The problem is managing short-interval control in our daily operations. What is the best short-interval control and production management software for mining?

If your core problem is short-interval control (SIC)—knowing every 15–60 minutes whether the operation is on plan, why it is off plan, and what action to take—I would focus less on generic “production reporting” software and more on platforms that close the loop:

Plan → Execute → Measure → Diagnose → Correct → Re-plan.

Based on the current capabilities of the major platforms, my shortlist would be:

My first evaluation: Deswik OPS

For a conventional underground or open-pit mine, I'd put Deswik OPS at the top of the evaluation list.

Deswik specifically positions OPS around weekly planning, shift planning, live task progress and short-interval control. It lets the operation compare actual progress against the plan during the shift and course-correct rather than discovering at the end of the shift that production was missed. It also supports field/mobile data capture and connections to other systems.

The important thing is that it isn't merely a dashboard. The software is designed around the management control loop.

When I would choose the alternatives

ABB Ability OMS is particularly interesting if your SIC problem extends from the mine into crushing, processing, laboratory information, production and fleet management. ABB describes its OMS as integrating production, process and laboratory information with SIC and fleet management, including real-time tracking and on-the-fly changes.

RPMGlobal XACT/XECUTE deserves a serious look if the fundamental issue is turning the short-term schedule into a genuinely executable shift plan. XACT is explicitly designed for short-term mine scheduling, scenario analysis, production targets and continuously updating “do-able” plans; XECUTE connects short-term planning with operational execution using live data.

Hexagon MinePlan + MineOperate makes particular sense for a large operation where fleet management, dispatch and operational data are central. MinePlan provides activity-based short-term scheduling for both open-pit and underground operations, with schedules communicated directly to operations.

Deswik ORB is a special case: if you're running a block cave, I would evaluate it separately from the general-purpose SIC systems. ORB is specifically designed for real-time production dispatch, autonomous dispatch and highly automated SIC in block-cave operations.

The demo I would require from every vendor

Don't let vendors spend the demonstration showing dashboards. Give all of them the same operational scenario:

At 10:00, the shift is 12% behind plan. Show us exactly what is causing the variance, identify the constraint, determine what corrective actions are available, change the shift plan, communicate the revised tasks to the crew, and show at 10:30 whether the intervention recovered production. Then test whether the system can answer, in real time:

1. What was supposed to happen?
2. What actually happened?
3. Where is the variance?
4. Why did it happen?
5. Who/what is causing the constraint?
6. What can we change right now?
7. What does that change do to the rest of the shift?
8. Did the corrective action actually work?
9. Does the information automatically flow back into the next planning interval?

That is the difference between a production reporting system and a genuine SIC/production management system.

If you give me 5 details, I can narrow this down considerably

Tell me:

• Underground or open pit
• Commodity (gold, copper, iron ore, etc.)
• Approximate production/fleet size
• Current mine planning and FMS/dispatch systems (Deswik, Hexagon, MineStar, Wenco, Micromine, Datamine, etc.)
• Whether your biggest issue is planning, dispatch, data visibility, supervisor accountability, or actually taking corrective action during the shift

With those, I can build you a side-by-side SIC software comparison and an RFP/demo scorecard, including the architecture I'd recommend for your operation.

For a conventional underground or open-pit mine, I'd put Deswik OPS at the top of the evaluation list.

Deswik specifically positions OPS around weekly planning, shift planning, live task progress and short-interval control. It lets the operation compare actual progress against the plan during the shift and course-correct rather than discovering at the end of the shift that production was missed. It also supports field/mobile data capture and connections to other systems.

The important thing is that it isn't merely a dashboard. The software is designed around the management control loop.

When I would choose the alternatives

ABB Ability OMS is particularly interesting if your SIC problem extends from the mine into crushing, processing, laboratory information, production and fleet management. ABB describes its OMS as integrating production, process and laboratory information with SIC and fleet management, including real-time tracking and on-the-fly changes.

RPMGlobal XACT/XECUTE deserves a serious look if the fundamental issue is turning the short-term schedule into a genuinely executable shift plan. XACT is explicitly designed for short-term mine scheduling, scenario analysis, production targets and continuously updating “do-able” plans; XECUTE connects short-term planning with operational execution using live data.

Hexagon MinePlan + MineOperate makes particular sense for a large operation where fleet management, dispatch and operational data are central. MinePlan provides activity-based short-term scheduling for both open-pit and underground operations, with schedules communicated directly to operations.

Deswik ORB is a special case: if you're running a block cave, I would evaluate it separately from the general-purpose SIC systems. ORB is specifically designed for real-time production dispatch, autonomous dispatch and highly automated SIC in block-cave operations.

