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

Managing short-interval control (SIC) effectively bridges the critical gap between high-level shift planning and real-time execution on the ground . The "best" software depends heavily on your mine's specific workflow (underground vs. open pit), your existing automation/fleet management stack, and how tightly you need to couple scheduling with frontline tasks.

Leading solutions in the mining operations and SIC landscape include:

• Commit Works (CiteOps): Exceptionally strong for frontline execution, shift planning, and task coordination. Acquired/backed heavily via strategic partnership with Datamine, CiteOps focuses tightly on connecting medium-term plans with daily shift realities, tracking progress, and surfacing bottlenecks before they compound into missed targets.
• ABB Ability Operations Management System (OMS): Combines a powerful Closed Loop Scheduler with dedicated Short Interval Control. It excels at letting operators monitor real-time KPIs and variance analysis, allowing for immediate mid-shift tactical adjustments.
• Hexagon Mining (MinePlan / MineEnterprise): Excellent if you are already utilizing Hexagon’s broader ecosystem for fleet management and safety. Their tools integrate activity scheduling with operational visibility to analyze variances between plan and actual performance.
• AVEVA Production Management: Formerly known as Ampla, this serves as a robust Manufacturing Execution System (MES) tailored for the mining and minerals value chain. It captures and contextualizes data end-to-end from extraction through processing.

You can review a comprehensive comparison of products on platforms like Mining Software Reviews.

To help narrow down which platform fits your environment best, let me know:

• Is your operation underground or open-pit?
• What fleet management or planning software (e.g., Datamine, Hexagon, Micromine) are you currently running?
• Are you looking to track data via manual supervisor inputs or automated machine telemetry?

If the core problem is short-interval control (SIC)—getting supervisors from “we planned X” to “we are actually producing X, here is the deviation, and here is what we need to do about it now”—I would shortlist Deswik OPS, ABB Ability OMS, Hexagon MineEnterprise/MineOperate, GroundHog SIC, and Commit Works CiteOps.

There isn't one universal winner; the best choice depends heavily on mine type, existing fleet-management system, and how tightly you want SIC connected to mine planning.

My 2026 shortlist

1. Deswik OPS — my first choice

If your biggest 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.” I'd start with Deswik OPS.

The important distinction is that you're not just buying a production dashboard. You want a closed loop:

Plan → assign → execute → capture actuals → detect variance → intervene → replan → measure.

Deswik's operational tools are particularly strong when you already use Deswik for planning and want to carry that plan into shift execution.

2. ABB Ability OMS — strongest enterprise solution

ABB Ability Operations Management System is probably the most comprehensive choice if you want SIC integrated with production, scheduling, fleet management, process/plant information and analytics.

ABB explicitly combines Short Interval Control with a Closed Loop Scheduler, allowing deviations to be identified during the shift and corrective actions taken immediately.

This is particularly attractive for a large operation where you want the mine, processing plant and operations center looking at the same operational picture.

3. Hexagon — strongest for fleet-centric operations

Hexagon is a particularly good choice if your SIC needs to be tightly connected to your fleet-management/dispatch environment.

HxGN MineEnterprise Interval Control connects planned schedules with operational progress and highlights deviations so planners and managers can react.

Hexagon also integrates fleet management, machine data, equipment health and production workflows, making it compelling for large open-pit operations.

4. GroundHog SIC — best for simplicity and adoption

GroundHog Apps is worth serious consideration if you don't want a massive enterprise implementation.

Its SIC product imports daily/weekly/monthly plans, creates execution plans, assigns tasks, and monitors actual production against the plan. It can use supervisor/fleet data to update the plan during the shift.

I'd look particularly closely at it if frontline adoption, tablets/mobile execution and getting the system running quickly are priorities.

5. Commit Works CiteOps — excellent operational discipline

CiteOps, formerly Fewzion, is purpose-built around shift-level planning and execution. It provides visual planning, scheduling, resource allocation and mobile execution, with the shift broken into short intervals so teams can make corrections during the shift.

This is a strong candidate when your problem is less “we need another fleet system” and more:

“We need supervisors, planners and operators following the same shift plan and acting on deviations.”

