Your Pilbara Mine Site Generates Thousands of Operational Events Every Shift. Most of Them Disappear Into Paper Forms.
We engineer operational reporting systems, FIFO shift handover platforms, field inspection workflow software, maintenance visibility dashboards, and DMIRS compliance systems for Perth mining and industrial operations - custom-built software that connects your remote sites, FIFO workforce, and Perth operations centre into a single live operational picture.
Why WA Mining and Industrial Operations Are Still Running Critical Workflows on Paper and Spreadsheets
Western Australia's resources sector - iron ore through the Pilbara, lithium and critical minerals from the Goldfields, gold and nickel from Kalgoorlie to Kambalda, and bauxite operations south of Perth - operates at a scale and geographic dispersion found nowhere else in Australia. Mine sites running 8-and-6 or 14-and-7 FIFO rosters are coordinating hundreds of field technicians, heavy equipment maintenance schedules, safety compliance obligations, and daily production reporting between remote sites and Perth operations centres - often across connectivity conditions that range from reliable to near-zero. Most of this coordination still runs on paper shift logs, WhatsApp group chats, emailed spreadsheets, and handwritten pre-start checklists that get filed in site offices and never reviewed until an audit requires them.
The operational and compliance cost of this is now significant and growing. Under WA's WHS (Mines) Regulations 2022, the transitional period has ended and full compliance is mandatory. DMIRS auditors now require documented digital evidence chains - not paper logs - to satisfy the Mine Safety Management System and Principal Mining Hazard Management Plan obligations. WA's industrial manslaughter legislation means the liability exposure for operators, schedulers, and site managers running safety-critical workflows on manual paper systems is no longer theoretical. When a pre-start defect goes unescalated because the paper form sat in a tray, or a shift handover loses a critical safety item because it was verbal, the gap in your system is also a gap in your compliance record.
We engineer the systems that close these operational and compliance gaps. Custom-built FIFO shift handover platforms that capture every open item digitally between crews. Mobile field inspection and pre-start applications that work offline in the Pilbara and sync when connectivity returns. Maintenance visibility systems that connect CMMS work order queues to live equipment status. Automated operational reporting pipelines that compile production, safety, and maintenance data from remote sites into Perth operations centre dashboards - without a coordinator spending three hours assembling spreadsheet exports at the start of each day.
WA Operational Fields Addressed:
- FIFO Operations: Connecting remote Pilbara extraction sites with engineers and logistics coordinators based in Perth.
- Maintenance Workshops: Integrating Welshpool and Kewdale heavy vehicle maintenance yards with digital CMMS task lists.
- Compliance & Safety audits: Automating chain of responsibility, hazard reports, and calibration records dynamically.
Common Operational Challenges We Solve
Disconnected field crews and slow manual spreadsheets introduce significant overhead and safety risks. Here is how we build the systems to resolve them.
FIFO Shift Handovers That Lose Critical Information Between Crews
The Problem
On 8-and-6 and 14-and-7 FIFO rosters, the shift handover is the most operationally critical moment of the day - and in most WA mining operations it runs on verbal briefings, handwritten notes, and paper log books that get passed between outgoing and incoming crews in a 20-minute window. Open maintenance tickets, safety items, equipment defects, and unresolved escalations live in those notes - and regularly don't make it across.
The Business Impact
- Incoming crews start shifts without full context on open safety items and unresolved equipment issues from the previous rotation - creating both operational gaps and DMIRS compliance exposure.
- Critical maintenance items raised late in a rotation get buried in paper logs and missed by the incoming maintenance planner who wasn't there for the debrief.
- There is no searchable, auditable record of what was communicated between FIFO crews - leaving the operation unable to reconstruct the sequence of events if an incident occurs.
System Solution
We build digital FIFO shift handover systems that capture open items, equipment status, safety flags, and pending actions in a structured digital format during the outgoing shift - giving incoming crews a complete, searchable handover record on their devices before they reach the work area.