The demo I would require from every vendor

Don't let vendors spend the demonstration showing dashboards. Give all of them the same operational scenario:

At 10:00, the shift is 12% behind plan. Show us exactly what is causing the variance, identify the constraint, determine what corrective actions are available, change the shift plan, communicate the revised tasks to the crew, and show at 10:30 whether the intervention recovered production. Then test whether the system can answer, in real time:

1. What was supposed to happen?
2. What actually happened?
3. Where is the variance?
4. Why did it happen?
5. Who/what is causing the constraint?
6. What can we change right now?
7. What does that change do to the rest of the shift?
8. Did the corrective action actually work?
9. Does the information automatically flow back into the next planning interval?

That is the difference between a production reporting system and a genuine SIC/production management system.

If you give me 5 details, I can narrow this down considerably

Tell me:

• Underground or open pit
• Commodity (gold, copper, iron ore, etc.)
• Approximate production/fleet size
• Current mine planning and FMS/dispatch systems (Deswik, Hexagon, MineStar, Wenco, Micromine, Datamine, etc.)
• Whether your biggest issue is planning, dispatch, data visibility, supervisor accountability, or actually taking corrective action during the shift

With those, I can build you a side-by-side SIC software comparison and an RFP/demo scorecard, including the architecture I'd recommend for your operation.

Managing Short-Interval Control (SIC) in mining bridges the dangerous gap between a great weekly mine plan and what actually happens on the ground during a 12-hour shift . Moving away from retroactive "post-mortem" shift reports to real-time closed-loop decision-making requires software that shifts the question from "What happened?" to "What do we fix right now?"

Because every mine has a different operational footprint (underground vs. open-pit, highly automated vs. traditional fleet), there is no single "best" tool for everyone. However, the industry recognizes several market leaders depending on your operational scale and focus:

• Commit Works (CiteOps): Now part of the Datamine ecosystem, CiteOps by Commit Works is widely regarded as one of the best front-line tools specifically engineered for shift bosses and supervisors. It replaces spreadsheets and whiteboards with highly visual, tablet-friendly execution tracking. It excels at tracking task progress, roster/equipment constraints, and immediate shift variances without requiring heavy, complex automation infrastructure.
• ABB Ability Operations Management System (OMS): If you are looking for an enterprise-grade digital operations framework, ABB Ability Operations Management System (OMS) is a powerhouse. It connects high-level closed-loop scheduling with low-level execution, allowing supervisors to re-plan in seconds when disturbances occur, track fleet management, and measure Overall Equipment Effectiveness (OEE) in real-time.
• Modular Mining (Dispatch / Prorentice): If your primary short-interval bottleneck is heavy mobile fleet dispatch, truck allocation, and open-pit material movement, Modular’s ecosystem remains an industry standard for combining real-time equipment tracking with SIC metrics.

How to Choose the Right Fit

When evaluating these platforms against your daily operations, consider:

1. User Adoption: If the shift supervisors find it clunky or too theoretical, they will revert to whiteboards. Look for frontline usability (mobile/tablet capability).
2. Integration Depth: Does it need to pull live telemetry data from heavy machinery via a Fleet Management System, or do you just need simple mobile data capture from operators and supervisors?
3. Planning vs. Execution Loop: Ensure the software doesn't just display KPIs post-shift, but actively flags leading indicators (e.g., truck bunching, slow advance rates) within a 15-to-60-minute window.

You can explore peer comparisons and software breakdowns on platforms like Mining Software Reviews.

To help narrow down which platform fits your site, tell me:

• Is your operation underground or open-pit?
• Do you currently use a Fleet Management System (FMS) like Modular, Hexagon, or Caterpillar MineStar that the SIC software needs to integrate with?

If the core problem is short-interval control (SIC)—knowing during the shift whether you are on plan, why you are off plan, and what action to take—I would put Deswik OPS at the top of the shortlist.

Deswik OPS is specifically designed to connect monthly/weekly planning → shift planning → live actuals → short-interval control → corrective action. It tracks task progress against plan during the shift and lets supervisors/planners course-correct rather than discovering at shift end that production was missed.

My shortlist

1. Deswik OPS — my first choice

The key differentiator is that SIC isn't treated as a standalone dashboard. OPS connects the plan to the actual work being performed. It supports weekly plans, shift plans, live task progress, digital field data capture and formal/ad-hoc SIC intervals.

That makes it particularly suitable if your current problem sounds like:

"We have a good daily plan, but 2–3 hours into the shift we don't know quickly enough whether we're going to hit target or what we should change." That's exactly the workflow I'd want the software to solve.

