Mining operations don’t lose steam just because a component of the plant is down. They lose steam when the systems that manage people, equipment and decision-making become unreliable. Increasingly, connectivity is that system.
On a typical mine site in Australia, an unreliable network means more than just a disrupted email or reporting system. It degrades everything layered on top of it: production visibility, telemetry, fleet systems, safety monitoring, maintenance response and the ability to prove control when it counts.
Britetech’s approach is direct — mining operations simply cannot afford to have unreliable connectivity — and its business is centred on ensuring site communications are engineered, secure and scalable for the mining industry.
Britetech is firmly in the Operational Technology (OT) space, not generic IT. The company designs, engineers, implements and supports critical wireless, network, CCTV and industrial communications infrastructure for mining and resources, with 25+ years of critical communications experience in NSW, Queensland and WA.
Britetech is the technology and communication division of Briteforce, which has been a leading Australian designer and manufacturer of Australian-made mobile LED light towers since its inception in 2007.
With more than 1,000 lighting towers operating in the field, sister company Briteforce has the experience and power to deliver savings on running and maintenance costs. Britetech leverages this partnership to the benefit of a larger delivery and governance base, with engineering and fabrication capacity to support mine-ready deployments.
Demonstrated Tier 1 delivery
Britetech operates across all Whitehaven mine sites, delivering a unified and scalable surveillance and network architecture that supports multiple operations and expanding work fronts. Our focus has been on creating a repeatable, supportable design that ensures consistency, resilience, and ease of long-term management.
This includes the development and deployment of Milestone CCTV solution architecture across several sites, providing an integrated operational view rather than isolated, site-specific systems.
Our scope has also extended to coverage assessments using fixed towers and mobile trailer platforms, along with machine integration works at Vickery and Tarrawonga to ensure seamless connectivity between mobile and fixed assets.
Crucially, Britetech maintains an active on-site presence for both project delivery and ongoing maintenance — where system performance, reliability, and design integrity are proven in day-to-day operations.
Standardisation is not about aesthetics — it’s about control. In surveillance and connectivity environments, a consistent and well-documented design framework gives sites stronger governance over assets, reduces support complexity, and enables faster, more structured expansion. This becomes particularly critical when temporary infrastructure inevitably evolves into permanent operational capability.
At the foundation of this approach is resilient OT network infrastructure. Britetech designs and delivers secure wireless and fibre-based OT networks that integrate industrial switching, licensed and unlicensed microwave backhaul, and hardened edge infrastructure. The objective is simple: maintain reliable, secure production connectivity in harsh, remote, and constantly changing operational environments.
While Whitehaven provides a strong reference case, this same engineered OT methodology is being applied across other Tier 1 operations. This includes supporting PLS through OT wireless assessments and mobile platform integration reviews, as well as delivering Rajant Kinetic Mesh integration and multi-site expansion works for Glencore.
Tier 1 demands
Britetech delivers engineered, standards-compliant solutions aligned to Tier 1 expectations — not simply hardware deployments. The focus is on structured, documented network design that optimises performance, resilience, and long-term operability. In many mining environments, the constraint isn’t a lack of technology — it’s the absence of a cohesive network architecture built to support operational growth.
In dynamic mine environments where work fronts shift and mobile assets drive production, connectivity quickly becomes a critical dependency. Britetech specialises in industrial wireless and Rajant Corporation Kinetic Mesh networks that provide self-healing, high-availability communications for haul trucks, drills, excavators, and auxiliary plant. This enables reliable telemetry, automation, and fleet management without coverage gaps — reducing communications-related downtime and preventing the operational workarounds that emerge when network integrity cannot be trusted.
As automation and data volumes scale, bandwidth and backhaul become the next operational constraint. Britetech’s capability extends into private LTE and 5G mining networks, alongside high-capacity fibre backbones and licensed microwave systems (including 18GHz+ links) engineered for production-grade throughput. With ACMA-licensed spectrum coordination embedded into delivery, spectrum management and engineered redundancy are treated as production enablers rather than afterthoughts.
Every deployment is grounded in mine-ready engineering detail. Secure wireless and fibre OT networks integrate Cisco industrial switching, licensed microwave backhaul, and hardened edge infrastructure. OT/IT segregation is aligned to the Purdue Model, supported by industrial firewalls and segmented VLAN architectures. Physical and electrical integration complies with AS/NZS standards, including lightning protection, surge suppression, and engineered mounting systems — with RPEQ/CPENG-certified design packages provided where required.
CCTV and production surveillance is another area where integration now matters more than installation. Britetech delivers fixed and PTZ camera systems across CHPPs, workshops, pit infrastructure, and mobile platforms, integrated into enterprise VMS platforms such as Milestone XProtect. In high-risk environments, this visibility extends beyond security — enabling safer operational decisions, improved asset monitoring, and stronger incident response capability.
For Tier 1 operators, reliability, compliance, and maintainability are non-negotiable. Britetech designs for long-term resilience: Purdue Model–compliant OT/IT separation, layered cybersecurity architecture, high-availability core and edge switching on industrial-grade hardware, and infrastructure engineered for harsh conditions — including 316 stainless steel fabrication, structured earthing, and compliant electrical integration. These details quietly determine system uptime and lifecycle cost.
Delivery is end-to-end — from engineering and fabrication through to installation, commissioning, and ongoing support. This includes towers, trailers, skids, heavy equipment integration, and configuration. Britetech’s service model centres on sustained performance, backed by 24/7 diagnostics and remote support to restore operations quickly when issues arise.
For Tier 1 mining customers, the principle is straightforward: digital capability only scales when connectivity is treated as production infrastructure. Multi-site standardisation programs such as those delivered at Whitehaven demonstrate what that looks like in practice.
Britetech continues to expand its private 5G mining platforms, engineered communications trailers, rapid-deploy systems, and OT cybersecurity capability. For operators planning to upgrade or extend their OT network, the right starting point is a structured site assessment or technical workshop — because in mining, reliability is engineered, not incidental.
Visit britetech.com.au or contact the team now to discuss your next OT upgrade or network expansion.