Systems We Build
Problem → System → Outcome
Pre-Start Inspections and Field Safety Checks Still Captured on Paper
The Problem
Vehicle pre-start inspections, equipment safety checks, permit-to-work completions, and field hazard observations are recorded on paper forms in the field - filled out under time pressure, stored in site office folders, and impossible to act on in real time. Under WA's WHS (Mines) Regulations 2022 and the PMHMP framework, these records are now compliance-critical documentation, not administrative formalities.
The Business Impact
- A defect identified on a pre-start form sits in a filing tray for hours - the equipment goes back into service because maintenance wasn't automatically notified.
- DMIRS auditors reviewing the Mine Safety Management System find paper-based evidence chains with time gaps, missing signatures, and records that were clearly completed retrospectively.
- Field hazard observations don't reach the safety team until end-of-shift - by which time the hazard has either been managed without formal oversight or resulted in an incident.
System Solution
We build mobile field inspection and pre-start systems that guide field teams through compliance-required checklists on mobile devices - capturing photo evidence, defect descriptions, and sign-off confirmations digitally. Defects trigger immediate maintenance work order creation in your CMMS. Every record is time-stamped, geo-tagged, and audit-ready.
Systems We Build
Problem → System → Outcome
Maintenance Teams Operating Without a Live View of Asset Health and Work Order Status
The Problem
Maintenance data is fragmented across CMMS work order queues, technician paper job cards, equipment fault logs from SCADA systems, and supervisor spreadsheet trackers. Maintenance planners at Perth operations centres have no real-time view of what's happening with assets on remote Pilbara or Goldfields sites - unless someone sends an email or makes a phone call.
The Business Impact
- Reactive maintenance dominates because the signals that should trigger planned intervention - recurring minor faults, degrading cycle times, technician-observed anomalies - are captured on paper and never reach the planner in time.
- Maintenance coordinators waste hours every day chasing job card status updates across sites by phone and email - time that should be spent planning and scheduling.
- Parts and resource availability isn't visible against upcoming work order demand - leading to jobs being scheduled without confirming parts are on hand, then delayed when they're not.
System Solution
We build maintenance visibility systems that connect your CMMS work order data, SCADA fault signals, field technician inputs, and parts availability into a single live dashboard - giving maintenance planners and Perth operations centre staff a real-time view of asset health, work order progress, and backlog status across all sites.
Systems We Build
Problem → System → Outcome
Perth Operations Centres Waiting Hours for Remote Site Production Data
The Problem
Daily production reporting - tonnes moved, equipment availability, shift yield, safety incident counts, maintenance downtime hours - is compiled manually at remote sites and emailed to Perth in spreadsheet attachments at the end of each shift. Perth operations centre staff spend the first two hours of every day processing yesterday's data instead of managing today's operations.
The Business Impact
- Operations managers and site superintendents in Perth are making resourcing and scheduling decisions on production data that's 12 to 24 hours stale by the time it reaches them.
- Production underperformance on a remote site goes undetected in Perth until the shift report arrives - by which time the shift that caused it is already finished and nothing can be recovered.
- The manual assembly of multi-site production reports consumes coordinator time that contributes nothing to operations - it's data transcription, not operational management.
System Solution
We build automated operational reporting pipelines that pull production, safety, and maintenance data from remote site systems - SCADA outputs, CMMS records, field tablet inputs - and compile live Perth operations centre dashboards and scheduled report packages without manual assembly.
Systems We Build
Problem → System → Outcome
DMIRS and WHS Compliance Documentation Built on Paper Systems That Can't Scale
The Problem
Under WA's WHS (Mines) Regulations 2022, mining operators must maintain documented Mine Safety Management Systems with evidence chains that demonstrate due diligence across maintenance, hazard management, and safety compliance. Paper-based systems create evidence gaps - time lags between an event occurring and it being formally documented - that DMIRS auditors are specifically trained to identify.
