Industrial Remote Controls under the Machinery Regulation (EU) 2023/1230
At Tarso, we design and manufacture industrial radio remote controls with the understanding that machinery control requires absolute safety assurance. Our equipment is developed to comply with the European Machinery Regulation (EU) 2023/1230.
Industrial cybersecurity, hardened system
Encrypted communication
All interaction between the transmitter, the receiver, and our app (available for iOS and Android) is continuously encrypted to prevent intrusions.
Tamper protection
The hardware of our remote controls is physically locked against external read/write access, preventing physical hacking or installation of unauthorized firmware.
Full traceability
We maintain a detailed history of firmware and hardware changes for each board, and our app allows users to verify the software running on their devices.
Continuous monitoring
If a communication failure or a fault in a critical chip is detected, the system immediately stops the receiver for safety.
Intelligent technology that learns and prevents
A Tarso radio control is an active system designed to anticipate issues. Our firmware integrates security at its core, evaluating the environment in real time to prevent risk situations before they occur.
Through machine learning algorithms, the remote continuously analyzes distance and signal quality, detecting interference and adapting to ensure flawless communication between transmitter and receiver.
The system is programmed to prevent misuse and unnecessary risks. It blocks undefined simultaneous actions, adds a failsafe when using the mobile app, enforces a safe visual working distance, and requires two-hand operation for critical maneuvers.
Mechanical reliability and full control
Exclusive connection
Just as a fingerprint is unique, our algorithm ensures each device has a unique code, eliminating the risk of crossed commands. Additionally, thanks to the “Exclusive ID” feature, a receiver will only respond to one paired transmitter at a time.
Safe start
Startup requires a deliberate and continuous press of the START button. The system operates under the “dead man’s switch” principle, executing commands only while the user maintains pressure.
Stop, highest priority
The STOP command is dominant. It overrides any other action, immediately shutting down activity even in the event of button or relay failure. This is supported by a receiver with redundant relays and an optional emergency stop on the transmitter.
Protection first
In the event of a power failure or unexpected shutdown of the receiver, the system fully resets into a safe standby state, preventing unintended starts or residual movements after reboot.
Transparent quality and full traceability
Each Tarso remote control is clearly identified by model and unique serial number. This information is internally linked to all components, processes, and quality tests performed, enabling issue tracking down to the operator level and programmed firmware.
Tarso’s implemented development and production system records the complete firmware history, reinforcing the traceability required by the Machinery Regulation for digital safety components. During development, all code iterations are stored and validated through multiple functional and safety testing stages. As a result, the firmware released to market has passed multiple controls designed to detect and correct errors before mass production.
This comprehensive traceability approach is complemented by user manuals available in digital format and always up to date at: tarsoman.com/manuales