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HiveMap Digital Mapping Tool

Resources

Explore our latest articles and publications, stay informed about upcoming events, and download our comprehensive user manual.

User Manual

Step-by-step instructions and tips to help you make the most of HiveMap’s features.

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Training Data Set

Download this file to import to HiveMap during your free trial.

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Tech Support

Reach out to one of our team members for all tech or IT support questions.

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Latest Blog Posts

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Mapping

Remote Structural Mapping: A case study from the Golddigger property, BC

December 13, 2024
Read more → Remote Structural Mapping: A case study from the Golddigger property, BC
TagsCase studies, exploration
photogrammetry for geotechnical mapping
Mapping | Applications & Usage

Creating Digital Models of Rock Exposure for Geological and Geotechnical Mapping   

December 2, 2024
Read more → Creating Digital Models of Rock Exposure for Geological and Geotechnical Mapping   
News & Announcements | Applications & Usage | Mapping

The Northern Miner Podcast: SRK Consulting Launches Hivemap, Its Digital Mapping Software – a Safer Alternative to Field Mapping

October 20, 2024
Read more → The Northern Miner Podcast: SRK Consulting Launches Hivemap, Its Digital Mapping Software – a Safer Alternative to Field Mapping

User Manual

This detailed guide provides step-by-step instructions, tips, and best practices to help you navigate and utilize HiveMap’s powerful features.

Download Now

Upcoming Events

Find us either presenting at or joining the events below!

OCTOBER 2024

HiveMap on the Northern Miner Podcast

Join the HiveMap technical and sales team as we discuss the development of this new software.

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OCTOBER 8, 2024

Vancouver Structural Geology Club

This monthly Structural Geology Club meet-up includes an intriguing seminar and discussion, as well as food and drinks at a nearby pub afterwards.

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OCTOBER 29-30, 2024

MiningTech North America

Engage with industry pioneers, buyers & sellers, stakeholders & partners, CEOs and young professionals together to share knowledge, discuss challenges and fuel innovation in the ever-changing mining industry landscape.

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NOVEMBER, 2024 – TBD

An Introduction to HiveMap: Online Webinar

Stay tuned for more information on this introduction to practical and collaborative mapping workflows.

COMING SOON

JANUARY 20-23, 2024

AME Roundup

The mineral exploration and development industry’s premier opportunity to connect, exchange knowledge and inspire and grow viable exploration projects

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MARCH 2-5, 2025

Prospectors and Developers Associate of Canada (PDAC) Convention

The annual award winning PDAC Convention in Toronto, Canada brings together up to 30,000 attendees from over 135+ countries for its educational programming, networking events, business opportunities and fun.

LEARN MORE

Reference Publications

Foundational Data Collection Literature

Important publications that established industry best practices in how geological observations should be collected.

  • British Columbia Paper – Geological Mine-Maps and Sections. D.W. Brunton.
  • Combining Field Methods and Numerical Modelling to Address Challenges in Characterising Discontinuity Persistence and Intact Rock Bridges in Large Open Pit Slopes. Z. Tuckey, D. Stead & E. Eberhardt.
  • Topographic Laser Ranging and Scanning: Principles and Processing. J. Shan.
  • ‘Structure-from-Motion’ Photogrammetry: A Low-Cost Effective Tool for Geoscience Applications. M. Westoby, J. Brasington, N.F. Glasser & M.J. Hambrey.
  • Close-Range Terrestrial Digital Photogrammetry and Terrestrial Laser Scanning for Discontinuity Characterization on Rock Cuts. M. Sturzenegger & D. Stead.
  • The Role of Geologic Mapping in Mineral Exploration. G. Brimhall, J.H. Dilles & J.M. Proffett.
  • Mapping Altered and Mineralized Rocks: An Introduction to the “Anaconda Method.” L. Lamadrid.
  • Characterization of Fault Zones. Y. Ben-zion & C. Sammis.
  • Measurement and Characterisation of Spatial Distribution of Fractures. P.A. Gillespie, C.B. Howard, J.J. Walsh & J. Watterson.
  • Fuzzy Cluster Algorithm for the Automatic Identification of Joint Sets. R.E. Hammah & J.H. Curran.

