Applied Technology Review : News

Using video analytics to add intelligence to surveillance cameras may open new possibilities, improve security, and increase operational efficiency.  Receiving a security breach warning is the first step in recognizing suspicious behavior, but the cameras also collect additional data that might assist users in taking remedial action. The latest Positional Camera Tracking feature within Security Center enables users to identify and monitor intruders on an interactive map by leveraging current cameras combined with video analytics. Once an alarm has been triggered, users may locate the intruder's exact position and stream their images to get a more complete and action-oriented view of the activities. Here are the positive benefits of transforming your camera into radar: Use any IP camera to get the benefits of radar Perimeter intrusion detection sensors, including radars and lidars, are often used to warn and identify the instant an activity crosses the perimeter of a barrier. Although this level of precision is pricey, radar sensors that provide geo-coordinates of an incursion increase an operator's visibility and accuracy of an occurrence. Instead, these same features may get added to the company's current cameras, which gets already installed in strategic areas. Users can follow targets on a map without investing in a new radar system by merging the existing camera feed with a GPS source. Acquire situational awareness to take remedial action as soon as possible. Even across numerous locations, each intrusion detection zone might be totally distinct. Based on the operating needs of the site, it's critical to be able to control incursions vs. false alarms as when they Unify multiple disconnected systems Using several intrusion detection sensors to defend the perimeter is normal practice at any sensitive facility. These many detecting sensors (radar, Lidar, video analytics, PIDS, and lasers) are often separate systems that do not interact with one another. However, users can see the broad picture by moving existing system capabilities to perimeter monitoring rather than focusing on many individual intrusion detection instances. With a single physical security platform, businesses can easily aggregate information from all of the existing sensors and control intruder monitoring on a map, all while keeping an eye on the target. Using video analytics to add intelligence to surveillance cameras may open new possibilities, improve security, and increase operational efficiency. ...Read more

The geophysical services market relies on the upstream oil and gas industry for continuous surveying and exploration. Geophysical services give unique insights into the post-COVID-19 market impact, which will assist businesses in analyzing their business strategies. From 2021 to 2026, the geophysical services market share to expand by USD 3.55 billion, while the industry's growth pace will accelerate at a CAGR of 3.91 percent. COVID-19 had a detrimental impact on market growth during and after its implementation. The increasing multi-client survey technique is notably boosting the development of the geophysical services market. At the same time, issues such as the downturn in investments in the oil and gas industry may restrain market expansion. Historical data and estimated the primary market drivers and the pandemic effect of the COVID-19 virus on the geophysical services business. The comprehensive drivers will aid in deducing final objectives and refining marketing tactics to achieve a competitive advantage. A geophysical corporation obtains multi-client surveys for its purposes, and the data gets gathered over vast tracts of land. An increasing multi-client survey method is one of the primary drivers driving growth in the market for geophysical services. It then licenses the data to as many clients as possible, reducing the cost per unit area of the survey. The increasing expense of data ownership has prompted a shift in the market's multi-client strategy. Most oil and gas firms value the interpretation of data over exclusive possession of data. Companies focus on multi-client-based services, offering vendors lucrative options to generate revenue. For instance, ION Geophysical Corporation inked a multi-client agreement for 2D and 3D programs offshore Colombia. In the coming years, the market for geophysical services to benefit from the increasing prevalence of multi-sensory 4D surveys. It helps identify mineral deposits using 2D and 3D seismic techniques to acquire seismic data. Seismic waves are transmitted through the Earth's surface and received by a geophone attached to a truck built for this purpose to discover hydrocarbon and mineral resources. The emergence of 4D for identifying hydrocarbon reserves has benefited E&P operations, and this approach is now widely employed. Enhanced seismic technology for assessing rock attributes and locating hydrocarbon deposits will increase the efficiency of oil and gas extraction. Oil and gas exploration projects to propel the 4D method market during the forecast period are growing. The downturn in oil and gas industry spending will be a significant challenge for the geophysical services market. Due to the requirement for continual surveying and exploration in the upstream oil and gas sectors, the oil and gas industry is precious to the geophysical services market. Crude oil prices were extremely high, causing oil and gas upstream businesses to make substantial expenditures in geophysical services. As the selling price of crude oil is set by the market, while production expenses typically get fixed, upstream enterprises are severely affected by variations in global crude oil prices. The capital-intensive nature of oil and gas operations negatively impacts investment decisions and profitability. It has led to sluggish growth or even a fall in oil and gas E&P activities, including project delays and cancellations. Changes in global crude oil prices present a substantial obstacle to the expansion of the oil and gas industry, including the global market for geophysical services. Geophysical services include extensive information on other forthcoming trends and market expansion obstacles. The obstacles will aid businesses in evaluating and developing growth strategies. The global geophysical services market is part of the global diversified metals and mining market within the global materials market. The external factors impacting the growth potential of the parent market in the coming years will influence the growth levels of the geophysical services market throughout the period. ...Read more

DENSO Corporation will use NXP's latest radar technology to develop next-generation ADAS platforms. “This advanced radar sensing technology plays an essential part in accelerating the development of next-generation ADAS," says Mr. Hiroshi Kondo, Head of the Safety Systems Business Unit at DENSO Corporation. NXP Semiconductors, the market share leader in automotive radar according to Yole Intelligence, has unveiled a new 28nm RFCMOS radar one-chip IC family for next-generation ADAS and autonomous driving systems. The new SAF85xx one-chip family combines NXP's high-performance radar sensor and processing technologies into a single device, enabling tier-ones and OEMs greater flexibility in addressing short, medium, and long-range radar applications to meet increasingly stringent NCAP safety standards. The introduction of the one-chip radar family has augmented NXP's leading radar portfolio, based on more than 15 years of technological leadership and meant to envelop drivers in a cocoon of safety to prevent accidents. DENSO Corporation, at the forefront of radar technology, has accepted NXP's most recent innovation as its primary client. "We know DENSO will extend its leadership position in ADAS by leveraging NXP's compact high-performance SAF85xx radar SoC," adds Kondo. NXP's new line of automotive radar SoCs consists of high-performance radar transceivers coupled with multi-core radar processors constructed on NXP's S32R radar computation platform. Compared to NXP's previous version, the SAF85xx has double the RF performance and accelerates radar signal processing by up to 40 percent. The single-chip family allows 4D sensing for corner and front radar, providing vital ADAS safety applications such as automated emergency braking, adaptive cruise control, blind-spot monitoring, cross-traffic alert, and automated parking. OEMs will profit from the extra flexibility it provides in meeting the rising NCAP safety regulations and the proliferation of radar sensors, which some analysts predict would range from five to more than five per vehicle. When integrated with power management and connectivity technologies from NXP, the system solution covers a diverse range of OEM requirements for today and the future. Developers can take advantage of the S32R family's smooth performance scalability and the reusability of its software and hardware designs. “Our new radar one-chip family enables the reliable long-range detection of objects and separation of small objects next to larger ones, like a fast-moving motorcycle next to cars and trucks on a busy multi-lane highway,” says Torsten Lehmann, Executive Vice President, NXP Semiconductors. “Its small form factor allows our customers to build radar sensor modules that are up to 30 percent smaller, enabling global suppliers of ADAS systems, like DENSO, to expand the potential of radar safety through this powerful new technology.” ...Read more