Solving infrastructure inspection challenges

Aging roads, bridges, and pipelines need constant attention. Outdated infrastructure inspection methods make the job harder. When teams rely on slow, disconnected tools, critical issues go unnoticed. Maintenance falls behind. Small problems turn into major failures because inspections take too long.

The scale of inspections is massive. The U.S. has more than 4.2 million miles of roads and over 615,000 bridges. Field teams need better ways to assess risks before they escalate. But too often, their tools slow them down instead of helping them move faster.

What’s getting in the way

Many infrastructure inspection teams use spreadsheets, paper forms, or outdated software. These tools add extra steps, increase errors, and cause delays. The biggest challenges include:

• Manual data entry eats up time. Field teams spend too much time re-entering information.
• Disconnected tools break workflows. Jumping between systems leads to lost data and delays.
• Limited offline access creates gaps. Inspections don’t stop when the internet is down, but many tools do.
• Slow reporting holds up decisions. By the time data reaches decision-makers, it’s already outdated.

How infrastructure inspection teams are moving forward

More teams are shifting away from slow, manual processes. Modern tools eliminate extra steps, speed up reporting, and help teams work without interruptions. Some of the biggest improvements include:

• Faster, more accurate data collection. Digital forms, voice input, and AI-powered automation replace manual entry.
• Instant data sharing. Inspection results go straight from the field to decision-makers.
• Stronger offline capabilities. Teams can capture and store data anywhere, then sync when back online.
• Smarter reporting. Automated data processing delivers insights faster, so teams can take action sooner.

Ready for the details?

Download the our infographic to see what’s driving these changes in infrastructure inspection practices, and how teams are improving speed, accuracy, and efficiency in the field.