Technology
Birds Eye is one integrated system in three layers: robots that do physical work in the house, sensing that observes along the way, and Barn Chart, which turns those observations into spatial intelligence.
7
years in the house
Seven years of working alongside growers, integrators and pharmaceutical companies — in real houses, on real flocks, with the people who do this work every day.
Product principles
How it fits together
Robots that do real work in the house.
Caretaker · LUKE
Environmental sensors and cameras that observe along every route.
Conditions · Birds · Events
Every observation placed where and when it happened.
Maps · Replay · Trends
Wheeled autonomous robot
Caretaker is Birds Eye's wheeled autonomous poultry-house robot. It moves through the house among the flock, encourages bird movement, and gathers observations along the way.
Deployment ready
Quadruped robotic platform
LUKE — Legged Unit for Knowledge & Evaluation
LUKE is Birds Eye's quadruped robotic platform, built on the same observation and Barn Chart foundation as Caretaker — designed to walk the house floor, go where wheeled units can't, and capture the observations they miss.
Deployment ready
Two robots, two entry points
Caretaker+
Base value starts with flock stimulation. Caretaker+ adds utility and data acquisition.
LUKE+
Flock stimulation and precision poultry without the price tag of Caretaker's full functionality.
Spatial intelligence software
Barn Chart organizes everything the robot observes by where and when it happened, so you can see the whole house and understand every detail.
Built into Caretaker and LUKE
Explore the idea
This interactive concept uses synthetic data to show how spatial layers work together. The real product screens are below.
Where: every observation is tied to a location in the house.
When: missions can be replayed and compared over time.
What: conditions, events and imagery layered together.
The product, as growers see it
One glance tells you which barns need attention, what the robot found, and when each house was last walked.
Each run rebuilt as a spatial record of the house.
A top-down view of the house that everything maps onto.
Step back through a mission and see what the robot saw.
Temperature, humidity and ammonia across the house.
Flagged mortality pinned to where it was observed.
Notice of conditions or events that need attention.
Changes over days and across flocks.
Photos and observations layered on the map.
Availability of individual views may vary; ask us what's live today.
Looking ahead
Your environmental controller knows what it was set to do. Barn Chart can show what birds actually experienced, place by place. Bringing the two together is part of our evolving vision — not an existing integration today.
Controller
What the house was set to do
Barn Chart
What birds actually experienced, place by place
Together
Correlation and confirmation
From physical work to spatial intelligence — what's available today, what's being validated, and what's next.
The marks show how developed a capability is — how far it has travelled from roadmap to commercially available. They are not a score for how well it performs.
13 of 13 capabilities
Navigates commercial houses around feeders, waterlines and migration fences.
Encourages consistent bird movement and redistribution within migration sections.
Removes mortality from the house as the robot walks.
Records temperature as the robot moves through the house.
Measures ammonia levels at bird height.
Tracks relative humidity across the house.
Flags likely mortality and records where it was observed.
Highlights birds that may need attention.
Notes feed spills observed along the route.
Notes wet areas and possible leaks along the route.
Exploring manure analysis for potential gut-health insights.
Exploring direct measurement of litter moisture.
Connecting robot observations with existing controller data for correlation and confirmation.
We're happy to walk you through the system and what it's learning in the field.
