10
Standards
The standards the platform speaks, and exactly how each one is used.
The industry format for moving drilling data between the rig and everyone who needs it.
How we use it
Real-time drilling capabilities consume WITSML 1.4.1.1 and 2.0 streams directly, and the platform can act as a store for the operator’s own historical drilling data.
The equivalent standard for production data: rates, tests, allocation and volumes.
How we use it
Production allocation, well test and forecasting capabilities exchange data in PRODML so results move between systems without a custom mapping each time.
How reservoir models, grids and surfaces are exchanged between modelling packages.
How we use it
Subsurface capabilities import and export grids and property models in RESQML, so results are usable in the operator’s existing modelling software.
A common data model for the whole upstream, designed so your data is not locked to one vendor.
How we use it
The platform data model is aligned to OSDU schemas with documented local extensions, implemented on the operator’s own infrastructure rather than requiring a hosted OSDU instance.
The standard way to read data out of industrial control systems, with security built in.
How we use it
All control-system acquisition uses OPC UA in read-only mode across a defined conduit. We never write to a controller, in any deployment.
The reference model for how plant floor systems and business systems should be layered.
How we use it
The platform’s layer boundaries and the integration points with maintenance and ERP systems follow the ISA-95 level model.
The security standard for industrial control systems — how to zone a network and control what crosses between zones.
How we use it
Deployment architecture is designed as zones and conduits, with the OT boundary enforced by network design rather than by configuration.
The taxonomy that makes equipment reliability data comparable between facilities and between companies.
How we use it
All maintenance and reliability capabilities classify equipment and failure modes to ISO 14224, which is what allows reliability numbers to be compared across a portfolio.
The reporting framework that requires methane emissions to be measured rather than estimated from factors.
How we use it
Methane capabilities produce source-level and site-level inventories in the OGMP 2.0 structure, and state plainly which reporting level the available measurement supports.
A lightweight protocol for getting data off remote sites over unreliable links.
How we use it
Used for remote wellsites and unmanned facilities where bandwidth is limited, with store-and-forward so an outage delays data rather than losing it.