The Northern Miner Podcast: SRK Consulting Launches Hivemap, Its Digital Mapping Software – a Safer Alternative to Field Mapping
Revolutionizing Geological Mapping with HiveMap
In a recent episode of the Northern Miner podcast, Findlay Fraser, a principal structural geologist, and Andrew LaRiche, a senior consultant in rock mechanics at SRK Consulting, shared insights about their innovative software, HiveMap. This cutting-edge tool is transforming how geological mapping is conducted, enabling geologists and engineers to collect vital data in a more efficient and safer manner, whether they are in the field or working from the office.
Below is a comprehensive summary of the podcast episode, highlighting its main themes and discussions on the Hivemap Digital Mapping Software.

What is HiveMap?
HiveMap is an advanced software solution designed to facilitate the collection of geological observations through both tablet and desktop interfaces. The software is versatile enough to be employed in a variety of contexts—from active mining operations to preliminary exploration phases—effectively leveraging rich 3D geospatial data. Unlike traditional methods that often require geologists to be in close proximity to geological features, HiveMap allows users to gather critical data from a safe distance, thus enhancing the overall safety of the operation.
The software’s design caters to a range of users, including exploration geologists, grade control geologists, and geotechnical engineers. This broad applicability means that HiveMap can serve as a fundamental tool for anyone needing to collect primary geological observation data to support their work. By streamlining the mapping process, HiveMap not only enhances productivity but also improves the quality of the data collected.
Origins of the Concept
The genesis of HiveMap can be traced back to 2016 when Dr. Wayne Barnett, a colleague at SRK, conceived the idea out of frustration with the complex and often cumbersome workflows associated with geological mapping. The existing processes relied heavily on traditional tools like compasses and Bruntons, which required geologists to physically approach rock faces to take measurements.
As technological advancements introduced new datasets—such as those generated by terrestrial and drone-based light detection and ranging (LiDAR) and photogrammetry—the need for an adaptive mapping tool became apparent. Dr. Barnett’s vision was to harness these technologies to create a mapping tool that would allow for rapid, efficient, and safe geological observations. After several iterations and technological advancements, the result is a software solution that integrates seamlessly into existing workflows, allowing users to gather data in real-time and directly from the field.

Key Benefits of HiveMap
HiveMap’s primary benefit lies in its ability to utilize existing datasets that are readily available in mining operations. Many mines already generate a wealth of data through survey groups and other technical services, but there was a lack of efficient solutions to apply this data effectively for geological mapping. HiveMap addresses this gap, providing geologists and engineers with the tools needed to interpret this data efficiently, whether they are in the field or back in the office.
The software operates on standard devices, making it easy to implement without the need for specialized hardware. Most mining sites are equipped with common technology like tablets and laptops, ensuring that the transition to using HiveMap is smooth and cost-effective.
Additionally, the safety aspect of HiveMap cannot be overstated. In many modern mining operations, direct access to rock faces is limited due to safety protocols aimed at reducing exposure to hazards like rock falls. HiveMap empowers geologists to collect necessary geological data without having to stand directly at the face, thereby minimizing risk while still enabling comprehensive geological analysis.
Moreover, the flexibility of HiveMap allows it to accommodate various types of 3D surfaces for mapping. Users can easily integrate data from different sources, streamlining the overall process and facilitating more robust geological interpretations.

Future Developments
As the landscape of mining and geological sciences continues to evolve, the team behind HiveMap remains committed to enhancing the software’s adaptability and functionality. Their focus on continuous improvement includes increasing the number of export formats and integrations with other downstream tools, ensuring that HiveMap remains a valuable asset for its users.
One of the goals for the future is to allow for rapid updates to geological models, a feature that is increasingly expected in today’s fast-paced operational environments. Historically, updating geological models could take months, but with HiveMap, teams can now achieve this in just a few days following data collection. This capability not only accelerates decision-making processes but also fosters a culture of responsiveness within mining operations.
For mining companies interested in exploring HiveMap, their team has developed a wealth of resources available on their website, www.hivemap3d.com. Prospective users can access a gallery of the software, informative overviews, and a dedicated blog that discusses best practices and real-world applications of HiveMap. The website also features an easy-to-navigate section for booking a demo, allowing potential users to see firsthand how the software can benefit their operations.
Final Recap
HiveMap represents a significant leap forward in geological mapping, combining cutting-edge technology with practical applications to meet the demands of modern mining operations. By enhancing efficiency, ensuring safety, and providing robust data collection capabilities, HiveMap is poised to become an indispensable tool for geologists and engineers alike. As the software continues to evolve, it promises to redefine how geological observations are collected and utilized, paving the way for more informed decision-making in the mining industry.