Our Expertise
Built for Mining's Toughest Challenges
99.98% Uptime
Mission-critical reliability for 24/7 operations
Ruggedized
Built for extreme mining environments
Ultra-Low Latency
<20ms for autonomous vehicle control
Scalable
From single pit to multi-site deployments
Our Mining IT Solutions
From pit-to-port connectivity to autonomous vehicle networks.
Private LTE/5G Networks
Dedicated wireless networks for autonomous haulage systems and remote operations.
- 10-50km Coverage
- 1000+ Connected Devices
- <20ms Latency
Microwave Backhaul
High-capacity point-to-point links connecting remote sites to central operations.
- 10-100km Range
- Up to 10Gbps
- Dual-Path Redundancy
Edge Computing Infrastructure
Ruggedized data centers for real-time analytics and AI inference at the pit edge.
- IP65-Rated Servers
- Real-Time Processing
- Computer Vision AI
Remote Operations Centers (ROC)
Low-latency video and control systems for operating equipment from thousands of km away.
- <100ms Video Delay
- Haptic Feedback
- Redundant Connectivity
Engineered for Extreme Environments
Our infrastructure is battle-tested in the harshest mining conditions worldwide.
IP65 Rated
Dust and water resistant hardware
-40°C to +70°C
Extreme temperature operation
50km+ Range
Private LTE coverage radius
Is Your Mine Ready for Autonomous Operations?
Download our free Mining IT Infrastructure Assessment Guide to evaluate your current network and plan for autonomous haulage systems.
- Network coverage calculator
- AHS readiness checklist
- ROI estimation worksheet
Free Download
Mining IT Assessment Guide
- Network coverage calculator
- AHS readiness checklist
- ROI estimation worksheet
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Frequently Asked Questions
What makes mining IT different from standard enterprise IT?
Mining networks must handle extreme environments (dust, vibration, temperature), vast distances (pit-to-port connectivity spanning hundreds of km), ultra-low latency for autonomous vehicles (<50ms), and require 99.98%+ uptime as downtime costs millions per hour.
Can you support autonomous haulage systems (AHS)?
Yes! We design private LTE/5G networks specifically for AHS, ensuring seamless handovers between cell towers, QoS prioritization for control traffic, and failsafe protocols that safely stop vehicles if connectivity is lost.
How do you ensure cybersecurity for mining operations?
We implement network segmentation to isolate operational technology (OT) from IT, deploy intrusion detection systems, and use zero-trust architecture where every connection is verified, even internal ones.
What's the typical deployment timeline?
A single-pit private LTE deployment typically takes 8-12 weeks. Multi-site deployments with microwave backhaul can take 4-6 months. We provide detailed project plans during our site assessment.