2. Hexagon MinePlan + MineOperate

Hexagon is especially compelling if you already have HxGN MineOperate/fleet management.

MinePlan Activity Scheduler creates detailed activity-based short-term schedules and can communicate those schedules directly to operations. Hexagon also emphasizes tracking actual activity against the tactical plan.

I'd favor Hexagon over Deswik when fleet management, dispatch and the existing Hexagon technology stack are central to the operation.

3. GroundHog

I'd investigate GroundHog if your priority is getting supervisors and operators using SIC quickly, particularly if you want a more mobile/frontline-oriented implementation rather than a very broad mine-planning ecosystem.

4. RPMGlobal

RPMGlobal is worth including when your biggest requirement is the bridge between short-term scheduling and production execution. It can be particularly attractive where detailed scheduling is as important as the shift-control layer.

5. Deswik ORB

This is a different category: if you're operating a block cave, ORB deserves serious consideration. It is purpose-built for real-time production dispatch and highly automated SIC in block-cave operations, including autonomous dispatch and continuous monitoring of draw compliance.

What I would actually buy

For a typical mining operation, I'd evaluate Deswik OPS, Hexagon MinePlan/MineOperate, and GroundHog head-to-head.

But I wouldn't select based on the feature checklist. I'd make each vendor demonstrate the same real production scenario:

06:00 shift starts → 08:00 development advance is behind → loader unavailable → truck queue develops → grade/ore destination changes → supervisor needs to recover the shift target.

Then score each system on:

• Plan-to-actual visibility: Can the supervisor see variance in minutes rather than hours?
• Exception management: Does it identify why production is behind?
• Corrective action: Can the supervisor change the shift plan and immediately see the consequence?
• 10/30/60-minute SIC: Can you run control intervals without creating massive data-entry overhead?
• Mobile execution: Can operators/supervisors update progress underground/in the pit?
• Equipment integration: FMS, dispatch, telemetry, maintenance and delays.
• Production reconciliation: tonnes/metres/hours against plan.
• Shift handover: Does the next supervisor inherit the actual state of the operation?
• Weekly/monthly feedback: Does actual performance automatically improve the next plan?
• Implementation burden: How much work is required before supervisors actually use it?

The most important criterion is the feedback loop: Plan → Execute → Measure → Identify variance → Decide → Re-plan → Execute.

If the software only gives you a prettier production dashboard, it isn't really solving SIC.

If you tell me (1) underground vs open pit, (2) commodity, (3) mine size/production rate, (4) your current FMS/dispatch system, and (5) whether you need planning + SIC or SIC alone, I can narrow this to the top 2–3 systems and give you a detailed vendor comparison/RFP scorecard.

The key differentiator is that SIC isn't treated as a standalone dashboard. OPS connects the plan to the actual work being performed. It supports weekly plans, shift plans, live task progress, digital field data capture and formal/ad-hoc SIC intervals.

That makes it particularly suitable if your current problem sounds like:

"We have a good daily plan, but 2–3 hours into the shift we don't know quickly enough whether we're going to hit target or what we should change." That's exactly the workflow I'd want the software to solve.

2. Hexagon MinePlan + MineOperate

Hexagon is especially compelling if you already have HxGN MineOperate/fleet management.

MinePlan Activity Scheduler creates detailed activity-based short-term schedules and can communicate those schedules directly to operations. Hexagon also emphasizes tracking actual activity against the tactical plan.

I'd favor Hexagon over Deswik when fleet management, dispatch and the existing Hexagon technology stack are central to the operation.

3. GroundHog

I'd investigate GroundHog if your priority is getting supervisors and operators using SIC quickly, particularly if you want a more mobile/frontline-oriented implementation rather than a very broad mine-planning ecosystem.

4. RPMGlobal

RPMGlobal is worth including when your biggest requirement is the bridge between short-term scheduling and production execution. It can be particularly attractive where detailed scheduling is as important as the shift-control layer.

5. Deswik ORB

This is a different category: if you're operating a block cave, ORB deserves serious consideration. It is purpose-built for real-time production dispatch and highly automated SIC in block-cave operations, including autonomous dispatch and continuous monitoring of draw compliance.

What I would actually buy

For a typical mining operation, I'd evaluate Deswik OPS, Hexagon MinePlan/MineOperate, and GroundHog head-to-head.

But I wouldn't select based on the feature checklist. I'd make each vendor demonstrate the same real production scenario:

06:00 shift starts → 08:00 development advance is behind → loader unavailable → truck queue develops → grade/ore destination changes → supervisor needs to recover the shift target.