The Business Impact
- Paper-based compliance records can't demonstrate the 'reasonably practicable' standard under the WHS Act in the way digital systems with automatic time-stamping and escalation trails can.
- WA's industrial manslaughter legislation means that evidence gaps in safety management documentation are not just audit failures - they represent serious personal liability for operators, site managers, and supervisors.
- Preparing for a DMIRS audit under a paper-based system requires days of manual records assembly - pulling documents from site office filing systems, chasing missing signatures, and reconstructing sequences of events.
System Solution
We build WHS and DMIRS compliance workflow systems that capture safety-critical actions - hazard reports, permit-to-work completions, maintenance escalations, safety observations - digitally at source, with automatic time-stamping, escalation routing, and searchable audit trail dashboards that are always audit-ready without manual preparation.
Systems We Build
Problem → System → Outcome
Operational Systems for Industrial & Mining Operations
We engineer tailormade applications and system architectures that sit on top of your existing CMMS and ERPs, providing unified control screens.
FIFO Shift Handover Systems
We build digital shift handover platforms designed for WA mining FIFO rosters - capturing open maintenance tickets, equipment status, safety flags, outstanding actions, and operational context in a structured digital format during the outgoing shift. Incoming crews access a complete, searchable handover record on their devices. Nothing is lost in a 20-minute verbal briefing. Every handover is time-stamped, stored, and available for operational and compliance review.
Industrial ArchitectureMobile Field Inspection and Pre-Start Systems
We build offline-capable mobile inspection and pre-start applications that operate reliably in Pilbara and Goldfields connectivity conditions - capturing defect photos, checklist completions, and sign-off confirmations digitally in the field, then syncing automatically when connectivity is restored. Defects create CMMS work orders automatically. Every record is geo-tagged, time-stamped, and held in an audit dashboard that meets WHS (Mines) Regulations 2022 evidence requirements.
Industrial ArchitectureMaintenance Visibility and CMMS Integration Systems
We build maintenance visibility platforms that connect your CMMS work order queues, SCADA equipment fault signals, technician field inputs, and parts inventory data into a live dashboard for Perth operations centre staff and site maintenance planners. Work order progress, asset health trends, backlog depth, and resource availability are visible in real time across all sites - without coordination by phone, email, or spreadsheet.
Industrial ArchitectureAutomated Operational Reporting Pipelines
We build automated reporting systems that pull production, maintenance, and safety data from remote site sources - SCADA historians, CMMS records, field mobile inputs, ERP databases - and compile live operational dashboards and scheduled shift report packages for Perth operations centre staff. Shift reports that previously required 2 hours of manual spreadsheet assembly generate automatically. Perth operations gets live remote site data, not yesterday's email attachment.
Industrial ArchitectureDMIRS and WHS Compliance Workflow Systems
We build digital compliance workflow systems that capture safety-critical operational actions - hazard observations, permit-to-work sign-offs, maintenance escalations, safety inspection completions - digitally at source with automatic time-stamping and escalation routing. Every action is stored in a searchable audit trail dashboard that is always current and always audit-ready. Built to satisfy WA's WHS (Mines) Regulations 2022 MSMS documentation requirements without manual records assembly.
Industrial ArchitectureMulti-Site Operational Intelligence Dashboards
We build consolidated operational intelligence dashboards for Perth mining and industrial businesses managing multiple remote sites - Pilbara iron ore operations, Goldfields gold and nickel, south Perth bauxite and industrial facilities. Production KPIs, equipment availability, maintenance backlog, safety compliance status, and workforce deployment are aggregated from all sites into a single live control view in the Perth operations centre.
Industrial ArchitectureERP, CMMS, and SCADA Integration Layers
We engineer operational intelligence layers that connect above your existing mining systems - SAP PM, Maximo, Pronto, custom CMMS platforms, SCADA historians - pulling data from them, automating workflows around them, and delivering the operational visibility and compliance documentation capabilities those systems were never designed to provide without replacing any core infrastructure.
