IT Support for Mining & Resources: Keeping Operations Running
Mining and resources operations live on the edge. Your infrastructure is spread across vast remote areas, sometimes thousands of kilometres from support. Systems that fail at a surface site might be fixed tomorrow. Systems that fail at a remote underground operation could halt production for days. Downtime doesn’t just cost money—it can threaten people’s safety.
IT support for mining and resources is fundamentally different from office-based business IT. You’re managing SCADA systems controlling critical processes, supporting equipment with operating systems from five years ago, maintaining connectivity across satellite links and 4G networks, and working with operational teams who have zero tolerance for downtime.
Generic IT support won’t cut it. You need specialists who understand operational technology (OT), remote site challenges, and why a mining engineer’s ability to communicate with the central control room matters more than IT convenience.
The Unique Challenges of Mining IT
Distributed, remote infrastructure. Your operation isn’t all in one office. You have production sites scattered across your tenement, possibly spanning hundreds of kilometres. Some sites have reasonable internet connectivity. Others rely on satellite links with high latency and limited bandwidth. Some have minimal connectivity at all. IT support can’t rely on high-speed local network access or fast cloud synchronisation.
Operational technology (OT) systems. Mining operations depend on SCADA (Supervisory Control and Data Acquisition) systems that monitor and control critical processes—conveyor belts, pumps, crushers, haul road traffic. These systems often run older operating systems (Windows XP, even older) because they’re stable and proven. You can’t just update them. Updating risks breaking something critical. These systems need monitoring, maintenance, and security without disruption to operations.
Safety system integration. Many mining sites have safety systems integrated with operational IT—alarms, emergency shutdown systems, personnel tracking. These aren’t optional. A failure in safety-critical systems can result in injuries or deaths. IT support needs to ensure these systems are always available and functioning correctly.
Equipment longevity vs. obsolescence. Mining equipment is expensive and durable. You might have $50 million haul trucks, excavators, or processing equipment that are 10+ years old. The IT systems controlling them use older operating systems and software. But these systems still need to communicate with the office, report data, and integrate with modern systems. Managing IT across this gap is complex.
Limited IT support availability. You can’t send someone to fix servers at a remote site every week. Sites might be fly-in-fly-out (FIFO), accessible by helicopter, or requiring an hours-long drive. Every support visit is expensive. Remote support, automation, and extreme reliability are essential.
Cyber-physical threats. Unlike office-based systems, a security incident in a mining operation can have physical consequences. Ransomware that locks your SCADA systems doesn’t just lose you money—it can halt production that’s keeping people employed, threaten safety, and create broader community impact. Environmental monitoring systems, blast scheduling, personnel tracking—all critical.
Data volume and real-time requirements. Modern mining operations generate enormous amounts of data—sensor readings from equipment, production metrics, safety data, environmental monitoring. This data needs to be transmitted to offices (sometimes across poor connectivity), analysed in real-time, and available for reporting. Traditional IT approaches struggle with this.
IT Infrastructure for Mining Operations
SCADA and OT system monitoring. SCADA systems need constant monitoring but minimal interference. They need redundancy—if a controller fails, backup systems take over. Network monitoring should alert to failures immediately. Updates need to be carefully planned and tested before deployment to production systems. This requires specialists who understand both SCADA systems and network architecture.
Remote site connectivity solutions. Surface sites might have fibre internet, but remote or underground operations might depend on satellite or 4G. Different connectivity options have different characteristics: satellite has high latency but reasonable bandwidth; 4G has lower latency but may be unreliable in remote areas; mesh networks can improve coverage. Your IT infrastructure needs to work across these different connectivity options, often using multiple simultaneously for redundancy.
Ruggedised equipment. Equipment at remote mining sites needs to be tougher than office workstations. Dusty environments, temperature extremes, vibration from heavy equipment—these destroy consumer-grade hardware. Mining operations use ruggedised computers, tablets, and networking equipment designed to survive harsh conditions. IT support needs to accommodate this specialised hardware.
Data aggregation and edge computing. Sending all sensor data to the cloud isn’t practical with limited connectivity. Edge computing solutions process data locally (at the site), transmit only the essential results, and maintain local redundancy if the link goes down. This requires IT architecture that’s different from typical office environments.
Communication systems. Radio systems, underground phone networks, surface-to-underground communication—these often operate outside traditional IT but are equally critical. Integrating these with office systems requires specialist knowledge.
Security for OT systems. Critical infrastructure like mining operations are increasingly targeted by cyber attackers. OT systems weren’t designed with security in mind (they predate modern cybersecurity). Retrofitting security to operational technology requires careful design—you need to protect against threats without disrupting operations. This is fundamentally different from office IT security.