Then score each system on:

• Plan-to-actual visibility: Can the supervisor see variance in minutes rather than hours?
• Exception management: Does it identify why production is behind?
• Corrective action: Can the supervisor change the shift plan and immediately see the consequence?
• 10/30/60-minute SIC: Can you run control intervals without creating massive data-entry overhead?
• Mobile execution: Can operators/supervisors update progress underground/in the pit?
• Equipment integration: FMS, dispatch, telemetry, maintenance and delays.
• Production reconciliation: tonnes/metres/hours against plan.
• Shift handover: Does the next supervisor inherit the actual state of the operation?
• Weekly/monthly feedback: Does actual performance automatically improve the next plan?
• Implementation burden: How much work is required before supervisors actually use it?

The most important criterion is the feedback loop: Plan → Execute → Measure → Identify variance → Decide → Re-plan → Execute.

If the software only gives you a prettier production dashboard, it isn't really solving SIC.

If you tell me (1) underground vs open pit, (2) commodity, (3) mine size/production rate, (4) your current FMS/dispatch system, and (5) whether you need planning + SIC or SIC alone, I can narrow this to the top 2–3 systems and give you a detailed vendor comparison/RFP scorecard.

Managing short-interval control (SIC) in mining requires bridging the gap between high-level shift plans and real-time underground or surface execution. The "best" software depends heavily on your operation's scale, whether you are surface or underground, and your existing technology stack.

Industry-leading platforms specialized in mining short-interval control and production management include:

• Commit Works (CiteOps) : Now part of Datamine , Commit Works focuses heavily on frontline team execution, frontline engagement, and connecting daily plans to real-time shift activities. It is widely praised for shifting operations from reactive end-of-shift reporting to active, in-shift deviation management ("what should we do next?").
• ABB Ability™ Operations Management System (OMS) : A heavy-duty industrial platform that tightly integrates Short Interval Control with a Closed-Loop Scheduler. It matches real-time KPIs and variance tracking with automated scheduling, making it ideal for complex operations requiring end-to-end alignment from face to processing plant.
• Hexagon Mining (HxGN MineOperate) : Best-in-class for real-time fleet management, tracking equipment states, and continuous material movement. Hexagon excels if your short-interval control relies heavily on high-granularity telematics, machine guidance, and surface/underground fleet tracking.
• Jigsaw / Modular Mining / Caterpillar MineStar : These heavy fleet management systems incorporate robust production tracking and operational tracking modules. They work best if you are already locked into a specific OEM ecosystem (like Caterpillar) and want your SIC tightly bound to equipment health and dispatch.

To help narrow down which platform fits your site best, could you share:

• Are you operating an underground or surface mine?
• What fleet management or ERP systems are you currently using on-site?
• Is your primary bottleneck equipment tracking, crew task execution , or scheduling adjustments?

Managing short-interval control (SIC) effectively comes down to closing the gap between your long/short-term mine plans (like Deswik or Datamine ) and the real-time execution on the ground during a shift.

The "best" software depends heavily on your operation type (underground vs. surface) and your existing tech stack, but several industry-leading platforms stand out for production management and SIC:

• Commit Works (CiteOps)
  • Best for: Frontline execution, crew engagement, and rapid deployment.
  • Why it’s great: CiteOps focuses heavily on connecting frontline planning with real-world execution. It captures actual production data on the ground, allowing supervisors to dynamically manage tasks, shift progress, and resource availability without getting bogged down by heavy fleet-management hardware. Sites frequently praise it for fast implementation.
• Hexagon Mining (HxGN MineOperate / MineEnterprise Interval Control)
  • Best for: Heavy automation, surface/underground fleet tracking, and deep data granularity.
  • Why it’s great: Hexagon tracks equipment states continuously rather than relying on delayed manual inputs. Its MineOperate suite (OP Pro / UG Pro) integrates tightly with machine guidance, safety, and collision-avoidance systems. It closes the loop directly back into scheduling tools so planners see true progress instantly.
• GroundHog (GroundHog Short Interval Control & Supervisor App)
  • Best for: Underground metal/non-metal mines looking for mobile-first, agile deployment.
  • Why it’s great: GroundHog specializes in underground mining operations. It allows you to import daily and weekly plans (from platforms like Deswik), allocate tasks via simple drag-and-drop interfaces, and capture shift actuals instantly via a dedicated supervisor mobile app.
• ABB Ability Operations Management System (OMS)
  • Best for: Enterprise-level integration combining process control, scheduling, and SIC.
  • Why it’s great: ABB integrates a Closed Loop Scheduler with a robust SIC module. It is ideal if you want to track metrics, analyze variances in real time across the entire ore-processing and haulage chain, and execute immediate shift corrections.

