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MIPS 2021: A GLIMPSE INTO THE FUTURE OF VIDEO TECHNOLOGY

Copenhagen – February 2, 2021

With its 16th annual MIPS, 100 % virtual and free of charge, Milestone Systems invites partners, customers and media to explore the future of video technology under the theme of “Shaping the New Next”.

With more than 2,000 registered attendees from across the globe, MIPS (Milestone Integration Platform Symposium) is where the Milestone Systems community comes together to share insights, experiences, best practices and the latest innovations.
Due to the ongoing global pandemic, this will be the first virtual MIPS conference, and the first where attendance is free. We will investigate how video technology is transforming business and society, and why video management systems are at the core of this change.
During the two-day event, Milestone Systems will share inspiration from global innovation experts and Milestone Systems executives, and present success stories and industry insights from partners. Milestone Systems’ newly appointed CEO Thomas Jensen will talk about how video technology has moved beyond security and how we will be working with partners to
embrace this shift.
Our CTO Bjørn Skou Eilertsen and CSMO Kenneth Hune Petersen will discuss macro-technology trends, accelerated technology adoption in key industries, and why Milestone Systems believes that video technology is the electricity of the 21st century.
The event also offers a deep dive into the impact of video technology on city management, how video technology is improving every facet of transportation, and how computer vision and analytics are creating new opportunities in the retail industry for automation, personalization and even combatting Covid-19. Moreover, Milestone Systems will share insights into the latest deployment possibilities of our video management software, give an exclusive intro to Milestone Systems’ future direction, and present a new product launch.
“Not only does MIPS bring together Milestone Systems’ global partner community to discuss our vision of where we are going and how we can contribute to each other’s success. This year, we are looking into how our technology is transforming how we work and live and how we can empower people to make the most of video technology – in security and beyond,” says CEO Thomas Jensen, Milestone Systems.
MIPS will be held on March 1-2 for Europe, the Middle East and Africa, and March 2-3 for both the Asia-Pacific and Americas events.

Mobotix thermal solution complies with US FDA specifications

Mobotix has developed the M16 EST thermal camera as a special thermal solution for the for zero-contact detection of temperature fluctuations of the body surface (EST: Elevated Surface Temperature). The M16 EST thermal camera complies with the specifications of the U.S. Food and Drug Administration (FDA), which enables and enforces its use and distribution in the United States.

According to Mobotix, the thermal solution precisely satisfies the requirements of the Covid-19 Emergency Use Authorization (EUA) by the FDA’s enforcement policy for tele-thermographic systems. This means that the Mobotix M16 EST solution can be utilised by following FDA regulations for determining body temperature within the duration of the public health emergency that was declared by the Secretary of Health and Human Services (HHS).

Examples of suitable locations for this solution include, but are not limited to: healthcare facilities, schools, government institutions and retail environments.

Helping to contain the pandemic

The measurement system, which complies with FDA specifications, consists of two components, the Mobotix M16 EST thermal camera, and a black body radiator. The black body radiator is used to create an area with a reference temperature for the Mobotix M16 EST thermal camera.

Non-contact temperature detection is used primarily by healthcare professionals to screen and potentially identify (Covid-19) infected people. The thermal camera solution can be used in healthcare facilities or non-medical areas, such as airports or building access gates.

The Mobotix M16 EST thermal camera should only be used to record a single person’s temperature at a time. The distance between the person and the camera must be the same as the distance between the person and the blackbody radiator. The Mobotix M16 EST thermal camera measures the difference between the reference temperature of the calibrated blackbody radiator and the temperature of the hottest point within the measuring range of the uncovered face of a person. Usually, this is the inner canthus (tear duct) of the eye.

Dahua Obtains ISO/IEC 27701 Certificate from BSI

Formed in 1901, BSI was the world’s first National Standards Body. Representing UK interests at the International Organization for Standardization (ISO), the International Electrotechnical Commission (IEC) and the European Standards Organizations (CEN, CENELEC and ETSI), BSI aims help improve the quality and safety of products, services and systems by enabling the creation of standards and encouraging their use.

ISO/IEC 27701 is a privacy extension to the popular ISO/IEC 27001 Information Security Management and ISO/IEC 27002 Security Controls. As an international management system standard, it provides guidance on the protection of privacy, including how organizations should manage personal information, and assists in demonstrating compliance with privacy regulations around the world.

According to the certificate, Dahua Technology operates a Privacy Information Management System which complies with the requirements of ISO/IEC 27701:2019 for the registered scope that is planning, design and development of Dahua Technology’s security surveillance products and associated software platform (including DSS series and ICC series).

