Self-Driving Cranes (Almost) Reality Thanks to Crane Operations Experts SMIE

SMIE has entered the race to create automated crane technologies using ProSITE, their acclaimed anti-collision and jobsite monitoring system. In a series of tests carried out during the first quarter of 2019, the revolutionary technology has demonstrated great potential and moves the industry one step closer to effective crane automation.

SMIE has transformed self-driving cranes from concept to possibility by adapting its existing crane anti-collision system, ProSITE, and adding a range of new, enhanced features. Using ProSITE, it is anticipated that crane operators will be able to select a location on the construction site and instruct the equipment to automatically move to that location without the need for manual operation. All other features of ProSITE will remain, allowing site teams to continue to benefit from anti-collision and zoning to ensure safety.

This is not the first time that SMIE has further developed the ProSITE system, having recently introduced a new, enhanced version of the original software incorporating Wi-Fi communication technologies. This newer version allows for the system to be configured and managed remotely from any connected location, removing the need to climb multiple cranes to make simple parameter changes.

“We fully believe in supporting crane operators and making their job easier” says Nick Palfrey, CMO at SMIE. “If successful, this technology could be another tool to make this a reality in both a safe and productive way, greatly improving working conditions and minimising the high levels of stress that are currently reported by operators.”

The announcement demonstrates the strong potential of SMIE technology, and highlights the significant shift taking place within the building and construction industries from manual processes to automation. Digitallysupported solutions are becoming an increasingly vital aspect of site safety and efficiency, and are expected to completely transform the sector.

Thanks to the viable test data generated in the initial phase, a first level of functionality, which must be considered purely as an operator aid, will be implemented in ProSITE by the end of the year.

To find out more about ProSITE and SMIE, visit