Industrial ArchitectureHow Operational Intelligence Supports Industrial Operations
Operational intelligence links field workers, sensors, databases, and managers into a continuous, real-time coordination stack.
Industrial Intelligence Architecture
To capture accurate operational status, systems must integrate from the lowest field level up to executive management dashboards.
Mining Data Sources
Workflow & Automation Layer
Visibility & Reporting Layer
Decision & Action Layer
Proven Operational Outcomes
Replacing retrospective reports and paper lists with continuous workflow layers reduces cycle times and equipment downtime.
We build shift handover systems where every open item, equipment status, and safety flag is captured digitally during the outgoing shift - giving incoming crews a complete record before they reach the work area.
We build mobile inspection systems that capture pre-start completions, defect photos, and sign-offs digitally at source - meeting WHS (Mines) Regulations 2022 MSMS evidence requirements without manual filing.
We build reporting pipelines that pull production, safety, and maintenance data from remote sites automatically - so Perth operations staff see live site status, not yesterday's spreadsheet attachment.
We build maintenance visibility systems that show CMMS work order status, asset health signals, and backlog depth across all sites in real time - visible to Perth operations centre staff without coordination calls.
We build compliance audit dashboards where every safety action, inspection completion, and escalation is stored with automatic time-stamps - audit-ready at any moment without pulling paper files.
We build data pipelines that replace manual spreadsheet compilation with automated report generation - freeing operations coordinators for actual operational management.
Operation Types
Whether managing deep pit mining operations, factory processing plants, or infrastructure corridors, our custom workflow systems scale to match your rules.
Operations Matrix
Our Implementation Approach
We deploy systems with a phased approach to prevent operational disruption, verifying each integrations checkpoint before proceeding.
Remote Operational Assessment
We conduct a comprehensive operational and systems assessment of your mining or industrial operation - documenting every CMMS integration point, SCADA data source, current manual workflow, compliance documentation gap, and reporting process your system will replace or connect to. For remote Pilbara and Goldfields operations, this assessment is conducted through structured remote sessions with site supervisors, operations coordinators, and maintenance planners - producing a complete data source map and workflow specification without requiring physical attendance.
Workflow and Compliance Architecture
We design the shift handover system logic, field inspection checklist structure, CMMS integration architecture, compliance escalation workflows, and reporting pipeline schema. The output is a complete system architecture document - covering every data source, workflow trigger, compliance capture point, and dashboard output - reviewed and approved by your operations and safety teams before build begins.
System Engineering and Build
We engineer the field mobile applications (built for offline operation in remote WA environments), CMMS and SCADA integration layers, shift handover platform, compliance workflow engine, automated reporting pipelines, and operations centre dashboard interfaces - all built to your specific site connectivity conditions, existing system schemas, and DMIRS compliance requirements.
Integration and Parallel Testing
We connect to your live CMMS, SCADA historians, and ERP systems and run the new platform alongside existing processes - with remote site testing sessions conducted through your site coordinator and supervisor teams. Systems are validated against real operational data and real shift scenarios before any existing process is retired.
Go-Live and Continuous Optimisation
We deploy to production and remain actively engaged through the first operational rotations - adjusting shift handover templates from supervisor feedback, refining inspection checklist steps with field teams, tuning CMMS work order trigger logic against live maintenance workflows, and expanding dashboard coverage to additional sites and data sources as the system proves out.
Perth Industrial & Mining Insights
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Related Resources & System Specs
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Industrial Systems FAQs
Can you build a digital FIFO shift handover system that works in remote Pilbara and Goldfields connectivity conditions?
Yes - and offline capability is built into our field systems as a core requirement, not an afterthought. We engineer mobile shift handover and field inspection applications that operate fully on-device in remote WA environments, caching all captured data locally and syncing automatically when connectivity is restored. Outgoing FIFO crews complete their digital handover records during the shift before connectivity becomes unreliable. Incoming crews access the complete handover record on their devices. Every item is captured, stored, and synced to the Perth operations centre without depending on reliable remote connectivity throughout the handover process.