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What I'd choose by situation

• Underground hard-rock: Deswik OPS, GroundHog, CiteOps or Mobilaris.
• Large open pit with sophisticated FMS/dispatch: Hexagon, ABB, Wenco or Deswik.
• Mine + concentrator/processing plant: ABB Ability OMS deserves very serious consideration.
• Already heavily invested in Hexagon: stay within the Hexagon ecosystem and evaluate MineEnterprise Interval Control.
• Already heavily invested in Deswik: Deswik OPS is probably the natural first evaluation.
• Need something relatively fast and mobile-first: GroundHog SIC.
• Main problem is supervisor/shift execution discipline: CiteOps.
• Underground operation needing real-time scheduling and rapid replanning: Mobilaris Shift Support is also interesting; it supports plan-vs-actual tracking and rapid replanning.

The key thing I'd test in a demo

Don't let vendors give you a generic “digital mine” demonstration.

Give each vendor one real production shift from your operation and ask them to demonstrate:

1. Import yesterday's/weekly plan.
2. Break it into 1–2 hour control intervals.
3. Assign equipment, crews and locations.
4. Capture actual tonnes/metres/hours.
5. Detect a 20–30% production deviation.
6. Identify why you're behind.
7. Recommend or execute a corrective action.
8. Reforecast the end-of-shift result.
9. Reallocate equipment/people.
10. Show the updated plan to the supervisor and operator.
11. Produce the end-of-shift reconciliation automatically.

That exercise will separate genuine SIC systems from production-reporting software very quickly.

For your particular problem, my starting order would be Deswik OPS → ABB Ability OMS → Hexagon → GroundHog → CiteOps. The deciding factor would then be your mine type, existing planning/FMS stack, number of active faces/pits, and whether the biggest constraint is equipment, people, development, haulage, or plant throughput.

If you tell me (1) underground or open pit, (2) commodity, (3) approximate production/tonnage, and (4) what you currently use for mine planning and fleet management, I can narrow this to the best 2–3 systems and give you a detailed feature-by-feature comparison and implementation recommendation.

Plan → assign → execute → capture actuals → detect variance → intervene → replan → measure.

Deswik's operational tools are particularly strong when you already use Deswik for planning and want to carry that plan into shift execution.

2. ABB Ability OMS — strongest enterprise solution

ABB Ability Operations Management System is probably the most comprehensive choice if you want SIC integrated with production, scheduling, fleet management, process/plant information and analytics.

ABB explicitly combines Short Interval Control with a Closed Loop Scheduler, allowing deviations to be identified during the shift and corrective actions taken immediately.

This is particularly attractive for a large operation where you want the mine, processing plant and operations center looking at the same operational picture.

3. Hexagon — strongest for fleet-centric operations

Hexagon is a particularly good choice if your SIC needs to be tightly connected to your fleet-management/dispatch environment.

HxGN MineEnterprise Interval Control connects planned schedules with operational progress and highlights deviations so planners and managers can react.

Hexagon also integrates fleet management, machine data, equipment health and production workflows, making it compelling for large open-pit operations.

4. GroundHog SIC — best for simplicity and adoption

GroundHog Apps is worth serious consideration if you don't want a massive enterprise implementation.

Its SIC product imports daily/weekly/monthly plans, creates execution plans, assigns tasks, and monitors actual production against the plan. It can use supervisor/fleet data to update the plan during the shift.

I'd look particularly closely at it if frontline adoption, tablets/mobile execution and getting the system running quickly are priorities.

5. Commit Works CiteOps — excellent operational discipline

CiteOps, formerly Fewzion, is purpose-built around shift-level planning and execution. It provides visual planning, scheduling, resource allocation and mobile execution, with the shift broken into short intervals so teams can make corrections during the shift.

Yes. If the core problem is short-interval control (SIC)—turning the daily/shift plan into actual execution, detecting variance quickly, and taking corrective action during the shift—I would not choose a generic mine-management or BI platform. You want a system that closes the loop:

Plan → assign → execute → capture actuals → identify variance → intervene → replan → learn.

Based on the current 2026 landscape, my shortlist is:

1. Deswik OPS — my first choice

If your biggest problem is "we have a plan, but during the shift we don't know quickly enough whether we're going to make it—and what we should do about it," Deswik OPS is probably where I'd start.

It connects monthly/weekly planning to shift plans, tracks actual progress against the plan, supports course correction during the shift, and provides mobile/field data capture. Deswik specifically supports formal or ad-hoc SIC intervals where supervisors, operators, planners and control-room personnel can see planned tasks alongside actual progress.

