Sensori Robotics provides an AI-powered autonomy platform that transforms electric mowers into coordinated, intelligent fleets for commercial landscaping operations. This plug-and-play Robot Brain enables equipment manufacturers to rapidly deploy autonomous solutions without extensive R&D. The platform reduces labor costs significantly by allowing smaller crews to manage multiple robotic units simultaneously, increasing operational efficiency and profit margins.
Funding
Funding not disclosed
Founders
Product
Problem
Landscaping businesses face increasing demand for services but struggle to find and afford sufficient labor, leading to প্রত্যাখ্যান of new clients and constrained growth. Traditional mowing methods require significant manpower and time, reducing efficiency and profitability.
Solution
Sensori Robotics offers an autonomous lawn mowing solution designed to alleviate labor shortages and improve efficiency for landscaping businesses. The system utilizes AI-powered mobile robots that can collaboratively manage multiple job sites. A single initial walkthrough with the robot creates a precise map, which is then uploaded to the cloud and shared among multiple robots. This enables the robots to intelligently divide labor and operate autonomously, allowing human crews to focus on other landscaping tasks. The robots are equipped with safety features such as object detection and automatic shut-off, and are powered by rechargeable batteries, reducing reliance on gasoline.
Target Audience
The primary target audience consists of landscaping businesses seeking to improve efficiency, reduce labor costs, and scale their operations without increasing headcount.
Features
- AI-powered autonomous navigation and mowing
- Cloud-based mapping for multi-robot collaboration and optimized workflow
- Integrated safety features including camera-based person/pet detection, bump sensors, and tilt/lift shut-off
- Cellular connectivity for map sharing and remote monitoring
- Electric-powered operation with rechargeable batteries
- Joystick-guided perimeter mapping for initial site setup
- Portable design for easy transport between job sites