Can you build compliance documentation systems that satisfy WA's WHS (Mines) Regulations 2022 and DMIRS audit requirements?
Yes. We build digital compliance workflow systems specifically designed to satisfy WA's WHS (Mines) Regulations 2022 MSMS documentation requirements. Every safety-critical action - pre-start inspection completion, hazard observation, permit-to-work sign-off, maintenance escalation - is captured digitally at source with automatic time-stamping and stored in a searchable audit trail dashboard. The system maintains a continuous, uninterrupted evidence chain that demonstrates due diligence under the risk-based compliance framework DMIRS auditors now apply. Audit preparation becomes a search and export, not days of manual records assembly.
Can these systems integrate with our existing CMMS - SAP PM, Maximo, or Pronto?
Yes. We build integration layers that connect directly to your existing CMMS - whether that's SAP Plant Maintenance, IBM Maximo, Pronto, or a custom-built maintenance management system. When a field technician flags a defect on a mobile pre-start inspection, our system automatically creates a work order in your CMMS with the defect description, photo evidence, asset identification, and priority classification. Work order progress feeds back into our maintenance visibility dashboard in real time. Your CMMS stays as your system of record - we add the field capture, workflow routing, and visibility layer it was never designed to provide on its own.
Can you automate our Perth operations centre reporting from remote WA mine sites?
Yes. We build automated reporting pipelines that pull production data, maintenance status, and safety metrics from remote site systems - SCADA historians, CMMS records, field mobile inputs, ERP databases - and compile live Perth operations centre dashboards and scheduled shift report packages automatically. Perth operations staff see live remote site data updated continuously throughout the shift - not a spreadsheet email that arrives two hours after the shift ends. Reports that previously required manual assembly by a coordinator generate automatically on schedule.
What is the difference between your systems and an off-the-shelf mining software platform?
Off-the-shelf mining platforms are built for generic operations - they require your site workflows, CMMS structure, FIFO roster logic, and compliance processes to conform to their standard data model and feature set. We build custom operational systems engineered specifically around your existing CMMS, SCADA historian, ERP, and site operational structure. There is no licence seat model, no configuration to a standard template, and no requirement to change how your mining operation currently runs. The system connects to what you already have and automates the specific workflows your operation actually uses - including WA-specific requirements like DMIRS compliance evidence chains and Pilbara remote connectivity management.
Can these systems support multi-site mining operations managed from a Perth operations centre?
Yes. We build multi-site operational intelligence platforms specifically for Perth-managed WA mining operations - aggregating production KPIs, equipment availability status, maintenance backlog, safety compliance metrics, and workforce deployment data from Pilbara, Goldfields, and metro WA sites into a single live Perth operations centre dashboard. Each site retains its localised view for site supervisors. Perth operations leadership sees the consolidated network picture across all sites simultaneously - without logging into separate systems or waiting for emailed reports.
Do these systems require replacing our existing CMMS or ERP?
No. Replacing a CMMS or ERP in a live mining operation is expensive, high-risk, and completely disruptive to production and maintenance workflows. We build an operational intelligence and workflow automation layer that connects above your existing systems - pulling data from your CMMS, SCADA, and ERP via integration, adding the field capture, automation, and visibility capabilities those systems don't provide natively. Your existing infrastructure stays in place and continues operating exactly as it does today.
How long does implementation take for a remote WA mining operation?
Most implementations run 10 to 16 weeks from assessment to go-live, depending on the number of sites, CMMS and SCADA integration complexity, and workflow scope. We conduct the operational assessment and architecture phases remotely through structured sessions with your operations, maintenance, and safety teams - producing the complete system specification before build begins. Integration testing and deployment validation are coordinated with site teams remotely, with systems validated against real operational data and real shift scenarios before going live.
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