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Modern mines run on data. From autonomous haul trucks to AI-driven analytics and industrial IoT sensors, everything depends on one thing: a network that does not drop out. The challenge grows with every connected asset, because mobile equipment keeps moving, underground conditions are harsh, and many sites stay in operation for decades. A resilient mining network infrastructure, built with Moxa industrial networking solutions, starts with the six priorities below.

Six Priorities for a Resilient Mining Network

#Availability

Round-the-clock uptime from wired and wireless links with high bandwidth, fast redundancy and seamless roaming.
#Interoperability

Bridge OT/IT data, mix protocols and process at the edge without rebuilding your system.
#Visibility

See your whole wired and wireless network in real time to troubleshoot faster and plan maintenance.
#Cybersecurity

Harden your OT network and follow IEC 62443 as IT and OT converge.
#Energy Diversity

Stable links between renewables, BESS, smart grids and microgrids.
#Lifecycle Risk Management

Scalable, long-lifecycle infrastructure that protects uptime across decades of mining.

Where Resilient Connectivity Powers Mining Operations

Mining automation is only as reliable as the network beneath it. Backed by 37+ years in edge connectivity, industrial computing and network infrastructure, Moxa hardware is already proven at mine sites across the globe. Common use cases range from autonomous vehicles and fleet management to underground extraction, environmental monitoring, process control and hybrid power management for renewables and battery energy storage systems (BESS). Select markers 1 and 2 on the map to open the network diagrams.

Swipe left / right to explore the map

Why Mines Choose Moxa:
Technology Built to Keep Networks Running

Network Availability

Turbo Ring and Turbo Chain keep automation online by recovering from a link failure in 20 ms, with multicast handling for up to 250 devices and room to grow as your layout changes.

(*Note: Recovery time for 10G/1G Ethernet is < 50 ms)

For zero-loss requirements, PRP and HSR (IEC 62439-3) duplicate every packet across two paths, so a single failure costs you no packets and no recovery time.

PRP and HSR zero-recovery-time redundancy

Wireless Network Reliability

Self-organizing Industrial Wi-Fi Mesh

AeroMesh builds and tunes the wireless mesh on its own, so you deploy faster with less cabling. When a portal or node goes down, traffic is rerouted automatically, keeping latency low for live 4K video, remote monitoring and driverless operation. See also our guide to Moxa industrial Wi-Fi 6 solutions.

Self-forming Architecture: Wi-Fi backhaul links form automatically, with no extra controller.
Self-healing Redundancy: Multiple mesh portal (MPR) redundancy restores the backhaul in < 2.5 seconds on average within 15 hops.

Note: The < 2.5 seconds average within 15 hops comes from tests under optimal conditions; real-world latency varies with the environment.