Resources

AI doesn't replace engineering expertise. It helps organizations apply that expertise consistently across increasingly large and data-rich programs.

In an era of AI, trust matters. Engineers need to know the tools they rely on are grounded in science, field experience, and defensible workflows. Cambio was built for that work: helping engineers manage landslides, erosion, flooding, seismicity, and other hazards affecting critical infrastructure.

As repeat lidar monitoring becomes more widely adopted, the focus is shifting from simply detecting terrain change to understanding whether those changes are real, meaningful, and actionable. Reliable change detection requires confidence in the results.

Learn how organizations can turn repeat lidar acquisition into a proactive geohazard monitoring system through change detection, movement analysis, and integrated risk management workflows.

Lidar Change Detection (LCD) has fundamentally changed how infrastructure operators and emergency planners manage geohazard risk.

What works, what doesn’t, and lessons learned from recent atmospheric river events: an educational panel-style webinar focused on the realities of setting up and running an effective flood monitoring program.

We recently hosted a panel discussion with leaders from Rio Tinto, BGC Engineering, and Cambio Earth to talk about the next chapter: the role of digital knowledge bases to make instrumentation data more meaningful, actionable, and aligned with real performance priorities.

At the 2026 REX (Risk, Economics & Safety Conference) in Orlando earlier this month, Cambio Earth’s Chad Sutherland presented a question many pipeline integrity teams are currently facing: How do we efficiently identify the small fraction of water crossings that represent the majority of geohazard risk?

Last week in Calgary, over 80 geohazard professionals representing more than 30 pipeline operators came together for the 18th Annual BGC Geohazard Symposium X Cambio User Group — both in person and online.

This winter, atmospheric rivers delivered intense rainfall across the West Coast of North America, pushing already saturated landscapes past critical thresholds.

Instrumentation data is easy to collect—but hard to interpret when it’s scattered and out of context. Cambio’s instrumentation tools help infrastructure and geotechnical teams move beyond data management by reconnecting measurements to the physical, operational, and risk context of the asset.

For years, pipeline integrity teams have known there’s something valuable buried in Inertial Measurement Unit (IMU) data — but actually extracting that value has been another story.

2025 was a big year for Cambio Earth™—not just in features shipped, but in how our purpose crystallized.

The mining industry’s relationship with data—especially instrumentation data—has evolved dramatically. We’ve gone from craving more data to design and monitor facilities, to having too much data without effective ways to utilize it.

Over the past several years, the Red Chris team, supported by BGC Engineering and Cambio Earth, has implemented a geospatial digital knowledge base to strengthen that understanding.

We’re excited to partner once again with BGC Engineering for the upcoming R&D Symposium on October 30.

At Hudbay’s Flin Flon Tailings Impoundment System (FFTIS), BGC Engineering and Hudbay partnered with Cambio Earth to explore how a geospatial digital knowledge base can transform dam safety inspections (DSIs).

Following our recent win at the 2025 CIO Awards Canada, we’re sharing how Cambio Earth is bridging the gap between rigorous geoscience and cutting-edge AI to safeguard global infrastructure.

In June 2022, a catastrophic rain-on-snow event swept through Yellowstone National Park, washing away critical roads, severing community links, and forcing engineers to rethink what it means to rebuild in landslide terrain.

Let's talk about implementing digital knowledge bases—what it takes to modernize your monitoring workflows, and the real-world results that follow.

Mine owners, Engineers of Record (EoRs), and geoscientists are embracing integrated instrumentation and geospatial tools to break down data silos. The result is real-time situational awareness, a dynamic digital knowledge base for data-driven decisions, and safer, more efficient tailings operations—delivering continuous insight from prefeasibility through construction and into closure.

For emergency management professionals, engineers, and geoscientists seeking to enhance their disaster response methodologies.

Is your geohazard program RP 1187-ready? We sit down with BGC’s Alex Baumgard to break down API RP 1187 and show how you can turn "recommended practices" into a documented, audit-proof strategy.

Breaking down what we learned at the 17th annual BGC Pipeline Geohazard Symposium x Cambio User Group.

Inertial Measurement Unit (IMU) technology is becoming an essential tool in identifying and mitigating geotechnical risks to pipeline infrastructure.

This case study examines the potential implementation of Light Detection and Ranging (lidar) technology in rapid disaster response following Hurricane Helene in September 2024.

Geohazards like landslides are a major threat to pipelines. Discover how expert Dr. Corey Scheip and Cambio are leveraging cutting-edge tech like lidar and InSAR to detect and monitor these threats, ensuring the safety and integrity of our pipeline infrastructure.

Ensuring pipeline integrity in landslide-prone terrain requires vigilant monitoring and risk mitigation. Landslides—especially those that move slowly and imperceptibly over time—pose a significant threat to buried pipelines, with potential consequences including ruptures, environmental impacts, service interruptions, and safety incidents.

Geohazards like landslides and erosion aren’t just dramatic landscape artists—they’re serious threats to infrastructure and communities.

Standout highlights and takeaways from this year's 2024 R&D Symposium.

We caught up with Sarah Newton, Head of Product & Customer Success and Senior Geological Engineer, and Chad Sutherland, Senior Product Manager, last week to get some insights on what they experienced at the show.

We’re excited to see Matt Lato (BGC) and Katie Burkell (Cambio Earth) featured in Geostrata Magazine for their work on applying automated lidar processing to create faster, more cost-effective landslide inventories.

The Landslide EventIn late July 2022, a series of convective storms in Eastern Kentucky resulted in up to 400 mm of rainfall over a six-day period, with a maximum 24-hour precipitation accumulation exceeding 250 mm.

Are you considering or currently using airborne lidar to manage the geotechnical risk to your critical infrastructure? Access the webinar to learn more.

Over the past two decades, geohazard management has become integral to pipeline operations. Initial programs relied on Geographic Information Systems (GIS) software but lacked comprehensive hazard analysis. Early geohazard management software aimed to centralize hazard information to ensure consistent assessments however, mainly contained tabular data and relied on manual data inputs.

On March 12-13, 2024, we invited our Cambio users to BGC Engineering Inc.’s US headquarters in Golden, CO, for our 16th annual Cambio User's Group.

We are proud to be featured in The Globe & Mail, where our CEO, Jason Krause, discusses how Cambio Earth is scaling internationally to provide the integrated data solutions essential for safeguarding global critical infrastructure.

Key takeaways from Katie Burkell's (Sr. Product Manager) presentation at Geo-Congress.

Officially announcing the launch of Cambio Earth Systems Inc.