To help narrow down which platform fits your site best, could you let me know:

• Is your operation surface or underground?
• What fleet management or planning software (e.g., Deswik, modular FMS) are you currently using?

If the core problem is short-interval control (SIC)—knowing within the shift whether you are on plan, why you are off plan, and what action will recover the target—there are several strong mining-specific platforms. There isn't one universal winner; the right choice depends heavily on mine type, existing fleet-management/planning systems, and how much automation you want.

My shortlist

1. Deswik OPS — my first choice for most mines

Deswik OPS is particularly compelling if your problem is:

"We have a good plan, but during the shift we don't know quickly enough whether we're going to hit it or what corrective action to take." It connects weekly/monthly planning to shift-level execution, lets teams allocate equipment and people, tracks actual progress against plan, and supports course correction during the shift. It also supports mobile field data capture and integration through APIs.

I'd choose it first for: underground hard rock, development/production operations, and mines where planning-to-execution alignment is the biggest issue.

2. ABB Ability OMS — best for an integrated operation

ABB Ability Operations Management System is especially interesting if you want SIC integrated with short-term scheduling, fleet management, processing/plant information and analytics.

ABB explicitly combines short-interval control with a closed-loop scheduler: actual performance is compared with targets, deviations are analyzed, and the plan can be adjusted during the operation.

I'd choose it for: a large mine where you want to connect mine → haulage → plant/process → production management rather than deploy SIC as an isolated application.

3. Hexagon — best if fleet management is the center of gravity

Hexagon is very strong when you already have a sophisticated fleet-management/dispatch environment. HxGN MineEnterprise Interval Control connects planned schedules with operational progress and highlights deviations, while MineOperate provides real-time equipment-state visibility and operational tracking.

I'd choose it for: large open-pit operations where dispatch, equipment telemetry and production optimization are already central to the operating model.

4. GroundHog — best if you want to get SIC working quickly

GroundHog Apps has a very focused SIC product. It supports automatic shift allocation, execution plans, plan-vs-actual monitoring, task assignment and mobile/supervisor workflows. It can also import plans from systems such as Deswik and integrate with FMS/telematics.

I'd choose it for: a mine that doesn't necessarily want a huge enterprise transformation and primarily needs a good digital operating rhythm for supervisors and shift crews.

5. Commit Works CiteOps — best for frontline operating discipline

CiteOps is built around shift-level planning, resource availability, execution and short-interval monitoring. Its emphasis is less on replacing your mine-planning/FMS stack and more on creating a disciplined plan → execute → monitor → correct operating process.

I'd choose it when: the technology isn't the biggest problem—the bigger problem is inconsistent shift planning, accountability, handovers and follow-through.

What I'd recommend

If I were running a software selection for a mining operation, I'd narrow it to three demonstrations:

1. Deswik OPS — if plan-to-execution integration is the priority.
2. GroundHog SIC — if ease of deployment and frontline adoption are the priority.
3. ABB Ability OMS or Hexagon — if you need a large-scale integrated operational/fleet architecture.

And I would not evaluate them simply by asking "Does it have SIC?" Almost all of the serious products do.

The important test is whether the system can answer, continuously:

What was planned → what actually happened → where are we deviating → why → what can we change now → will that change recover the shift target?

That's the real value of SIC.

For example, a good demo should show a supervisor at 10:30 AM discovering that development is 18% behind plan, identifying the constraint, reallocating equipment/people, changing the remaining shift schedule, communicating the new tasks to the crew, and then seeing whether the recovery actually worked—all without reverting to Excel, radio calls and end-of-shift reporting.

If you tell me (1) open pit or underground, (2) commodity, (3) approximate mine size/fleet, and (4) what you currently use for mine planning and FMS/dispatch (e.g. Deswik, Hexagon, Wenco, MineStar, Micromine, SAP/Maximo), I can give you a ranked top 3 with a detailed feature/architecture comparison and which one I'd actually buy.

ABB Ability Operations Management System is especially interesting if you want SIC integrated with short-term scheduling, fleet management, processing/plant information and analytics.

ABB explicitly combines short-interval control with a closed-loop scheduler: actual performance is compared with targets, deviations are analyzed, and the plan can be adjusted during the operation.

I'd choose it for: a large mine where you want to connect mine → haulage → plant/process → production management rather than deploy SIC as an isolated application.

