Dilepix technology

As specialists in computer vision and artificial intelligence, Dilepix designs custom solutions to automate agricultural tasks, from the field to the barn.

#1 Expertise born in research, expanded with AI

Dilepix was founded at Inria, the French National Institute for Research in Digital Science and Technology. Our CTO, Aurélien Yol, comes from Inria. Our early developments were built on ViSP, a leading platform for visual servoing and robot control.

Since then, our expertise has grown considerably. Today, it brings together three complementary skill sets:

Computer vision, to extract reliable information from images, even in harsh field conditions.
Artificial intelligence and deep learning, with neural networks designed and trained by our team for each use case.
Vision-based robot control, to track, locate and act in real time.

#2 Cloud or embedded?

Depending on your project and your setup, we deploy our solutions in two ways:

Cloud: standard cameras become smart cameras, with images analyzed remotely.
Embedded: analysis runs directly inside your machines, robots or production lines, for real-time action.

Cloud embedded

#3 Our cloud solutions

Images or videos captured by your cameras are analyzed within seconds on our servers. Results are then sent to your own tool or to a dedicated interface. This is the ideal option for long-term monitoring, especially in livestock farming.

Option 1 – Integrated into your platform

Our analyses feed into your own tool. You keep control of your interface and of your customer relationships, while Dilepix remains your technology partner behind the scenes.

Cloud scenario1 EN

Option 2 – An interface designed by Dilepix

Don’t have an existing tool? We design the interface that lets your users make the most of the results, simply.

Cloud scenario2 Dilepix

#4 Our embedded solutions

To act in real time, our solutions are built directly into your equipment: robots, controllers, tractors, implements or production lines. Images are analyzed right at the machine, enabling precise actions without relying on a network connection, whether that means controlling a robot or automating a production line.

Manurob-Dilepix-localisation-matière.jpg_width=600&height=400&name=Manurob-Dilepix-localisation-matière

(Robot Loadix©- ManoRob)

Custom development

We work with you to design the vision systems that guide and automate your machines, or we improve the ones you already have:

automatic steering and guidance;
precision detection;
object and material recognition and localization;
automated handling.

real time object tracking vision based robot control

Crop production: weed detection

Drone images of a pea field are analyzed automatically to detect and count weeds, preparing the ground for targeted treatment. (CARTAM project)

Livestock: monitoring cows at the feed bunk

A camera facing the headlocks analyzes cow activity. The data collected makes it possible to track indicators such as remaining feed or rumination time.

#5 Comparison Cloud vs Embedded

comparison between cloud and embedded

detection automatique adventices petits pois

pupation BSF insectes

#6 What sets our technology apart

Custom development: solutions designed around your needs, not an off-the-shelf product to adapt.
End-to-end expertise: from image acquisition to integration into your systems.
Expertise rooted in research, with 25 years of computer vision R&D originating at Inria.
A wide range of applications: pig, cattle and insect farming, arable crops, farm machinery and robotics.
One camera, many uses: a single device can feed several applications.
Non-invasive solutions: cameras observe without any contact with animals or crops.
Richer data: vision can be combined with other sensors (RFID, IoT) for individual-level analysis.

AI & computer vision control

Ready to get ahead of your competitors?

your machines and robots, for greater autonomy and precision;
your production lines;
monitoring your animals and crops;
detecting risks or situations of interest.

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activité des porcs

Photo de larves

activité des porcs

Our awards

Winner of the prestigious I-Lab competition in 2018, Dilepix has consistently won high-profile awards proving the value of our solutions.

More information

Dilepix' blog

Access to blog

Regulatory map for AI in autonomous farm machinery

Robotics Machinery Precision Agriculture Trends Dilepix Crops Production

Regulatory map for AI in autonomous farm machinery

Situation as of November 2026.

From drones to tractors: measuring food loss in vegetable fields with computer vision

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From drones to tractors: measuring food loss in...

Three years, two countries, and a camera on a tractor: here is how Dilepix developed a vision-based tool to...

The 6 Levels of Autonomy in Agricultural Machinery

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The 6 Levels of Autonomy in Agricultural Machinery

When people think of autonomous vehicles, they often picture self-driving cars navigating city streets....

Dilepix at Agritechnica 2023

Robotics Machinery Precision Agriculture Trends Dilepix

Dilepix at Agritechnica 2023

Join us on our booth A20 in Hall 7 from November 11th to 18th, 2023 at the forefront of agricultural...

Meet Dilepix at LFDay 2023

Precision Agriculture Trends Dilepix

Meet Dilepix at LFDay 2023

Created in 2017, LFDay is the first event dedicated to agricultural and food innovation in France!

LOADIX autonomous robot: the collaboration between Dilepix and ManuRob

Robotics Machinery Precision Agriculture

LOADIX autonomous robot: the collaboration between...

LOADIX, the autonomous, multi-tool, electric machine designed by ManuRob (M-extend Group) is a "farm valet"...

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