Mine Operations / Short Interval Control Software
6 sections · 4 min readIndependent guidance on evaluating mine operations / short interval control software for mining operations. Covers vendor selection, ROI frameworks, and key questions to ask.
What is Mine Operations & SIC Software?
Mine Operations and Short Interval Control (SIC) software bridges the gap between the weekly mine plan and the reality of the current shift. If the Fleet Management System (FMS) manages where the trucks go, SIC manages whether the overall shift objectives are being met.
SIC software digitizes the shift boss's whiteboard. It allows supervisors to break a 12-hour shift into shorter intervals (e.g., 2-4 hours), assign specific tasks to crews, monitor progress in near-real-time, and—crucially—intervene and reallocate resources immediately when a delay occurs. It is the tactical execution engine of the mine.
Signs Your Operation Needs It
If your shift supervisors only find out about a missed production target at the end-of-shift handover, your operation is fundamentally reactive:
Symptom
The weekly mine plan is consistently missed, but no one knows exactly why until the end of the week when the reconciliation report is run.
Reality
You lack intra-shift visibility. Variances are accumulating over the shift without being addressed.
Symptom
Shift supervisors spend the first two hours of their shift driving around to figure out the status of working places and equipment.
Reality
Your shift handover process is manual, paper-based, and lacks a centralized digital twin of the current shift state.
Symptom
When a critical piece of equipment breaks down, it takes hours to reassign the affected crew to a backup task.
Reality
You cannot dynamically update the shift plan or communicate changes to operators mid-shift.
Understanding the Software Landscape
The SIC software landscape has evolved rapidly from digitized spreadsheets to integrated operations hubs:
Underground SIC Platforms
Highly specialized tools (e.g., Deswik.Ops, Minetec, GroundHog) designed for the sequential nature of underground mining (drill, blast, muck, bolt). These systems track the status of headings and manage the strict dependencies between tasks.
Open Pit Shift Management
Often integrated with or layered on top of the FMS, these tools focus on operator line-out, equipment pre-starts, and monitoring shift progress against the daily plan.
Digital Shift Logs & Handovers
Point solutions that replace paper plods and shift-boss notebooks, ensuring that safety and operational data is cleanly passed from one crew to the next.
Unified Operations Centers
Enterprise-level platforms that ingest data from the FMS, SCADA, and planning tools to provide a single pane of glass for remote operations centers (ROCs).
How to Evaluate Mine Operations & SIC Software
When evaluating SIC software, look for systems that empower supervisors to make fast decisions rather than just creating another data-entry chore.
Critical Evaluation Dimensions
- Integration with Planning: The software must ingest the short-term mine plan (e.g., from Deswik or Spry) seamlessly. If engineers have to manually type the plan into the SIC tool, it will fail.
- Ease of Use at the Face: The interface used by operators and supervisors underground or in the pit must be incredibly intuitive. If it requires a stylus and five clicks to update a task status on a rugged tablet, operators won't use it.
- Dynamic Rescheduling: When a delay is logged (e.g., a jumbo breaks down), does the system help the supervisor identify the next best task for that operator based on skills and heading availability?
Key Performance Metrics to Track:
The right software in this category should measurably improve:
Increase in plan compliance (percentage of planned tasks actually completed).
Reduction in delay times and unscheduled downtime.
Decrease in time spent on shift handovers.
Defining the ROI
The ROI of Short Interval Control is driven by turning "lost time" into productive time. The ROI typically comes from:
Reclaiming Shift-Change Losses
By digitizing the line-out process and providing a real-time view of the mine, crews get to the face faster, reclaiming 30-60 minutes of lost production per shift.
Immediate Delay Mitigation
Fixing a problem in hour two of a shift prevents it from ruining the entire 12-hour production target. This rapid intervention directly increases total shift output.
Accurate Delay Accounting
By capturing exactly why a task was delayed (e.g., waiting on ventilation, missing parts) in real-time, management can identify systemic bottlenecks and direct capital to fix root causes rather than symptoms.
Key Questions to Ask Vendors
Show me exactly what an operator has to do on a tablet to log a 15-minute delay due to lack of water.
Tests the UX and likelihood of field adoption. Underground operators work in harsh conditions with gloves and poor lighting, so the interface must allow delay logging in under 30 seconds with large touch targets, pre-populated reason codes, and minimal typing.
How does your system handle the update loop back to the mine planning software so the engineers know the current face positions?
Tests their integration depth with tools like Deswik. A mature SIC system should automatically push actual progress data (metres advanced, tonnes mucked) back to the short-term planning tool, closing the plan-vs-actual loop without manual data re-entry by engineers.
Does your system work completely offline, and how does it handle data conflict resolution when two tablets sync at the same time?
Tests their architecture for underground/remote environments. Underground mines frequently lack continuous network coverage, so the system must support full offline functionality and use deterministic conflict resolution strategies to prevent data loss during simultaneous syncs.
Can the system automatically trigger an alert to the maintenance team if an operator logs an equipment defect during their digital pre-start?
Tests workflow automation. A well-integrated SIC platform should bridge the gap between operational reporting and maintenance management, automatically routing defect reports to the maintenance planner with priority classification and equipment identification.
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Compare 12 ProductsUpdated April 2026 · Mining Software
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