Locomotion Score and
Lameness Detection
Looke robot can detect subtle changes in locomotion indicative of health issues such as lameness or discomfort
Continuous monitoring for early detection
AI-powered monitoring makes it possible to continuously monitor your livestock. Looke robot automatically captures and analyzes videos every few minutes. This allows to capture of each animal at multiple angles, increasing the possibility of early lameness detection.
1 robot can monitor 100s of livestock
Looke is a robot that moves and scans through pre-defined areas to monitor your livestock within that space. Unlike fixed AI cameras, one Looke robot monitors 100s of animals without incurring any additional infrastructure costs.
The Looke system is elastic and it grows with your business. It’s very easy to add and integrate additional robots as your business grows.
Higher profitability with healthier cows
AI-powered monitoring and early intervention also mean less workload on your staff. So, they can focus on implementing preventive measures for improved overall herd performance.
Cost savings through timely intervention
Early detection of lameness issues allows for timely intervention which in turn results in reduced husbandry costs and improved animal welfare.
See the invisible for informed decision-making
No one knows your farm or animals like you do. However, you can’t always be at all the places. Looke helps observe hard-to-see things and presents you with actionable insights. E.g., while collecting locomotion data, it will also learn if any cow is sitting for too long.
Looke empowers farmers with insights to help enhance animal welfare, productivity, and profitability.
It is (a lot) cheaper than you think
We believe that an innovation cannot grow if it’s not in everyone’s reach. That’s why we designed this super powerful and highly cost-effective robot. This is how we help you keep your costs down:
Small and powerful
With one small robot, you eliminate the need for multiple AI cameras and so your capital outlay is low.
Works anywhere
Looke is a battery-powered, self-charging robot system – perfect for remote installations.
Tailored
It’s a minimalist purpose designed in-house. It has everything you need and nothing that you don’t.
DIY
Looke robot is DIY friendly, so you can save 1000s in setup costs. Install and operate yourself.
Smart
Looke is AI smart. It processes and analyses data itself. There are no hefty offsite server costs for AI processing.
It’s a robot!
Looke keeps its schedule, goes to charge itself when needed, and troubleshoots its problems. It’s a robot.
Reasons to use Looke for lameness detection
Locomotion score, a crucial measure of the mobility and health of livestock, is integral to efficient farming practices. Traditionally, farmers have relied on manual assessment techniques to gauge the locomotion score of their animals, which can be subjective, time-consuming, and prone to human error. However, Looke the integration of Artificial Intelligence (AI) in agriculture, particularly in the form of computer vision systems, offers transformative solutions to this challenge.
How it works
Our AI-powered locomotion score systems utilize cameras and sensors to continuously monitor the movement patterns of livestock. These systems analyze gait, posture, and other relevant parameters to accurately assess the locomotion score in real time. By leveraging machine learning algorithms, these AI systems can detect subtle changes in locomotion indicative of health issues such as lameness or discomfort.
Benefits of using AI for locomotion scoring
The benefits of AI in locomotion scoring are manifold for farmers. Firstly, it enables early detection of health issues, allowing for timely intervention and improved animal welfare. By identifying individual animals with poor locomotion scores, farmers can administer targeted treatments or adjustments to their management practices, ultimately reducing the risk of more severe health complications and minimizing economic losses.
Moreover, AI-driven locomotion scoring systems facilitate data-driven decision-making on the farm. By collecting and analyzing vast amounts of locomotion data over time, these systems provide valuable insights into herd health trends, enabling farmers to optimize their breeding, nutrition, and housing strategies for improved overall herd performance.
In essence, AI offers a promising avenue for revolutionizing locomotion scoring in agriculture, empowering farmers with advanced tools to enhance animal welfare, productivity, and profitability.