Mr. Liu Zhe, Vice President at BSI China, said: “Dahua Technology is the first enterprise in the global security industry that has acquired ISO/IEC 27701 certificate, and this fully demonstrates the company’s perspectiveness and continuous practices in data security and privacy protection.”

Genetec kicks of 2021 with new DACH HQ

Genetec Inc has marked the beginning of 2021 with the opening of its 16th global office in Vienna, Austria. Ideally located to support the company’s expanding footprint in Central Europe and serve as a hub for the DACH region, the new headquarters in Vienna will support the company’s fast-growing R&D, regional sales and support teams.

With a multilingual staff representing eighteen nationalities, the Austria team brings a unique mix of different cultures and ideas. Following the acquisition of Austrian video analytics company Kiwisecurity, the Vienna-based R&D team will focus on multiple areas including privacy and video analytics solutions that enable customers to protect people’s privacy while increasing security and operational efficiency. A fast-growing company, Genetec continues to expand its DACH operation and is actively recruiting talented individuals to join the team throughout that region.

“The new Vienna offices will give us the perfect platform to continue expanding our footprint into Central Europe and sustain the continued year-on-year growth we have achieved in Europe and the rest of the world,” said Cyrille Becker, General Manager for Europe, at Genetec Inc. “While right now everyone is safely working from home, our new offices will be there to support our long-term growth strategy and better meet the needs of our channel partners, end users, and prospects in the region.”

360 Vision promotes radar detection in new Technology Learning Webinar

360 Vision Technology, the UK manufacturer of rugged PTZ and thermal imaging cameras, is promoting the use of radar imaging in its new Technology Learning Webinar.

Scheduled for Thursday 4th February, 10am-11am, the free-of-charge radar technology webinar explores basic principles, applications, design considerations and system integration, and is supported with a selection of successful installation examples.

Aimed at security consultants and system designers, the ‘Overview and use of Radar technology in perimeter/security detection applications’ webinar is designed to be interesting, practical and educational. The webinar’s content looks at a variety of market applications, and considers the use of cost-effective radar imaging to provide advanced security and situational awareness for perimeters, compounds and complete sites.

“Presented by 360 Vision’s camera technology expert, Tony Holloway, the radar technology webinar draws on his over 30 years’ experience in the physical security surveillance industry, and the experience and innovation of the 360 Vision product design team,” says Sara Fisher, Sales Director at 360 Vision Technology. “Anyone interested in deploying surveillance technology to dramatically improve on detection and alert capabilities both on the ground and in the air, as well as significantly reducing system costs versus standard video analytics, will benefit from attending the new radar technology webinar.”

To attend the free-of-charge Radar technology webinar (Thursday 4th February, 10am-11am), please use the registration link below: https://register.gotowebinar.com/register/441242124271019280
For further information on technology webinars, and full range of rugged PTZ surveillance, thermal and radar imaging cameras, customers can contact 360 Vision Technology on +44 (0)1928 570000, email: info@360visiontechnology.com, or visit their website at https://www.360visiontechnology.com

Intelligent Navigation and Wireless Charging for Mini Robots on the Moon

Bosch, Astrobotic, WiBotic and University of Washington to develop ultra-fast proximity charging for critical space applications
– $5.8 million in funding from NASA Tipping Point program enables research and development of solutions for wireless charging for lunar payloads
– Shoebox-sized CubeRover from Astrobotic will operate autonomously and charge wirelessly
– Project brings together Astrobotic, Bosch, WiBotic, the University of Washington and the NASA Glenn Research Center (GRC).
– Bosch researchers in areas of Wireless Connectivity and Intelligent IoT will support project, which aims for a mid-2023 demonstration.

Pittsburgh – Even on the Moon, robots need power. Normally, onboard solar panels provide the power, but smaller robots or ones that operate during the lunar night will need a complementary power source. To make this possible two emerging technologies – wireless charging and intelligent autonomous navigation – will be combined. Small robots will be equipped and trained to navigate harsh, unpredictable conditions to get to a wireless docking station in an environment where GPS is not an option.

The National Aeronautics and Space Administration (NASA) recently announced funding for Ultra Fast Proximity Charging for Critical Space Applications, a project where a group of organizations will research and develop technology to intelligently navigate and wirelessly charge small robots for operation on the Moon. Astrobotic, which specializes in space robotics, serves as the Principal Investigator on the project and is joined by Bosch, the University of Washington, WiBotic, and the NASA Glenn Research Center. Bosch and Astrobotic, together with the other partners, developed the key technology and scoped the proposal from the beginning – a nearly two-year process.

