Month: October 2017

Identiv, Inc. has partnered with biometric technology company Zwipe for access control card formatting services. Identiv’s U.S.-based card service bureau is programming the radio frequency identification (RFID) chips in Zwipe’s biometric credential line, providing all physical access control system (PACS) formats from Identiv’s portfolio. In order to encode its biometric cards in a wide variety of formats, Zwipe connected with Identiv. Identiv’s encoding solutions are fast, flexible, and far less expensive than competing providers. Through this collaboration, Zwipe customers can now order Zwipe access control products pre-formatted with the most popular 125 KHz and 13.56 MHz smart card formatting schemes, enabling seamless integration with end-customer systems without the need for additional card formatting services by the integrator. “Identiv is seeing strong growth in the interest for biometrics-enabled access control solutions,” said Stephane Ardiley, Identiv Director Product Management, “Zwipe’s credential products are very user friendly and offer a fast, efficient way for customers to upgrade to a biometric security level in their access control installations without the need to change their readers and back-end system. We see a good opportunity for Identiv by supplying formatting services for Zwipe cards, which we believe meets a strong, growing need in the marketplace.” Zwipe’s biometric credentials are delivered as credit card-sized cards with powerful, embedded biometric sensors for user enrolment and identity verification. After successful authentication via fingerprint, the RFID interface of the card is enabled, allowing the card to behave like a typical access control credential. “We are very excited to work with Identiv as it allows us to address a large segment of customers for the first time – not just in the U.S. but across the world – thanks to the company’s expansive customer network,” said Einar Boije, Zwipe SVP of Access Control, “With Identiv’s capacity, we can now provide formatting services alongside our access control product lines, making it that much easier to integrate and deploy the world’s smallest biometric reader.”

The passive radar system newly developed by HENSOLDT has proved its capability of being operated in a multi-sensor network – the so-called clustering – in a number of field tests in real scenarios. With the new system architecture for mobile deployment, the setup of a real-time system network comprising several devices separated from each other proved the capability of passive radar to perform in areas with a low concentration of transmitters as well. At London’s DSEi exhibition, HENSOLDT’s passive radar demonstrated its ability to detect a wide range of targets in mission scenarios similar to those of various European armed forces, amongst other locations, in mountainous terrain with areas of major radar shadow. At the same time, the system established the latest air situation picture in a very short time, at ranges of up to 200 kilometres. A new, extremely precise digital receiver gives the system excellent capabilities that are unique in the world. Passive radar processes signal echoes from third-party transmitters such as radio or TV stations, which are up to 10 billion times weaker than the original signals. Thanks to the deployment of several interconnected passive radar sites, the absence of commercial transmitters in thinly populated regions can be compensated for since the fusion of data from three or more passive radar systems alone provides exact information on the target. In contrast to conventional active systems, passive radar systems don’t emit any signals. They use the echoes of existing signals from third-party transmitters to illuminate the targets. Working as mere receivers, passive radar systems detect targets by analysing the signals reflected by them in response to third-party emissions. When deployed in the civilian sector, passive radar can provide air traffic control with an inexpensive supplement to existing sensors e.g., as a backup for other sensors or as an important sensor in areas with a lot of restrictions as a result of reflections off the slopes of mountains or other obstacles. Furthermore, passive radar can be used at small and medium-sized airfields, which previously had no primary radar. The fact that these systems do not emit their own signals allows security to be provided for critical infrastructures or large events in densely populated areas without occupying any transmission frequencies, which are in short supply. In military applications, the system enables large-area surveillance using networked receivers, while offering the decisive operational advantage that ‘passive radar’ systems cannot be located by the enemy. Further advantages of the new technology include the option to deploy several interconnected systems to improve target acquisition in mountainous regions and the high level of resistance to disruptive reflections, e.g. from mountain slopes. Two demonstration systems have already been delivered to a military user.

