information (such as temperature & humidity) and alarms. This offers users potential risk warnings with visual evidence, allowing them to secure personnel and property across all dimensions. Linca series DH-HAC-LC1220T-TH: As 2MP HDCVI temperature and humidity camera, it records and uploads video with real-time environmental information using built-in temperature & humidity sensor, perceiving sudden changes for early warning. It boasts a detection range of -40° to 60°C/ 10-95%RH with an accuracy of ±2°/ ±5%RH DH-HAC-LC1200SL-W: It is a 2MP HDCVI gateway camera that integrates up to 32 wireless alarm devices such as smoke detector, door contact or siren, to establish a corresponding system providing visual records for triggered alarms, with built-in Airfly transmitter supporting global frequency 433/868/ 915Mhz. MotionEye series DH-HAC-ME2802B/ ME1400B/ ME1200B: The 8MP/ 4MP/ 2MP HDCVI MotionEye camera specializes in accurate motion detection based on video and built-in PIR. While effectively decreasing the false alarm rate, the camera with a max video output of 25/ 30fps@4MP/ 1080P provides intrusion detection with visual alarm verification. HDCVI IoT recorder DHI-XVR7000E-4KL-X: It offers centralized IoT management with user-friendly UI, displaying real-time IoT data and producing statistic reports. With elegant new appearance design, it also supports built-in battery for emergency power-off. Accessory DH-PFM871A-N: The HDCVI-IoT USB dongle attached to the XVR enables access to multiple wireless alarm devices such as smoke detectors or door contacts, within a transmission distance up to 500m. Application scenarios Warehouse of food, medicine and chemicals: Temperature and humidity must be kept within specific range to reduce damage or danger. With HDCVI-IoT, when the concerning index goes beyond the number one sets, the alarm will be triggered instantly. Museum & library Relics in museums and books in libraries require a strictly controlled storage environment. HDCVI-IoT, while ensuring meticulous monitoring, also records all data in regular reports. Farm & greenhouse The growth of plants and animals are very sensitive to the environment. HDCVI-IoT, with real-time environmental data superimposed on the monitoring video, optimizes management efficiency. By integrating sensing information, video and IoT, HDCVI-IoT offers comprehensive surveillance. With a mission of ‘Enabling a safer society and smarter living,’ Dahua will continue to focus on ‘Innovation, Quality, and Service,’ to serve partners and customers around the world.  

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Dahua Accomplished New Milestone

15 January 2018 made a remarkable day of extraordinary significance for Dahua when they achieved a new milestone by making the sale of 10,000,000th HDCVI recorder in the overseas market – they shipped their 10 millionth XVR (DHI-XVR5108HS-4KL) to Poland. The number demonstrates huge popularity of HDCVI technology which reflects Dahua’s continuous dedication to technology advancement to deliver exceptional value meeting customers’ needs in security surveillance. Despite the overall trend of migrating from analog to IP, Dahua HDCVI recorded 30% growth in 2017 and Dahua HDCVI recorder has been installed in more than 150 countries in 6 continents. HDCVI is a revolutionary technology that has initiated a new era of 720P/ 1080P HD monitoring for the industry. It provides a high-resolution surveillance solution alternative to IP video, with added benefit of simplicity and immunity to cyber-attack. Over the next five years, Dahua upgraded it into HDCVI 4.0, which boasts several major technological breakthroughs in terms of higher resolution, more efficient encoder, power over cable, smartness and compatibility. Notably, Power over Coax (PoC) transmits both video and electrical power over a single coaxial cable, which eliminates separate camera power supplies and further simplifies system deployment with true plug & play, benefiting Dahua customers and end users. HDCVI recorder has also been developed to support five types of cameras namely HDCVI/ AHD/ TVI/ CVBS/ IP. Resolution has evolved from HD to QHD/ UHD thanks to HDCVI-4M/ 4K technology. The required storage space has realized a 70% reduction due to encoding technology advancement from H.264 to H.264+.HDCVI recorder becomes increasingly popular globally. It is used in various crucial projects/ places, including banking system in India and Enso Hotel in Indonesia. 2018 will also see an era of H.265 when a series of H.265 powered products will be released delivering a maximum bandwidth compression up to 90%. Moreover, with more advanced artificial intelligence powered by deep learning algorithms, HDCVI-AI recorder will be able to enable a series of intelligent statistical analysis of video contents.

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DAHUA

Dahua Technology Honored as ‘CSR Brand of 2017’

Dahua Technology has recently been crowned with the ‘CSR Brand of 2017’ for its dedicated support to the course of public welfare and well-regarded reputation at the 7th China Charity Festival held in Beijing. Originated in 2011 as the first media selected award to honour organizations/ individuals that make significant contribution to the charity course, China Charity Festival set up 12 awards in total and CSR Brand of the Year is the highest honor granted to a company. The decision was jointly made by charity organizations, major media and renowned institutions/ persons, based not only on the amount of money donated but also on the degree of engagement and effectiveness of the practice. Out of over 1200 companies listed, Dahua Technology was honored with the title. Dahua CSR through job offering & innovation & green products Maintaining its commitment of ‘Enabling a Safer Society and Smarter Living,’ Dahua gives equal importance to both its business growth and fulfillment of its social responsibilities, which helps the enterprise develop in a healthy way and sharpens its competitiveness. Amid its business growth and expansion, Dahua has created more than 12,000 jobs (as of September 30, 2017) and has made considerable contributions to boosting growth of the local economy and social stability. Adhering to its principles of sustainable development, Dahua executes strict management and control throughout its whole business processes including product design, component selection, manufacturing and after-sales service to help protect the environment. For this, Dahua has received the China Environmental Labeling certificate from Ministry of Environmental Protection of P.R.C., and was included in the first government procurement list for green products. Dahua global charity footprints I n response to government encouragement for poverty alleviation, the company has donated funds to poverty-stricken villages and supported students from impoverished families. Through its great passion for public service, Dahua has initiated various activities such as bike rides for charity, blood donations and reading to blind children, encouraging more people to participate in public service campaigns and give back to the community. Dahua is also active globally in its CSR efforts. Burma was hit by the worst-ever flood in August 2016. Dahua Asia-Pacific subsidiary took the initiative to collect and donate relief supplies to local people, helping them through this time of hardship. In April 2017, together with its staff, Dahua Peru subsidiary was at the forefront of fighting against a severe flood disaster in a northern region of Peru.

