Applied Technology Review : News

SCADA systems are used in multiple industries to maintain and monitor efficiency and prevent downtime. Constant technology breakthroughs are increasingly reshaping industrial manufacturing activities in the modern world. In addition, a lot of industrial production processes have become automated. This automation of industrial processes is achieved via the use of various tools and technology. In order to make these automation processes more manageable and efficient, techniques such as SCADA systems are gaining popularity. The significance of these systems is well-known, yet nobody is aware of how SCADA systems benefit industries. The machinery and assets utilized in factories and plants are dispersed over a vast geographical area, a trait shared by all businesses that employ SCADA systems. The public and private sectors utilize this technology to maintain and monitor efficiency, share real-time data for wiser decisions, and communicate system faults in a timely manner to prevent downtime. SCADA systems are used in multiple industries, like: Food and beverage The food and beverage business benefits greatly from SCADA systems. This industry includes service, retail, distribution, and manufacturing sectors. SCADA systems allow the food and beverage industry to control and monitor data to assure product quality and safety. Water treatment Municipalities and states utilize SCADA systems to regulate and monitor water flow, pipe pressure, and reservoir levels. In addition, if a problem such as a leak or contamination occurs during processing or along the supply chain, these technologies are utilized to identify and rectify the issue. Oil and gas The oil and gas industry serves as one of the best instances of SCADA integration. SCADA systems regulate and monitor oil and gas pipelines, permit wireless control, and automate petrochemical and refinery operations. These processes, if not handled properly, can result in substantial harm to health and property. SCADA systems, therefore, closely monitor all activities and provide immediate corrections for significant mistakes. Manufacturing SCADA system aids in managing parts lists, robots, and other forms of industrial automation. Using this technology, organizations may also check the quality and regulate manufacturing processes. ...Read more

Indoor navigation is used in all indoor settings to help people navigate places inside a facility to save time and effort. Inside navigation assists individuals in navigating indoor settings. Apps for indoor navigation display a map of the area the user wishes to navigate. The user can then use this map in real-time to locate a particular destination. Indoor navigation is used to provide users with pertinent and timely information. This type of information may include, for instance, a store's hours of operation or a promotional offer from the store. Most indoor navigation apps utilize maps similar to those used for outdoor navigation. Likewise, as the industry evolves, wayfinding apps become simpler and more efficient to use. How does indoor navigation work? Indoor navigation helps in the flexible movement of individuals through unfamiliar buildings and complexes. An indoor navigation system displays the user's location on a map on their own smart device. A route to the selected destination is displayed on the map after a destination or point of interest is selected. Indoor positioning continuously updates the user's position within and around the building, so the device always displays the current route location. This is known as client-side positioning because the position is computed on the user's device. The device's standard so-called inertial sensors, such as the gyroscope (rotation sensor), are also used for indoor positioning and indoor navigation. The outcome is a turn-by-turn indoor navigation system. Indoor GPS is frequently mentioned in this context. In fact, Favendo's indoor positioning technology can also determine the user's floor. A GPS-based system can not accomplish this. Google Maps Indoor Navigation is a free service that offers nearly the same functionality as outdoor navigation. The problem is that Google must receive the required building designs to use the service. ...Read more

Learn how indoor positioning technology can support augmented reality experiences that allow distributed teams and stakeholders to collaborate and make sound decisions based on accurate site conditions. Augmented reality technology holds many promises for the manufacturing industry, including improving workplace safety, measuring changes, and reviewing detailed information about industrial processes in real-time. However, to have a seamless AR experience indoors, mobile users must have positioning technology to locate them on a map. Without this, an AR-enabled device cannot sync the digital twin and the physical environment. Even though mobile phones and tablets have built-in GPS that provides location technology, that feature does not work indoors: GPS signals are blocked, reflected by walls, and cannot enter a room. Indoor positioning technology uses a network of devices within the venue to locate people or objects, such as beacons combined with wifi, which is one solution.  Use Cases for a Spatially-Enabled Digital Factory The majority of augmented reality apps offer isolated and spatially limited experiences. Augmented training applications are one example of how AI teaches employees technical skills or provides multi-step jobs to work through a problem. However, such training applications are typically limited to a single machine or workplace. NavVis' visual positioning technology has the potential to be implemented across an entire factory shop floor, allowing information to be accessed onsite based on the exact position and workstation at hand. Suppose a technician can't go and fix an issue onsite, but immediate assistance is required to solve an issue. In that case, remote collaboration tools can provide a common interface to understand and solve a possible problem. Finally, location technology will assist assembly planning managers and facility heads in quickly implementing new best practices in a facility. For example, AR can assist with onsite concept validation and provide feedback on a redesign concept from the shop floor. This will save time and help disseminate new information, ultimately driving efficiency quickly. ...Read more