Talmo develops software for computer vision systems based on the latest machine learning techniques and software engineering best practices along with experience from developing both prototypes and turn-key systems in various industries.
Monocular depth estimation for log stack density measurements
Monocular depth estimation for log stack density measurements
Horse lameness assessment based on key-point frequency analysis
Horse lameness assessment based on key-point frequency analysis
Real-time instance segmentation for agricultural automation on edge devices
Real-time instance segmentation for agricultural automation on edge devices
Metric measurement of forest effects using 3D reconstruction and analysis
Metric measurement of forest effects using 3D reconstruction and analysis
4K real-time tracking in carom billiards for tv production live replay
4K real-time tracking in carom billiards for tv production live replay
Yield estimation in Christmas tree production using drones and photogrammetry
Yield estimation in Christmas tree production using drones and photogrammetry


The primary offering of Talmo is the combination of theoretical insights from computer vision and machine learning with the capability and experience of developing robust, fast, testable and maintainable software.
Photo of Jakob Kirkegaard
JAKOB KIRKEGAARD, Founder and Computer Vision Specialist at Talmo

Application areas

Talmo offers customized solutions in the intersection between machine learning and software engineering. The technologies and methods used by Talmo are generic and selected individually for the different application domains and business areas:

Forestry and Agriculture

e.g. for metric measurements of produced goods or automation of the harvesting processes.

Defense and surveillance

e.g. for automatic detection of events in static and moving cameras, RADARs or LIDARs on drones, planes or satellites.

Industrial Automation

e.g. for automatic quality control based on 2D or 3D scanning of manufactured products.

Sports

e.g. for detailed live analysis of events in various sports or replay augmentation of the experience in televised sports events.

Robotics

e.g. navigation based on input from cameras and handling based on 3D scanners for online map building.

Entertainment

e.g. for enhancing the experience in games or other events using augmented reality technologies.

Do you want more information about our applications, do not hesitate to
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