The Shark AI Robot Self-Empty XL Has Tech Like Self-Driving Cars
Laura McQuarrie — September 25, 2021 — Tech
References: prnewswire
The Shark AI Robot Self-Empty XL is full of smart features thanks to AI Laser Navigation and UltraClean Mode, plus a HEPA 60-day capacity base that helps to keep dust and allergens contained. Notably, the smart robot vacuum boasts next-gen technology that's comparable to the artificial intelligence algorithms used in self-driving cars. This means that the robot is capable of detecting and avoiding objects while it is in the process of cleaning.
Unlike other comparable robot vacuums that rely on camera-based vSLAM technologies pointed at the ceiling, the Shark AI Robot Self-Empty XL employs 360-degree LIDAR laser-based technology for effective floor-level scanning.
Thanks to the newly refreshed SharkClean app, users can schedule certain rooms or the whole home to be cleaned at any time, day or night.
Unlike other comparable robot vacuums that rely on camera-based vSLAM technologies pointed at the ceiling, the Shark AI Robot Self-Empty XL employs 360-degree LIDAR laser-based technology for effective floor-level scanning.
Thanks to the newly refreshed SharkClean app, users can schedule certain rooms or the whole home to be cleaned at any time, day or night.
Trend Themes
1. AI Laser Navigation - Smart robot vacuums with AI Laser Navigation have the potential to disrupt the home appliance industry.
2. Ultraclean Mode - Robot vacuums equipped with UltraClean Mode present an opportunity for innovation in the cleaning products industry.
3. LIDAR Laser-based Technology - The use of LIDAR laser-based technology in robot vacuums may lead to advancements in the robotics industry.
Industry Implications
1. Home Appliance - Innovation in laser-based robot vacuums presents an opportunity for growth in the home appliance industry.
2. Cleaning Products - The development of robot vacuums equipped with UltraClean Mode may disrupt the cleaning products industry.
3. Robotics - The utilization of LIDAR laser-based technology in robot vacuums could lead to advancements in the robotics industry.
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