HiveMap Research & Development (Formerly EasyMineXR)

These publications outline previous research and development work the HiveMap team has undertaken in the augmented and virtual reality space for geological mapping. As technology advances, HiveMap will continue to explore opportunities to develop practical applications for these exciting developments and tools in the world of geosciences and mapping.

  • Remote Sensing and Geovisualization of Rock Slopes and Landslides. D. Donati, D. Stead, E. Onsel & J. Mysiorek.
  • Applications of Mixed and Virtual Reality Techniques in Site Caracterization. I.E. Onsel, O. Chang, J. Mysiorek & D. Donati.
  • New Techniques for Characterising Damage in Rock Slopes Implications for Engineered Slopes and Open Pit Mines. D. Donati, D. Stead, D. Elmo & E. Onsel.
  • Mixed-Reality Geotechnical Cell Mapping for Slope Stability Assessment at Rio Tinto Bingham Canyon Mine. K.B.A. Nilufer, B. Karen, F. Lukas & W. Chad.
  • Engineering Geological Characterization of the 2014 Jure Nepal Landslide: An Integrated Field, Remote Sensing-Virtual/Mixed Reality Approach. J. Mysiorek, I.E. Onsel, D. Stead & N.Rosser.
  • Innovative Mixed Reality Approach to Rock Mass Mapping in Underground Mining. E. Onsel, D. Stead, W.P. Barnett, L. Zorzi.

HiveMap Technical Team Papers

Relevant conference and journal papers published by HiveMap contributors and adopters.

  • Including Fault Structures in Your Slope Stability Analyses – A Practical Implementation Approach. B. Murphy & W.P. Barnett.
  • Development and Evaluation of Structural & Geological Models. W.P. Barnett, J. DIxon, P. de Graaf & P. Stacey.
  • Good Structural Geology and Geotechnical Challenges It Creates. W.P. Barnett, B. Murphy & E. Saunders.
  • Improving Reliability of Structural Domaining for Engineering Projects. T.G. Carter & W.P. Barnett.
  • Procedures Used to Produce a Digitized Geological Mapping Database of the Area Around the Venetia Kimberlite Pipes, Limpopo Belt, South Africa. A. Doorgapershad, M. Barnett, C. Twiggs & J. Martin.
  • A Structural Geology Matrix for Geotechnical Design in Hard Rock. R. Campbell, W.P. Barnett & M. Levy.
  • Characterisation of Foliated Rock Masses Using Implicit Modelling to Guide Geotechnical Domaining and Slope Design. E. Saundrs, A. Leriche, T. Shapka-Fels & W.P. Barnett.

Frequently Asked Questions

Don’t see the answer you’re looking for? Submit a general inquiry on our Contact page.

HiveMap primarily works with surfaces (meshes) and texture (colour) files, which can be created from a variety of data sources such as LiDAR and photogrammetry. HiveMap can also import drillhole databases and other structural datasets collected by other means.

The outputs from HiveMap are specifically made with flexibility in mind. All datasets are saved as comma separated value (.csv) files, a common file type which can be used by virtually all downstream modelling and visualization software.

This software provides an integrated experience between the field and office, with laptop and tablet-based solutions that are optimized for each platform and setting.

HiveMap is not itself a data capture or processing tool, although recent technological advances in hardware and software (such as the LiDAR in newer iPhones and iPads, on which HiveMap runs) allow for rapid capture of the rock face.  HiveMap is designed to load the 3D datasets quickly, and allow users to map efficiently while at the face, allowing the capture of accurately georeferenced detailed information in the field, with minimal effort.  The outputs from HiveMap are designed to require little to no processing to be ready for use in 3D modelling in the majority of General Mining Packages, greatly reducing the amount of time between mapping and modelling compared to traditional workflows.

HiveMap does not have a limit on the number of files and file size it can handle. It is however suggested that individual meshes are no more than 2 GB in size. The software can intake tiled areas of mesh, which facilitates the visualizing and interpretation of more than 2 GB of data. There is a limit for texture size. Width or height resolutions of the textures are limited to 16384 pixels.

Whether you have a general inquiry, would like to book a demonstration, need tech support, or would like to request a feature, you can submit your questions on our Contact page.

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