Robotic Perception aims to transform agriculture with advanced robotics that enhance sustainability, reduce labor dependency, and decrease chemical usage. By supporting farmers in producing healthier food while minimizing environmental impact, Robotic Perception’s solutions contribute to a more sustainable agricultural future. The company offers a range of robotic platforms, starting with its Ultra-Low Volume Robotic Sprayer. This sprayer features a patent-pending, fully electric design that operates at ultra-low power and is effective even in windy conditions. By preventing chemical drift, it reduces chemical deposits in soil and air, promoting better soil and food health and lowering carbon emissions. Robotic Perception’s AI-Powered Crop Monitoring technology detects fruit, analyzes size, weight, and maturity, and calculates the Leaf Area Index (LAI) using a camera. This continuous data helps optimize irrigation and provides key performance indicators for tracking crop yields, quality, and food security. The company’s AI-Powered Robotic Pruner, mounted on a robotic arm, offers efficient and adaptable pruning capabilities. It can be trained for various tasks, including thinning, picking, and weeding, while providing real-time monitoring and reporting to support precision agriculture. Committed to addressing challenges in regenerative agriculture, Robotic Perception develops technology that not only enhances productivity but also reduces environmental impact, supporting farmers in building a sustainable future for generations to come.
Cumulative Funding Raised Over Time ($)
Employees Over Time
Robotic Perception Climate Tech relevance
Our robotic solutions are pioneering, high-efficiency, precision-farming robotics with a number of factors that impact climate compared to traditional agricultural machinery. That includes:
1. It applies fertilizers and pesticides with very high accuracy, eliminating drift and ensuring targeted treatment. This supports soil health and protects local ecosystems.
2. It reduced Chemical Use significantly and aligns with regenerative practices aimed at maintaining biodiversity and enhancing soil health.
3. Weighing under 100 kg and applying ultra-low volumes spray (~100 liters/hectare), our sprayer requires minimal refills and low power (under 5 kW). This efficiency helps reduce soil compaction, minimizes carbon emissions and promotes healthy root growth and improves soil structure.
4. The robot is 100% electric, reducing carbon emissions even further.