Construction Equipment

Volvo Construction Equipment and Hitachi Energy have formalized a Memorandum of Understanding to pioneer end-to-end approaches for zero-emission construction. This collaborative effort unites robust capabilities in electric construction equipment, energy management, clean power supply, and system integration. The primary...

The deployment of autonomous machinery and precision robotic systems is fundamentally changing the execution of high-risk and repetitive tasks, leading to safer work environments and unprecedented levels of structural accuracy.

The integration of sophisticated monitoring devices into the fabric of our infrastructure is providing a continuous stream of operational data, allowing for the proactive management of structural health and site safety.

Manufacturing specialist Komatsu Europe has begun production of its first UK-built PC220 crawler excavator at its Newcastle facility, marking a significant milestone for the operation as it approaches its 40th anniversary. More than 200 employees, including 21 apprentices, are...

Integrating AI workforce analytics into construction environments is fundamentally transforming safety protocols and risk management. By leveraging computer vision, wearable technology, and predictive modeling, firms can monitor worker behavior in real-time, anticipate potential hazards, and implement proactive measures to ensure a secure and productive job site.

Hyper-automation is revolutionizing the construction sector by integrating artificial intelligence, robotic process automation, and advanced analytics into core operational workflows. This technological convergence enables firms to eliminate manual redundancies, optimize site logistics, and achieve unprecedented levels of efficiency and precision across the entire project lifecycle.

The rapid expansion of artificial intelligence and cloud computing is fueling an unprecedented surge in data center development. This growth is fundamentally altering global infrastructure priorities, necessitating massive investments in specialized power grids, advanced cooling systems, and high-performance digital connectivity to support the next generation of scalable facilities.