CheckProof Blog

Implementing new digital tools can be challenging, especially when teams resist change. In this blog, industry leaders from Cemex, Breedon Group, Banner Contracts, and Peab Industry share their insights on successfully rolling out CheckProof. Discover practical strategies, lessons learned, and the measurable benefits of driving digital transformation across operations.

Comment Gina Becker chez Cemex Allemagne et ses collègues ont augmenté la production journalière de 75 %, réduit les coûts de carburant et simplifié les opérations de maintenance avec la plate-forme CheckProof.

To celebrate a decade of innovation since CheckProof’s inception in 2014, this report highlights significant milestones across the construction materials industry over the last ten years. From 2014’s economic optimism boosting infrastructure demand, to more widespread adoption of AI and machine learning in 2024. Each year showcases industry advancements that pushed the boundaries in innovation, digitalization, and sustainability.

The construction materials industries form the backbone of the infrastructure which surrounds us. Global demand for the products from this sector will not slow down, and so the pressure to enhance efficiency in manufacturing and doing so sustainably will only increase. This industry, including cement, concrete, and aggregates plants, has varying levels of technological maturity. Some embracing advanced technology faster

Managing costs effectively is crucial in the construction materials industry, where tight profit margins are the norm. Whether you’re overseeing asphalt production, concrete plants, quarries, or other construction material operations, reducing on-site costs can make a significant difference.

A guide on managing staff schedules and the absence of key staff within construction materials and heavy industry during the holidays.

Tired of guesstimating when you need to perform maintenance for your assets? The Internet of Things, or IoT, connects non-traditional computing devices to the internet and transfers their data over a network without human interaction. This data can be used to create optimal predictive maintenance routines for any piece of equipment in your facility.

In the construction materials and heavy equipment industry, idling refers to engines running without doing productive work. For example, machines in quarries that are running, but not productively moving equipment or materials are common instances where idling occurs.

Preventive maintenance is a method of proactive maintenance management that relies on doing things ahead of time, before it becomes a problem.

When you return to work on Thursday morning, you soon notice that the feed conveyor still hasn’t been fixed. The technicians have a lot on their to-do list, but this is a high-priority matter that must have fallen between the cracks. You start to wonder: “How can I make my team more accountable?”