Software and System Challenges
Legacy operating systems and software. That Windows XP SCADA controller still running production systems can’t be easily updated. Viruses and malware designed to attack XP still exist. Patching isn’t feasible. So you protect it through network segmentation—isolating it from the internet and general office systems—and monitoring for compromises. This requires careful network design.
Integration of old and new systems. Modern mining operations use advanced analytics, remote monitoring, and cloud-based reporting systems. But they also depend on older SCADA systems, field equipment, and local servers. Integrating these—making data flow between old systems and new—requires custom development and careful architecture.
Regulatory compliance and reporting. Mining operations are heavily regulated. Environmental reporting, health and safety documentation, production records—all have compliance requirements. IT systems need to ensure data integrity and audit trails, and provide reporting capabilities. Systems can’t be updated or modified without documenting the changes.
Personnel and Support Challenges
FIFO and remote workforce. Your skilled personnel might be FIFO—flying in for two weeks then flying out. They might be at remote locations with limited communication. Training them on new systems is difficult. Supporting them when issues arise is time-consuming. IT solutions need to be intuitive and reliable, because calling support from a remote site takes time and effort.
Operational vs. IT cultures. Mining engineers and operators are results-focused and hands-on. They’ll try to fix things themselves if IT support is slow. This can create security risks and compound problems. You need IT support that understands this culture and works with it, not against it. Responsiveness, pragmatism, and understanding operational priorities matter enormously.
Scheduling maintenance and updates. You can’t update systems during production. Updates need to be scheduled around operational downtime—overnight, weekends, during maintenance windows. And those windows are precious—operations want to use them for equipment maintenance, not IT updates. This requires careful planning and rapid execution.
Cybersecurity for Mining Operations
Mining operations are attractive targets for cyber attackers. The financial impact of disruption is enormous. The safety implications are severe. Attackers know this.
Supply chain risks. Vendors, contractors, suppliers—they all have access to your systems. You can’t assume they’re secure. A compromise at a vendor can become a compromise at your operation. This requires vendor management, access controls, and monitoring.
Internet-of-Things (IoT) devices. Modern mining equipment is increasingly connected. Sensors, controllers, communications devices—all need security. Many of these devices weren’t designed with security in mind. They need network monitoring and access controls to protect them.
Data exfiltration risks. Attackers might not just want to disrupt operations—they might want to steal valuable data. Mine layouts, resource estimates, operational parameters, safety findings—all have value. Data security (encryption, access controls, monitoring) is critical.
Recovery and resilience. You need to assume breaches will happen and plan recovery. Backups need to be maintained offline so they can’t be compromised. Incident response procedures need to be documented and tested. Key personnel need to know what to do and who to contact if something happens.
Choosing IT Support for Mining Operations
When evaluating IT support for mining and resources, look for:
SCADA and OT system experience. Generic IT providers won’t cut it. They need experience with SCADA systems, operational technology, and the specific challenges of mining IT.
Remote site experience. They should understand connectivity challenges, FIFO operations, and the logistics of supporting distributed infrastructure.
Mining industry references. Ask for references from other mining operations they support. Ask about their experience with specific challenges you’re facing.
Emergency response capability. Can they respond rapidly to critical issues? Do they have on-call support available 24/7? What’s their commitment to mean time to repair (MTTR) for critical systems?
Proactive monitoring and preventative maintenance. Rather than waiting for failures, do they monitor your systems continuously, predict failures, and maintain systems proactively?
Security expertise. Do they understand cybersecurity for OT systems? Can they design networks that protect critical systems without disrupting operations?
Building the Right Partnership
IT support for mining and resources should be a true partnership. Your IT provider needs to understand mining operations, respect operational priorities, and work collaboratively with your teams. This means:
Regular communication between IT and operational teams so IT understands your business.
Documentation of systems and procedures so everyone knows how things work and how to respond to failures.
Proactive planning for growth, equipment upgrades, and operational changes.
Willingness to work in ways that suit your operation—whether that’s remote support, local presence at key sites, or hybrid approaches.
Getting Specialised Support
If your current IT support isn’t equipped to handle mining-specific challenges, or if you’re facing security or operational concerns, specialist support makes a real difference. We work with mining and resources operations to provide IT infrastructure designed specifically for remote, critical operations.
Contact us to discuss your mining IT challenges or call 1300 028 324. We can assess your current environment and help build IT infrastructure that’s resilient, secure, and supports your operational objectives.