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HIKVISION

HIKVISION Showcases AI Technologies at Intersec 2018

Hikvision exhibited their latest innovations in surveillance at the recently held Intersec 2018. Hikvision’s exposition at Intersec Dubai was a huge success, with record-breaking attendance, and with Hikvision MENA picking up some exciting accolades. Artificial Intelligence has become the most trending technology in the security industry. This year, under the theme ‘AI+ Empowering Partners,’ Hikvision showcased a series of their latest and most advanced technological innovations with AI technologies – the signature DeepinView series IP cameras and DeepinMind series NVRs outlined the AI trend in the MENA region. Hikvision’s AI Cloud Hikvision’s AI Cloud is a highly efficient distributed computing network incorporating the advantages of both cloud computing and edge computing. This hybrid computing structure helps relieve the concurrency stress on the cloud by moving huge amounts of data processing to AI-enabled edge devices – a more reasonable and efficient resource allocation that can solve the network congestion and low reliability problems typically inherent in a conventional cloud structure. At the exhibition, Hikvision showcased the signature DeepinView Series IP cameras and DeepinMind Series NVRs and the latest features powered by AI technology. These products aim to tackle basic security challenges in the areas of object detection, facial recognition, and people counting, as well as human body search. Ecosystem partnership program Hikvision has been devoted to seeking and developing the long-term and steady cooperative partner all the time, and take the fulfilling and exceeding of partners’ expectations as our value. At the exhibition, Hikvision invited partners including WD, Seagate, Axxon, Milestone and Intel to showcase integrated collaboration and applications in various fields. Industry solutions Hikvision has already successfully applied AI technology in many vertical markets such as smart cities, intelligent traffic systems, and integrated security solutions. Hikvision introduced the most complete and innovative intelligent traffic system (ITS) solution to demonstrate how it helps reduce traffic congestion, identify violators, and intercept suspicious vehicles – all with a smart and data-driven approach. The DarkFighterX At Intersec, Hikvision exhibited the DarkFighterX series cameras, which expand upon the human sense of sight by first mimicking the human eye – two distinct sensors for capturing and combining brightness and colour – then extending that ability in extremely lowlight environments. The technology results in colourful, bright, and accurate imaging, making night time surveillance video appear nearly as clear as daytime video.  

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NEC

NEC Completes 3 Safety and Security Trials with Singapore Government

NEC Corporation and NEC Asia Pacific announced the successful completion of three Safety and Security test bed projects, held in and near Jurong Island, under the Safety and Security Industry Programme (SSIP) 2020. The SSIP 2020 is led by the Ministry of Home Affairs (MHA), Singapore Economic Development Board (EDB) and done in collaboration with JTC. ne in collaboration with JTC. The three trials were conducted over a period of 12 months from September 2016, and are aimed at using data analytics and security insights to address Singapore’s safety and security needs. The trials involved early detection of suspicious behaviour, off-site security clearance of authorised personnel and on-the-spot enrolment for first-time visitor access to controlled areas. In the first trial, NEC provided and tested a system that utilised its high performance NeoFace® Facial Recognition software together with the Intelligent Complex Event Processing engine which correlates audio and video analytics, to detect suspicious behaviour and identify Persons of Interest (POIs) in both indoor and outdoor areas. The second trial facilitated off-site security clearance for entry of authorised personnel into Jurong Island, thus reducing congestion at checkpoints. NEC provided and tested a Bus Sensors Monitoring Management System using customised tamper-proof security sensors to prevent un-authorised opening of vehicle doors during bus journeys. The third trial tested the feasibility of an automated system to provide a more efficient method of enrolling first-time visitors for entry into Jurong Island. The system leveraged NEC’s world-leading biometric solution to expedite clearance of such visitors via onthe-spot facial and fingerprint recognition enrolment at car inspection bays. For all the 3 trials, the technologies provided real-time monitoring and alerts to the simulated Command Centre, to inform the authorities of activities which may require law enforcement action. As one of the world leaders in ICT and Public Safety solutions, NEC hopes to further collaborate with the government to address heightened security threats in the areas of critical infrastructure, border control and city surveillance for a safer and more secure Singapore. “Our safety and security agencies are continuously seeking to make use of new technologies and innovation to keep up with challenges and maintain our operational excellence. Testing innovative solutions through the SSIP provides a useful platform to do so, and we look forward to more collaboration with solutions providers to address safety and security challenges, and to serve the public better,” said Mr Ng Yeow Boon, Senior Director of MHA’s Ops-Tech Group. “JTC is always on the lookout for new solutions to ensure a safer environment in our industrial space. A key example is how we achieved better security operations by improving biometric access control at Jurong Island. We are pleased to support these latest efforts to testbed new security innovations,” said Heah Soon Poh, Assistant Chief Executive Officer, Engineering and Operations Group, JTC. In June 2014, an NEC-led consortium completed the first phase of the Safe City Test Bed initiative at Orchard Road for the Ministry of Home Affairs and the Economic Development Board.

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