Built on the Avigilon H4 platform, the H4 Mini Dome has a footprint of only 2.8 inches, making it the smallest and most discreet camera within this platform. The camera line provides an innovative patent pending modular design that snaps into place, allowing users to easily switch between surface and in-ceiling mounts. Equipped with Avigilon LightCatcher technology, the H4 Mini Dome offers exceptional image quality that can capture high resolution color images in low light, and utilizes patented content adaptive infrared technology for consistent illumination in complete darkness across the camera’s field of view. The H4 Mini Dome also harnesses Avigilon patented high definition stream management, as well as Avigilon HDSM SmartCodec and Idle Scene Mode technologies, for efficient bandwidth management. “The H4 Mini Dome camera line continues to expand our addressable market with an Avigilon quality product at an entry level price point,” said James Henderson, Avigilon’s Chief Operating Officer, “We engineered the H4 Mini Dome with a small form factor, our latest imaging technologies, and an easy-to-install design, to provide our customers the best possible experience both with installation and image quality.”

Oncam 360-degree Evolution Stainless steel camera has earned the certification from NSF International to Standard 169 – Special Purpose Food Equipment and Devices. It is the first and only surveillance camera of any kind to carry the NSF mark from the independent organization. “The NSF mark is a testament to the fact that Oncam’s stainless steel camera was designed and produced to demonstrate our commitment to quality, compliance and safety,” said Justin Wheatley, VP Product Management, Cameras, Oncam, “The unique form factor opens up a world of possibilities for those applications with the need for stringent sanitation requirements and protection from the elements. It is the perfect addition to our product range and innovative 360-degree surveillance technology offering.” The Evolution stainless steel camera comes in both the 5MP and 12MP models, and is ideally suited for use in harsh environments, thanks to corrosion resistance to salt and chemical spray. Its premium material and unique certifications make it particularly suited for food processing areas, industrial and chemical plants, vehicle wash stations, ports and marine applications as well as prestige architecture. In 2016, it was awarded a Gold Award at the Merilon Awards at the Safety & Security Asia event in Singapore for its product innovation and excellence in security technology. In 2017, it received the Money-saving Product of the Year award from Buildings Magazine. The Evolution stainless steel camera also boasts two other remarkable ratings. It is IP69K rated, the highest IP protection rating available against water and dust ingress, making the camera resistant to high pressure and high temperature wash-downs. It is also IK-10 rated against vandalism. The camera enclosure is also constructed from electro-polished marine-grade 316 stainless steel, which guarantees a greater resistance to corrosion and rusting when compared to traditional steel. The enclosure is suitable for the harshest of environments and has a smooth finish, which allows for easier sanitation, whilst giving it a premium look and feel. Oncam is a global technology innovator offering a cloud-based business intelligence platform with industry-leading 360-degree video capture and analytics at its core. The company creates and deploys an open platform with specialized IP video and dewarping technology to create award-winning video-led solutions for stakeholders from the C-suite to the security officer in multiple customer sectors. Oncam allows better decisions to be made based on real-world and digital data.

Senstar has introduced the Senstar LM100, an intelligent perimeter lighting and sensing solution. Combining two key security functions in one cutting-edge product, the LM100 acts as a powerful deterrent against intruders, detecting and illuminating them at the fence line while alerting a security management system (SMS). “The Senstar LM100’s specially-engineered LED lighting was specifically designed for perimeter security applications and optimized for use with CCTV camera systems,” said Product Manager Todd Brisebois, “With its ability to sense vibrations caused by attempts to cut, climb or break through the fence, the LM100 is a highly effective tool for protecting property and assets from theft and vandalism.” Consisting of luminaires mounted along the fence, the Senstar LM100 uses wireless self-healing mesh communication network technology to relay intrusion information enabling the system to operate in a coordinated fashion and resulting in robust site-wide security. When networked, the LM100 reports intrusion attempt locations to the site’s SMS to enable a directed response. The Senstar LM100 provides configurable, localized, uniform lighting allowing cameras to operate with a higher dynamic range, and ensuring objects and people are illuminated while avoiding the generation of dark silhouettes in front of bright backgrounds. Its Color Rendering Index (CRI) of 70+ brings out critical details that enhance video analytics. The Senstar LM100 is easy to install and maintain, environment-friendly, and is suitable for sites of all sizes as a standalone or complimentary perimeter security system.

