Guide to DeviCloud
Survey Data Management
Transparency. Security. Simplicity.
That's survey data manged with DeviCloud
DeviCloud is a cloud-based system compatible with Devico survey instrumentation that streamlines the way survey data is uploaded, transferred and managed in a central platform.
If only a planned direction exists, then this is the starting direction that the DeviGyro app
will import for that hole.
If one rig alignment shot exists on the hole (either uploaded from the DeviAligner or manually specified), it takes precedence over the planned Azimuth.
The rig-alignment shot will be the starting direction that is imported into the DeviGyro app for that hole.
If multiple rig alignment shots exist on a hole, the most recent shot will be imported as
the valid starting direction.
If a rig-alignment shot is set as ‘active’ in DeviCloud, it will be used by the DeviGyro app
even if newer data exists.
New! Holes (including curved designs) can now also be imported using coordinates instead of directions. For instructions and import template, select the symbol next to Batch Import when creating new holes.
When importing in this format, each hole will span several rows as shown below.
Coordinates can then be edited or added to in the hole dashboard by toggling the editing tools.
Statuses can be set on sites, projects, drill programs and holes to easily organise and separate planned, completed and archived drilling.
Setting survey acceptance rules
Survey acceptance rules can be used to set visual deviation tolerances on drill holes either as a percentage of hole depth or as a fixed value.
Analysing data in DeviCloud
DeviCloud greatly improves the transparency of survey data by making survey quality and results immediately visible in the platform, with comprehensive reporting capabilities.
Learn how to review surveys, analyse results, produce QA reports and use features such as the oscillation filter and weighted averaging.
New! Automatic Depth Estimation (ADE)
ADE is a DeviGyro feature that enables continuous estimation of the hole trajectory when not using the DeviCounter.
Learn more about how and when to use ADE.