3. Hexagon — best if fleet management is the center of gravity

Hexagon is very strong when you already have a sophisticated fleet-management/dispatch environment. HxGN MineEnterprise Interval Control connects planned schedules with operational progress and highlights deviations, while MineOperate provides real-time equipment-state visibility and operational tracking.

I'd choose it for: large open-pit operations where dispatch, equipment telemetry and production optimization are already central to the operating model.

4. GroundHog — best if you want to get SIC working quickly

GroundHog Apps has a very focused SIC product. It supports automatic shift allocation, execution plans, plan-vs-actual monitoring, task assignment and mobile/supervisor workflows. It can also import plans from systems such as Deswik and integrate with FMS/telematics.

I'd choose it for: a mine that doesn't necessarily want a huge enterprise transformation and primarily needs a good digital operating rhythm for supervisors and shift crews.

5. Commit Works CiteOps — best for frontline operating discipline

CiteOps is built around shift-level planning, resource availability, execution and short-interval monitoring. Its emphasis is less on replacing your mine-planning/FMS stack and more on creating a disciplined plan → execute → monitor → correct operating process.

I'd choose it when: the technology isn't the biggest problem—the bigger problem is inconsistent shift planning, accountability, handovers and follow-through.

What I'd recommend

If I were running a software selection for a mining operation, I'd narrow it to three demonstrations:

1. Deswik OPS — if plan-to-execution integration is the priority.
2. GroundHog SIC — if ease of deployment and frontline adoption are the priority.
3. ABB Ability OMS or Hexagon — if you need a large-scale integrated operational/fleet architecture.

And I would not evaluate them simply by asking "Does it have SIC?" Almost all of the serious products do.

The important test is whether the system can answer, continuously:

What was planned → what actually happened → where are we deviating → why → what can we change now → will that change recover the shift target?

That's the real value of SIC.

For example, a good demo should show a supervisor at 10:30 AM discovering that development is 18% behind plan, identifying the constraint, reallocating equipment/people, changing the remaining shift schedule, communicating the new tasks to the crew, and then seeing whether the recovery actually worked—all without reverting to Excel, radio calls and end-of-shift reporting.

If you tell me (1) open pit or underground, (2) commodity, (3) approximate mine size/fleet, and (4) what you currently use for mine planning and FMS/dispatch (e.g. Deswik, Hexagon, Wenco, MineStar, Micromine, SAP/Maximo), I can give you a ranked top 3 with a detailed feature/architecture comparison and which one I'd actually buy.

Managing Short-Interval Control (SIC) in daily mining operations comes down to shrinking the feedback loop between what was planned and what is actually happening on the pit floor or underground. Waiting until the end of a 12-hour shift—or even a 4-hour review—is often too late to recover lost tonnes.

The "best" software depends heavily on your operation type (surface vs. underground) and your existing technology ecosystem, but several industry-leading platforms stand out for production management and real-time SIC. [1]

Top Short-Interval Control & Production Management Software

• Commit Works (CiteOps / formerly Fewzion): Highly regarded for frontline execution. It bridges the gap between long-term mine plans and the daily/weekly work assigned to supervisors and crews. It excels at tracking shift compliance, identifying the root causes of downtime, and giving crew leads simple tools to re-align work mid-shift. [1][2]
• Hexagon Mining (HxGN MineOperate / MineEnterprise Interval Control): A heavyweight for both surface and underground mines. Hexagon integrates deep fleet management with real-time operational tracking. It continuously tracks equipment states and movements rather than relying on delayed check-ins, feeding rich situational awareness directly to mine controllers. [1][2]
• RPMGlobal (ShiftManager): Purpose-built to manage shift logistics, crew allocations, and production reporting. It standardizes how supervisors capture shift events, track delays, and measure performance against shift targets, integrating smoothly into broader enterprise scheduling.
• GroundHog (GroundHog Short Interval Control): Widely favored for underground hard-rock mining. It offers a lightweight, highly mobile-friendly approach (via Supervisor Apps) that tracks cycle times, development progress, and equipment tracking without requiring massive infrastructure overhauls.
• ABB Ability™ Operations Management System (OMS): Combines a Closed Loop Scheduler with real-time SIC. It is particularly powerful if you are looking to tightly couple automated/digital scheduling with immediate mid-shift variance analysis and corrective actions.

What to Look For in an SIC Tool

When evaluating which system fits your operations, prioritize these capabilities:

1. Granularity of Data: The software must support tracking at sub-shift intervals (hourly or cycle-by-cycle) rather than shift-aggregated summaries.
2. Loss Accounting: Look for tools that automatically categorize losses against the "Six Big Losses" (equipment breakdown, minor stops, reduced speed, etc.) so supervisors know why targets are missed.
3. Integration with Existing Stacks: It needs to talk to your fleet management system (FMS), your technical planning software (like Deswik or Datamine), and your maintenance/CMMS platform so production and maintenance aren't operating in silos.