The goal of the project, which was awarded $5.8 million through NASA’s Tipping Point program, is to develop a system for magnetic resonance-based wireless charging for use in lunar settings. This includes the precise autonomous navigation of robots to the wireless charging station. The aim is to develop the full system for demonstration by the middle of 2023.

AI and connectivity expertise drives robots
Bosch will contribute its expertise in AI-driven intelligent data analytics and wireless connectivity solutions to the project.

Bosch researchers in Pittsburgh and Sunnyvale, Calif. will focus on intelligent processing capability that will enable autonomous navigation of robots on the Moon’s surface. The project showcases Bosch’s expertise in AIoT – when Artificial Intelligence meets the Internet of Things. Bosch is focused on connecting things to get data, processing the data and using AI to obtain information. The information learned can improve products and add value.

“Navigating a robot on the Moon is not the same as navigating a robotic vacuum through your home or navigating a self-driving car on the road,” said Dr. Samarjit Das, leader of the Intelligent Internet of Things Group at Bosch Research in Pittsburgh. “First of all, radio-based terrestrial localization solutions are not available on the Moon. In addition, unpredictable lunar terrain and dust make it even harder to perform precise navigation using visual cues alone. Thus, we will need intelligent fusion and perception on the robot’s multi-sensory data to solve this unique challenge on the harsh environment of the Moon.”

Bosch will study and develop multi-sensor fusion technologies that could include video, inertial measurement units (IMU), radio frequency (RF) movements and vibration sensors on the small robots to create complementary modalities that enable highly-precise navigation. The first specific navigation is guiding the robot to a docking station for wireless charging.

Featuring a modular, scalable shoebox-sized rover
The robot featured in the project will be Astrobotic’s CubeRover, an ultralight, rechargeable planetary rover developed in collaboration with the NASA Kennedy Space Center. The rover is roughly the size of a shoebox and weighs fewer than five pounds. It can carry its own payload or team up with other CubeRovers to scout for larger rovers and landers.
Bosch and Astrobotic previously collaborated on SoundSee, a module that uses artificial intelligence to analyze audio data, now in orbit aboard the International Space Station (ISS).

Wireless – a new power source for lunar robots
The CubeRovers will need power. Wireless charging expertise will come from WiBotic, a Seattle company that specializes in advanced wireless charging and power optimization solutions for the rapidly expanding ecosystem of aerial, mobile and marine robots.

WiBotic will also be supported by the University of Washington, where the topic of wireless charging has been studied for a number of years under the leadership of Dr. Joshua Smith, who leads the Sensor Systems Laboratory. Dr. Smith has been a long-time collaborator with Bosch Research in Silicon Valley in the area of wireless charging.

The combined team will develop a lightweight, ultra-fast proximity charging solution, comprised of a base station and power receiver to enable critical space applications.

System testing to simulate space
Results of the collaboration will be tested at NASA’s Glenn Research Center (GRC) in Cleveland. There, the CubeRover with intelligent navigation and wireless charging technology will be deployed in GRC’s Space Power Facility, the world’s largest thermal vacuum chamber. Tests will showcase how the system can enable lunar night survival for small-scale robotics.

More information

Domokos Dóra
phone: +36 1 879-8928

 

Optex partners with CSL for “always on” connection

Secure Connectivity Providers, CSL, have announced a new partnership with Optex bringing 4G secured connection to the Visual Monitoring solution.

The award-winning Intelligent Visual Monitoring Solution from Optex is designed as a cost-effective solution that adds video to a monitored alarm system. It consists of an IP device, The Bridge, which links sensors or panic buttons to ONVIF cameras, mapping the detection zones to the right cameras and a cloud-based gated portal which is then connected to the ARC.

To ensure The Bridge is always working it needs to be connected. The CSL Router provides secure, reliable and rapidly deployable 4G connectivity, ensuring an always-on service to guarantee The Bridge’s resilience. For all sites where it is critical to ensure continuous operation, Optex recommend their customers to have redundancy and include CSL’s award-winning solution. Optex can be used with all variants within the CSL Router range including the 4G only or 4G back-up options. Both send data via 4G, providing an instant, encrypted connection to the internet on sites where wired broadband is unavailable, impractical or slow. The 4G back-up option upgrades the existing broadband service to a private network and provides a reliable failover business solution if your wired broadband goes down. Dual SIM options are available for further redundancy and the autonomous nature of the CSL Router makes it ideal for rural installations where no wired broadband is available or installations that require a dedicated, independent connection.

