New Afton’s Digital Transformation with Ambra-Deployed LTE/5G Network

Why It Matters

The high‑bandwidth, low‑latency network cuts travel time, enhances worker safety, and creates a data backbone for automation, giving New Afton a competitive edge in a capital‑intensive sector.

Key Takeaways

• LTE/5G network powers remote Sandvik vehicle operation
• Real-time geolocation improves safety and equipment tracking
• Phased rollout expands underground and surface connectivity
• Integration with legacy cable reduces infrastructure overhaul
• Foundation for predictive analytics and automation in mining

Pulse Analysis

The New Afton deployment showcases how private LTE/5G solutions are reshaping mining communications. By pairing Athonet’s HPE‑backed core with Ericsson radio hardware, Ambra delivered a resilient, low‑latency network capable of handling both high‑throughput data and mission‑critical voice traffic. This hybrid approach sidesteps the costly, time‑consuming replacement of existing cable infrastructure while delivering the bandwidth needed for remote vehicle control and real‑time sensor feeds, setting a new benchmark for connectivity in harsh underground environments.

Operationally, the network’s remote‑control capability allows operators to maneuver Sandvik loaders from surface stations, eliminating the 50‑minute commute to deep work zones. Integrated push‑to‑talk and the Intelligent Positioning System (iPS) provide instant crew coordination and precise asset tracking, dramatically reducing exposure to hazardous conditions. Real‑time network monitoring via Smartloads ensures uptime and security, while the LTE backbone supports predictive maintenance algorithms that can pre‑empt equipment failures, driving both safety and efficiency gains.

Beyond New Afton, the project signals a broader shift toward digital mines where connectivity underpins automation, analytics, and sustainability. The phased rollout—starting with a pilot zone, then scaling underground and finally to rugged surface terrain—offers a replicable roadmap for other operators facing similar legacy constraints. As more miners adopt private 5G, the industry can expect accelerated deployment of autonomous fleets, AI‑driven ore tracking, and tighter cybersecurity standards, ultimately redefining cost structures and competitive dynamics in the global mining sector.