At Prezerv, we developed Detect-ai to help you better preserve civil infrastructure. With through-depth inspection of structure, Detect-ai understands far more than surface cracks and wear. Detect-ai uses artificial intelligence to assess the in-situ conditions and runs multiple algorithms on top of that data to prioritize repairs and allocate limited maintenance budget.
Using the power of scalable artificial intelligence, Detect-ai helps you inspect civil infrastructure and provides you with the risk and insights you need to accurately plan the maintenance with ease.
Benefits
Our Insights
Transmission infrastructure: a critical connection in the clean energy transition
What do you picture when you think of renewable energy? Wind power? Hydropower? Geothermal power? If you’re like me, you imagine a dispersed network of gleaming solar panels, a soaring wind turbine, a massive dam and a subterranean hot-water reservoir.
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Electric vehicle charging infrastructure – a merciless bottleneck
With rapid expansion of the electric vehicle (EV) marketplace, most owners still charge their EVs at home or at work, where some employers have installed chargers. Others park overnight or “top off” on short local trips at public charging stations,
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In coming years, the construction industry must use technology to reduce costs while increasing safety of infrastructure projects.
According to the American Society of Civil Engineering (ASCE), our nation’s infrastructure earned a C- in 2021. While this is the first time in 20 years that U.S. infrastructure risen above a D, such low grades continue to impede national
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Infrastructure and energy capital projects are notorious for being significantly delayed and over-budget. How can we mitigate these risks?
Civil infrastructure and energy capital projects are notorious for experiencing delays and cost overruns. As the following chart, prepared by McKinsey & Co. using the HIS Herold’s Global Projects Database, shows, most construction projects are delayed by an average of
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