Binarial is a technology company specialized in automation, robotics, and artificial intelligence applied to industry. Founded in 2022 and entirely backed by Galician capital, it has been built on a solid foundation of talent and efficiency, with highly qualified professionals. The company firmly believes in a more efficient and sustainable industrial future, where synergies between humans and machines maximize added value. Its main pillars focus on flexibility, teamwork, commitment, and exceptional customer service.
What areas does your company innovate in?
Since our beginnings, innovation has been the cornerstone of all the projects we develop at Binarial. Our three main lines of development are automation, robotics, and AI applied to industry, where we use efficient and imaginative methods that differentiate us and allow us to create the best and most innovative solutions.
We have developed our own software applied to industrial robotics, the development of special machinery, and container detection systems using ultrasound and artificial intelligence. Many of these projects are ultimately patented and transformed into proprietary commercial products, with strong customer acceptance.
What business goals would you like to achieve in the coming years?
The rise of robotics and industrial automation is driving growth in a sector that will be key to business productivity. Our main goal in the coming years is to consolidate our industrial position by creating dynamic and efficient products and solutions.
We believe that the adaptability of new industrial robotics will be a crucial factor in the coming years, and that the application of AI in industry will drive production optimization and generate high value in industrial products.
What is the main challenge you face?
From a local perspective, the main challenge we face is the risk involved in promoting new and different technologies. Every innovation carries a challenge of market acceptance, but at Binarial we firmly believe in a better future, where everyone involved in this project contributes to building an effective technological vision.
From a global perspective, the entry of competitors into European markets can create uncertainty among potential clients. In this race, we can only focus on doing better, enhancing the value of our products and offering high-quality technical services.
We believe that robotization and automation are not just products, but comprehensive services that begin with machines and continue through contributions to system efficiency.
What technological advances do you expect to see in your sector by 2030?
The application of artificial intelligence will bring a transformation in how industrial production processes are approached. Currently, there are autonomous robotic systems, manipulator robots, AMRs, and special automated machines, but they still require human intervention in key tasks such as maintenance, programming, and production control. These activities are currently supervised and managed by people, but in the near future they will be handled by specialized AI systems.
On the other hand, humanoid robots are already being developed to perform industrial tasks.
At Binarial, we are aligned with this evolution, developing solutions that integrate advanced AI to automate and optimize key processes. We believe the foundation of the future will be adaptability.
What three skills do you value most when hiring talent?
I don’t believe talent is a permanent state. That is why we always focus on hiring people with values that allow us to grow as a company: dedication, effort, teamwork, and trust in the shared project are the principles we promote internally. Combined with strong technical capabilities, this creates a team capable of taking on major challenges.
Which project from the last two years would you highlight?
We have worked on several technologies, but we would highlight our mobile robotics systems. The development of TROO, an AMR with a 300 kg payload, and COMPY, an AMR for education and surveillance, have been the most significant projects.
All the manufacturing of our AMRs is local, and all their software and control systems are developed in-house. We have applied technologies such as AI-based obstacle detection, pattern recognition, and route adaptability using algorithms that combine classical navigation elements with AI training.
In 2025, we will launch a new line of higher-capacity AMRs, focusing on the automotive industry.