Techking and IEEE 3179-2026 digital mine standard: OT/IT design notes for engineers
Reviewed by Tom Sullivan
First reported on International Mining – News
30 Second Briefing
IEEE has released IEEE Std 3179-2026, a Recommended Practice for Digital Mine Construction that sets guidance for mine processes, information infrastructure and system connectivity in increasingly automated, connected operations. Tyre specialist Techking contributed domain expertise on digital tyre management and mine transportation, feeding in requirements for integrating tyre health, haul fleet data and road conditions into unified mine information systems. For engineers, the standard offers a reference framework to specify interoperable OT/IT architectures, data models and interfaces when designing or upgrading digital haulage and production systems.
Technical Brief
- IEEE Std 3179-2026 is framed as a “Recommended Practice” rather than a mandatory design code.
- Scope explicitly covers mine processes, information infrastructure and connectivity across OT and IT layers.
- Standard targets highly connected, automated mines where multiple vendors’ systems must interoperate reliably.
- Techking’s input focuses on digital tyre management within mine transportation systems and haulage operations.
Our Take
Techking’s role in IEEE Std 3179-2026 aligns with its recent work with Boonray on tyres for autonomous and electric mining trucks, signalling that its product development is being anchored to emerging digital and unmanned haulage standards rather than just conventional fleet needs.
Within our mining coverage, Techking appears mainly in product- and project-tagged pieces, so its presence in a formal IEEE digital mine standard suggests a shift from being seen purely as a tyre supplier to a technology stakeholder influencing how digital mine infrastructure is specified.
For operators planning autonomous truck deployments, Techking’s input into an IEEE digital mine standard implies that tyre–vehicle–control system interfaces (e.g. load sensing, traction data, tyre health telemetry) are likely to be treated as integral elements of future compliance and interoperability frameworks.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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