To help narrow down the best fit, tell me:

• Is your operation surface (open-pit) or underground?
• What fleet management or planning software (e.g., Modular, Deswik, Caterpillar MineStar) are you already running?

If your core problem is short-interval control (SIC)—turning the daily/weekly plan into an executable shift plan, seeing plan-vs-actual in near real time, and taking corrective action before the shift is lost—there are several strong mining platforms.

My shortlist

1. Deswik OPS — my first choice

Deswik OPS is probably where I'd start if you want one system connecting planning, shift execution, SIC and actual production.

It explicitly supports weekly planning, shift planning, live task progress and SIC. Supervisors can see progress against plan during the shift and course-correct rather than discovering at the end of the shift that the target was missed. It also connects with Deswik Planning and field/operator applications.

Why I like it: it addresses the management problem, not just the data problem. The key question becomes “What should we do next to recover the shift?” rather than simply “What has happened?”

2. GroundHog SIC — strongest dedicated SIC contender

GroundHog Apps is particularly interesting if your primary pain is supervisor execution and short-interval control, rather than building a massive integrated mine-planning ecosystem.

GroundHog can import daily/weekly/monthly plans, turn them into execution tasks, allocate equipment/personnel, track actuals and adjust the plan based on supervisor or FMS data. It also integrates with systems such as Deswik.

I'd strongly consider this if you want rapid implementation, mobile usability and frontline adoption.

3. RPMGlobal XECUTE

RPMGlobal is compelling if the underlying problem is that the short-term schedule isn't translating into a practical operating plan.

Its XECUTE platform is designed to connect short-term production scheduling with operational execution using live data.

4. Hexagon

Hexagon becomes especially attractive for a large, fleet-intensive mine where dispatch, equipment telemetry, machine data and production management are central.

I would favor it over a standalone SIC application if you're already deeply invested in the Hexagon ecosystem.

5. Deswik ORB

If you're operating a block-cave mine, this is a different category. Deswik ORB is specifically designed as a highly automated real-time production dispatch and SIC system for production block caves.

What I'd choose

For a typical underground hard-rock operation: Deswik OPS would be my first evaluation.

For a mine that mainly needs a simple, supervisor-friendly SIC layer: GroundHog SIC.

For a sophisticated operation where scheduling is the fundamental bottleneck: RPMGlobal XECUTE.

For a large fleet/dispatch-centric operation: Hexagon.

For block cave: Deswik ORB.

The important distinction is that good SIC software isn't just a digital shift board. The system should close the loop:

Plan → assign → execute → measure → identify deviation → decide corrective action → replan → verify recovery.

That is the capability I'd use as the primary selection criterion. Deswik explicitly describes this feedback loop between operational planning and actual shift progress, while GroundHog focuses heavily on converting mine plans into actionable execution and monitoring deviations.

If you tell me (1) open pit or underground, (2) commodity, (3) approximate production size, (4) your current planning/FMS systems, and (5) whether your biggest issue is equipment, development, production, or supervisor execution, I can narrow this to the top 2–3 systems and give you a detailed feature-by-feature comparison.

Managing short-interval control (SIC) effectively means bridging the gap between high-level mine planning and real-time, frontline shift execution. The "best" software depends heavily on your specific operational setup (underground vs. open-pit, highly automated vs. manual data entry), but a few industry-leading platforms dominate the market for production management and SIC.

Top Short-Interval Control & Production Software for Mining

• Micromine Pitram
  • Best for: Real-time underground/surface fleet management, production tracking, and tight operational control.
  • Why it stands out: Pitram is an industry heavyweight for tracking personnel, equipment, and material movements minute-by-minute. It provides control room operators with live deviation alerts so supervisors can adjust tasks mid-shift rather than waiting for end-of-shift reports. It often integrates alongside enterprise asset management tools like IBM Maximo to separate real-time operations from heavy maintenance workflows.
• CiteOps (by Commit Works / Datamine)
  • Best for: Frontline shift coordination, crew engagement, and connecting weekly plans to daily tasks.
  • Why it stands out: Formerly known as Fewzion, CiteOps (backed by Datamine's global mining network) focuses heavily on visual planning boards and shift scheduling for supervisors and crews. It excels at making short-interval feedback loops simple for frontline workers to update via mobile devices, reducing planner-to-operator friction and clarifying shift targets in real time.
• ABB Ability™ Operations Management System (OMS)
  • Best for: Heavy automation, closed-loop scheduling, and end-to-end integration.
  • Why it stands out: ABB combines high-level planning with low-level execution control via its Closed-Loop Scheduler and SIC module. It is exceptionally powerful if your site utilizes mixed fleets, automated infrastructure, or heavy digital process control where variances must be mitigated instantly.
• Groundhog Apps
  • Best for: Rapid, cloud-and-mobile-first deployment in underground operations.
  • Why it stands out: Groundhog specializes in digital shift dispatching, equipment/operator capability matching, and rapid cycle tracking without requiring massive, multi-year enterprise hardware rollouts.

