Beyond critical minerals

As critical minerals like lithium and nickel dominate headlines, another key resource is shaping success in mining’s next era: data.

While it might not sound all that exciting, the truth is that mining companies are generating vast amounts of spatial information and extracting very little value from it.

From Lidar surveys and drone imagery to sensor networks and environmental monitoring, terabytes of information are produced every day — yet much of it remains fragmented, duplicated, and hard to access, limiting its value and increasing operational and compliance risk.

The hidden cost of data chaos in modern mining

Modern mining teams have the technology, they just need to be more connected across survey teams, engineering, environmental groups and planners. File transfers, manual uploads, and siloed storage systems slow workflows and undermine the reliability of information used for safety or production decisions.

The impact is significant but often invisible:

• Delayed decisions due to missing or outdated datasets
• Production slowdowns driven by incorrect models
• Compliance gaps caused by inconsistent records
• Increased safety risk when teams work from incomplete information

In a sector where every decision can affect cost, productivity, and community safety, disconnected data becomes a major bottleneck.

Managing critical infrastructure in a common data environment

To better manage critical infrastructure, miners rely on critical data in a common data environment (CDE) that unifies all spatial and design information across an operation into a single source of truth.

By connecting everything from pit surveys to rehabilitation imagery, a CDE becomes the single source of truth for all stakeholders. Teams can visualise designs, compare progress, and flag discrepancies without needing to move or reformat massive datasets.

Solutions like Pointerra3D are helping leading miners implement this at enterprise scale. The platform’s cloud-native architecture allows users to stream and interact with terabytes of point clouds, reality meshes, imagery, design models and vector data from any browser — no heavy hardware required. In practice, this means geotechnical engineers, environmental specialists, and regulators can all collaborate in real time, accessing the same validated data.

The payoff is immediate: improved safety through real-time hazard detection, reduced rework thanks to version control, and faster decision-making as all teams operate from the same digital environment.

From unified data to digital twins

Digital twins are rapidly becoming foundational in modern mining. These living 3D models integrate analytics such as volumetrics, change detection, conformance checks, directly into a mine’s digital footprint.

At one Tier 1 mine, survey teams using Pointerra3D reduced volume reconciliation cycles from weeks to hours by replacing manual data exports with automated cloud workflows. Now every department, from planning to ESG reporting, operates from the same consistent, auditable digital record.

Digital twins aren’t just visual tools; they’re operational systems that prevent costly errors, accelerate planning, and increase transparency.

The new critical resource

By investing in the systems that capture, connect, and operationalise their information, mining companies are doing more than modernising workflows — they’re building the foundation for the next generation of safe, efficient and more sustainable operations.

See how Pointerra3D is supporting the resources industry with functional digital twins and sector specific analytics.