GIM Robotics’ full stack automation software for mobile machinery is working in all weather conditions. It enables shared and full autonomy operations and makes the machines more intelligent, precise and efficient. 

GIM stands for Generic Intelligent Machines. Our competence covers e.g. sensor fusion, real time 3D localization and mapping, traversability analysis, computer vision systems and dynamic object tracking. GIM’s universal 3D mapping and localization solutions are not fixed to any particular environment or sensor technology and have been used for example in mining, construction, agriculture, forestry and marine applications. Our sister company Sensible 4 was founded in 2017 especially for the automotive applications. Proprietary solutions are based on natural infrastructure and no additional infrastructure (e.g. lanes, reflectors or beacons) is needed. 

We maintain a set of tools that can be utilized to tailor customer specific needs. GIM provides a variety of robotic platforms for prototyping and proof-of-concept development. For example, our logistics platform Speedster, has been tested in retail stores and industrial logistics. Robots accelerate the research and development by enabling completely autonomous data gathering. Autonomous machine operation can be tested in GIM’s precision measured test area in Espoo. 

The company is based on decades of science. The four founders, including Prof. Aarne Halme, were the key persons from the Automation Technology Laboratory at Helsinki University of Technology (nowadays Aalto) and had more than 100 years of combined experience on field and service robotics research including Academy of Finland’s Centre of Excellence in Generic Intelligent Machines in 2008-2013 together with IHA/TUT. 

GIM Robotics has been recruiting the best brains in the industry. We have a team of 40+ people with some of the top robotics experts from Finland and beyond. 


GIM Robotics

This department focuses on identifying growth opportunities and developing partnerships to enhance commercial success.

Business Development

The Robotics Engineering Team at GIM Robotics is responsible for the design, development, and implementation of advanced robotic systems used in a wide range of industries, including mining, construction, agriculture, forestry, and marine applications. Their tasks encompass sensor fusion, real-time 3D localization and mapping, traversability analysis, computer vision systems, and dynamic object tracking. The team works on developing and refining GIM's full stack automation software, ensuring robust performance in all weather conditions and environments. Additionally, they engage in prototyping and proof-of-concept development using GIM’s variety of robotic platforms, contributing to the acceleration of research and the advancement of autonomous machine operations.

Robotics Engineering Team

This department designs, develops, and maintains robotic systems and technologies.

Robotics Engineering

The Leadership Team at GIM Robotics is responsible for steering the company towards its strategic goals, driving innovation, and ensuring the successful development and deployment of GIM's cutting-edge automation software for mobile machinery. Comprising the CEO, CTO, and Chief Marketing Officer, this team oversees business operations, technological advancements, and market positioning to maintain GIM's status as a leader in the robotics industry.

Leadership Team

This department focuses on driving revenue through sales strategies and marketing initiatives.

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Robotics Engineering Team

Robotics Engineering

Leadership Team

Sales and Marketing