Raytheon Company will integrate the CyberSponse security platform to automate threat detection and response for its managed services customers. This technology collaboration combines CyberSponse’s automated incident response and security orchestration capabilities with Raytheon’s innovative virtual security operations center, or V-SOC services, to reduce attacker dwell time in enterprises defended by Raytheon. The combination of Raytheon and CyberSponse capabilities will give existing security operations centers the ability to collect data and react at near machine speed. This approach improves the efficiency of security operations by removing the time consuming and repetitive manual tasks found throughout the incident response lifecycle. “Our enhanced offering enables our expert human defenders to do what they do the best – hunt for more sophisticated, evolving threats,” said Mark Orlando, Chief Technology Officer for Raytheon’s managed security services business. SOC orchestration, the method of connecting security tools and data, and automation platforms are gaining traction in the security product market because they automate time-consuming incident response tasks across multiple point security products and case management tools. “CyberSponse’s advanced technology coupled with Raytheon’s expertise in managed security services bring together a powerful combination of experience and technology to advance protective measures for customers,” said Larry Johnson, CEO of CyberSponse, “Our collaboration with Raytheon enhances our security automation platform which is essentially the central nucleus of security operations teams and toolsets.” CyberSponse is an automated orchestration engine that fills the gap between automation-only and human dependent security platforms. The CyberSponse Operations Platform permits automation of security tools within an incident management console for easy use and rapid deployment. CyberSponse is backed by a team of self-made entrepreneurs looking to disrupt the security industry with true grit, hard work, and innovative execution.

Proxim Wireless Corporation has introduced ProximVision® Advanced 2.0, a major upgrade to the world’s first Het Net Hybrid Controller ProximVision® Advanced (PV A). The latest release brings additional functionality off loading day to day network operations and maintenance tasks to PV A. With more features targeting client use in the network, PV A 2.0 also brings increased visibility and detail in how the networks are being utilized. “Management of our Proxim devices has been tremendously improved thanks to PV A 2.0. Diagnosis of any cabling or intermittent connection issues has been improved. We can discover issues before the customer even calls in reporting an issue. Any mass change that has required hours of work in the past is now much quicker for us,” said Matt Haverfield, Network Analyst, Illinois Electric Cooperative. “As we deploy more ORiNOCO® access points throughout Thailand, we have found PV A to be an exceptionally powerful and easy to use Hybrid Network Controller,” says Chaiyanan Charoenpanit, Managing Director, CYN. PV A 2.0 offers a long list of features and improvements to help network teams efficiently utilize their network, improve system performance, and at the same time simplify monitoring and management. In indoor environments, Auto Channeling (including Auto Tx Power) periodically sweeps operating frequencies and assigns client devices to less congested channels, based on current availability and usage of the channels. Additional features include Load Balancing and Band Steering for higher access point efficiency and performance by pushing dual band capable client devices to 5GHz frequencies. In addition, authentication of Tsunami® devices has been drastically streamlined with Windows Server and a built-in RADIUS feature. “PV A 2.0 unlocks a whole new set of possibilities. We foresee the need for a unified management/ controller platform that harmonizes all the disparate technologies operating in a wireless network,” said David Sumi, Senior Vice President Marketing, Proxim Wireless, “PV A is aptly positioned for this requirement. The modular architecture of PV A enables us to build and stack next generation technologies that adjust and adapt networking systems for high system performance and throughput.” PV A 2.0 also offers centralized management, analytics, diagnostics, and monitoring for the client devices managed in an organization – from iPads to mobile devices and PCs. This includes positioning devices on the map tracking them on the move.