Optex’s Sales Director, Ben Linklater, added: “Connectivity is fundamental for the good functioning of our Visual Monitoring solution. Security is also key, and a lot of development work went into making sure the communication between The Bridge and the Cloud is secure. Connecting The Bridge to a CSL 4G Router ensures those two critical requirements are always met – a guarantee of constant connectivity as well as an independent and encrypted connection to the internet”.

Global agreement helps streamline Axis – Milestone integrations

A landmark global distribution deal between Anixter and Quanika opens a one-stop-shop supply route for major integration projects, making it easier to incorporate best-in-class Axis and Milestone video tech with Quanika’s access control and visitor management software, and it allows off-the-shelf integration with a wide range of third-party systems.

According to Quanika, the global distribution deal with Anixter streamlines delivery of major integration projects across private and public sector markets. ICT and security systems integrators can now purchase Quanika software direct from Anixter to integrate a full choice of vendor technologies, ensuring efficient procurement and giving them everything they need for project delivery.

Quanika software meets the security, safety, and operational demands of small to medium businesses through to corporate enterprise, government, and multi-site applications, enabling off-the-shelf integration with a wide range of vendor technologies and systems.

The addition of Quanika software to Anixter’s global product portfolio provides compelling options for systems integrator customers to deliver end-to-end security and safety integrated solutions,” said Phil Campbell, European Sales Director at Quanika. “With Quanika Enterprise, users are no longer constrained by having only a limited number of cameras and devices. For the first time Quanika allows integrators to scale up Axis Camera Station VMS to manage larger and multiple sites from a single user interface, while using powerful Milestone Xprotect functionality for facilities and specific channels where it’s needed most.”

Quanika’s solutions have been deployed at high profile sites across Europe, and the company has a growing reputation for being able to adapt its off-the-shelf software quickly, adding new integrations to meet site-specific challenges.

Assa Abloy and LG agree “first-of-its-kind” collaboration

Assa Abloy Entrance Systems has announced a memorandum of understanding (MOU) with LG Electronics Inc. (LG), the leading consumer Electronics Company for high-end display devices, home appliances, and multimedia goods for the development of a high-quality automatic sliding door equipped with LG’s Transparent OLED digital technology.

Under the MOU agreement, Assa Abloy Entrance Systems and LG will collaborate to provide an innovative, first-of-its-kind solution – a transparent OLED automatic sliding door. Combining LG’s industry-leading OLED display technology with Assa Abloy’s best-selling automatic sliding doors.

“It will not only provide convenient, touchless, and automated access,” says Mikael Carleson, President Pedestrian Door Solutions. “It will also present new opportunities for high-end retailers, commercial buildings, and enterprises to display advertisement, communication, and greetings to customers, visitors, or employees entering a building or area.”

The new Assa Abloy automated glass sliding doors have digital signage incorporated into the glazed door and will be able to project high definition images and videos. It will combine LG’s Transparent OLED signage (model 55EW5G) and Supersign Solution for integrated content management. By being far more transparent than similar LCD displays, the door will blend in seamlessly and naturally with its surroundings by reproducing accurate colours with exceptional brightness and high contrast. The product will also offer excellent durability and improved safety due to the robust design featuring tempered glass.

ANPR market expected to see growth to 2025

The latest report on the ANPR systems market to 2025 and including Covid-19 impact analysis, from Marketsandmarkets, predicts that the sector is expected to grow from USD 2.3 billion in 2020 to USD 3.8 billion by 2025, at a CAGR of 10.0%. The researchers suggest there are several factors driving the market, such as the deployment of ANPR systems in security and surveillance, and traffic enforcement applications, infrastructure growth in emerging economies, increasing allocation of funds by various governments for ITS, and so on.

Fixed ANPR systems account for the largest share
Based on type, the ANPR system market has been divided into fixed, mobile, and portable. Fixed ANPR systems held the highest share in 2019. The market growth can be attributed to the increasing demand for fixed ANPR systems for various applications, such as traffic management and toll collection. Mobile ANPR systems are widely used in police and law enforcement agencies to ensure proper security and surveillance.

Traffic management dominates
On the basis of applications, the market is categorised into traffic management, law enforcement, electronic toll collection, parking management, and access control. The increasing adoption of vehicles and stringent government regulations for implementing electronic toll collection systems is driving the growth of the ANPR system market.

Europe leads the way
Europe held the largest share in the ANPR system market in 2019, according to the analysts. In Europe, ANPR systems are widely used for law enforcement applications. The increasing government initiatives pertaining to the adoption of ITS and the growing population in this region are driving the need for an efficient transportation system, which, in turn, is fuelling the growth of the ANPR system market. Some of the key companies named as being actively operating in the market are Kapsch Trafficcom, Conduent, Q-Free, Siemens, and Genetec.