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Virtual Sensors powered by AI and data can have a big influence on industrial applications by offering priceless process insights that assist and improve well-informed decision-making processes.
Despite being a relatively new study area, industrial applications for virtual sensors are becoming more important. Use of virtual sensors in smart factories and digitalized manufacturing facilities, where networked equipment, machinery, and production systems improve management and decision-making, is a promising example.
The Global Al Virtual Connection Sensor market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Elliptic Labs, a Norway based global AI software company and a world leader in AI Virtual Smart Sensors develops AI Virtual Smart Sensors that can recognise people and their environment using AI, ultrasonic, and sensor fusion.
Their goal is to improve the intelligence, humanity, and environmental friendliness of every technology.No camera or network connection is necessary because all virtual sensor processing is local, extremely secure, and protects user privacy.
The AI Virtual Connection Sensor offers a practical method for using ultrasound to pair and authenticate smart devices that are present in the same space. The AI Virtual Connection Sensor shields sensitive authentication data from being unintentionally “overheard” by a speaker in another room or a passing car outside.
It is quick, easy, and accurate. Additionally, it makes it simple for guests to sign up for a WiFi network while keeping outsiders out.
The software-only AI Sensor, which enables a laptop to automatically identify, locate, and configure an external display, is reportedly valuable to businesses and employees managing multiple offices and desk configurations.
This efficient solution maximises productivity while empowering worker mobility and convenience by reducing wasted setup time and increasing simplicity of use.
There are no additional hardware components required for the AI Virtual Position Sensor to function because it is a software-only solution. Instead, it uses the laptop’s built-in speaker and microphone to sense its surroundings, then uses virtual, exclusive machine-learning tools, ultrasonic, sensor fusion, and patented algorithms to understand that environment.