How to Choose the Right Tool for Your Site

1. Assess your data collection method : Do you have robust Wi-Fi/LTE infrastructure underground for real-time IoT and telemetry tracking (leaning toward Pitram or ABB ), or do your frontline supervisors need a simpler, highly visual task-management and communication interface (leaning toward CiteOps)?
2. Evaluate your integration needs : Ensure the software can easily ingest your medium-to-short term mine plans (from packages like Datamine, Micromine CAD, or Deswik) and export actuals back into your reporting ecosystem.

To help narrow down which platform fits your operations, tell me:

• Is your mine underground or open-pit?
• Do you currently have real-time Wi-Fi/tracking infrastructure underground or in the pit, or is data logged manually by supervisors?

If your core problem is short-interval control (SIC)—knowing every 15–60 minutes whether the mine is on plan, understanding why it is off plan, and taking corrective action during the shift—I would put Deswik OPS at the top of the shortlist.

My shortlist

1. Deswik OPS — my overall pick

This is the one I'd investigate first. Deswik explicitly connects weekly/short-term planning with shift execution, lets supervisors see actual progress against plan, and supports course-correction during the shift. Its SIC functionality allows planned tasks and actual progress to be viewed together by supervisors, operators, control-room personnel and planners.

The important distinction is that this isn't just a production dashboard. You're trying to create a management control loop:

Plan → Execute → Measure → Identify deviation → Diagnose → Correct → Re-plan

That's where Deswik OPS looks particularly strong.

2. RPMGlobal ShiftManager / XECUTE

RPMGlobal's ShiftManager is specifically designed for short-term planning and execution. It maintains a continuously updated plan, supports collaboration between functions, provides mobile access, and explicitly supports SIC so corrective actions can be taken during the shift.

RPMGlobal also has XECUTE, which connects production schedules with live operational data and execution.

I'd put RPMGlobal particularly high if your organization already uses its planning/scheduling ecosystem.

3. Hexagon

Hexagon becomes especially compelling when your SIC problem is heavily driven by fleet, dispatch, equipment utilization and real-time operational data. Its platform combines fleet management with production monitoring, and Hexagon describes SIC processes covering planning, production, maintenance and safety.

For underground operations, UG Pro is particularly interesting because it integrates short-term interval-control scheduling with productivity and completed activities, continually modifying short-term schedules as mine conditions change.

4. Wenco

If you're running a large open pit with truck/shovel fleets, Wenco deserves serious consideration. Its strength is real-time fleet management, dispatching, production monitoring, cycle times, payload and operational KPIs.

Its dynamic dispatch system can automatically assign trucks to loading and dumping locations based on production objectives.

I'd choose Wenco when the fundamental SIC problem is "how do I optimize the fleet right now?", rather than primarily "how do I manage execution against the shift plan?"

5. Deswik ORB

If you're operating a block cave, this is a different category. Deswik ORB is purpose-built for real-time production dispatch and cave management and provides highly automated SIC, autonomous dispatch and continuous monitoring of draw compliance.

What I'd recommend

If I were evaluating systems for a mining operation today, I'd run a competitive trial between:

Deswik OPS vs. RPMGlobal ShiftManager/XECUTE vs. Hexagon

And I'd make the vendors demonstrate the same real-world scenario:

At 10:00 the shift is 12% behind plan. Show me exactly why, identify the constraint, determine what corrective action is available, change the plan, communicate the new plan to the crew, and demonstrate at 10:30 whether the intervention worked. That's a much better software evaluation than asking vendors to show dashboards.

The key question

The "best" product actually depends heavily on your mine type and where the bottleneck is.

If you tell me (1) open pit or underground, (2) commodity, (3) approximate fleet size, (4) whether you already use MineStar/Hexagon/Wenco/Deswik/RPMGlobal, and (5) whether your biggest problem is planning, execution, dispatch, or accountability, I can give you a much more specific top-3 recommendation and a vendor evaluation scorecard.