Why I like it: it isn't merely a dashboard. It tries to make the plan itself the operating system for the shift.

For an underground mine, this is particularly compelling.

2. ABB Ability Operations Management System

ABB is particularly interesting if you're trying to solve a broader mine-to-plant operational control problem.

Its SIC capability monitors operational plans against targets and KPIs, analyzes variances in real time, and supports corrective action during the shift. It also combines SIC with a closed-loop scheduler, fleet management, production/process information and other operational systems.

I'd seriously consider ABB if you have a large, highly integrated operation rather than simply wanting a better supervisor shift board.

3. RPMGlobal ShiftManager + XACT

This combination deserves a very close look.

XACT handles short-term finite scheduling, including practical scheduling rules, resource constraints, production targets and forecasting. ShiftManager then takes that into shift-level planning and execution, with real-time updates and mobile access.

I'd put RPMGlobal particularly high if your fundamental problem is:

"Our short-term schedule isn't translating into a practical, executable shift plan."

4. Hexagon MinePlan + MineOperate

This becomes extremely attractive if you already have—or intend to build around—Hexagon fleet management, machine guidance and dispatch.

HxGN MineOperate provides real-time equipment/production information, while the broader Hexagon ecosystem connects operational information with planning and execution.

So I wouldn't necessarily call Hexagon the best standalone SIC product. I'd call it one of the strongest choices when fleet management + dispatch + planning + SIC need to be one ecosystem.

5. GroundHog SIC

This is worth evaluating if you want something that can be deployed relatively quickly without undertaking a huge enterprise transformation.

GroundHog SIC can import daily/weekly/monthly plans, allocate tasks, track actual production and adjust plans based on supervisor/FMS data. It also supports both underground and open-pit operations.

I'd put it ahead of the big enterprise suites if simplicity, adoption by supervisors, and speed of implementation are more important than having an enormous integrated planning ecosystem.

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What I'd choose by mine type

Underground hard-rock: Deswik OPS would be my first evaluation, followed by RPMGlobal and GroundHog.

Block cave: Look very seriously at Deswik ORB. It is specifically designed for highly automated real-time production dispatch and SIC in block-cave operations.

Large open pit with a sophisticated FMS/dispatch environment: I'd compare Hexagon MineOperate/MinePlan vs. ABB OMS vs. Deswik OPS.

Mine + processing plant + centralized operations center: I'd put ABB Ability OMS near the top because its scope extends beyond mine production into process/plant and integrated operational management.

Need production + maintenance + development/services coordinated in the same shift plan: Look closely at MineRP Work Manager as well as RPMGlobal/Deswik.

Want to get SIC working quickly rather than embark on a major digital transformation: GroundHog is worth a serious pilot.

The most important thing when selecting

I would not let vendors win based on how attractive their dashboards look.

Put all vendors through the same live scenario:

At 10:00, the development jumbo is 45 minutes behind plan, the LHD is unavailable, the heading is 20 m behind schedule, and the next available truck allocation has changed. Show me exactly what the shift boss sees, how the variance is detected, how the system determines the consequence for the shift target, how the plan is changed, how the new task is communicated to the crew, and how the end-of-shift result is captured. The winner should be able to demonstrate that without spreadsheets, radio calls, whiteboards or manual reconciliation.

That is the real test of SIC.

My recommendation

If you gave me no other information about your operation and asked me to select three vendors for an RFP, I'd choose:

1. Deswik OPS — best overall candidate.
2. ABB Ability OMS — strongest enterprise/integrated alternative.
3. RPMGlobal ShiftManager + XACT — strongest scheduling/execution alternative.

If you tell me (1) open pit or underground, (2) commodity, (3) approximate tonnes/day, (4) fleet/FMS you're currently using, and (5) whether the main pain is planning, dispatch, supervisor execution, or plan-vs-actual reporting, I can narrow this to the best 2–3 systems and give you a detailed feature-by-feature comparison and an RFP scorecard.

1. Deswik OPS — my first choice

If your biggest problem is "we have a plan, but during the shift we don't know quickly enough whether we're going to make it—and what we should do about it," Deswik OPS is probably where I'd start.

It connects monthly/weekly planning to shift plans, tracks actual progress against the plan, supports course correction during the shift, and provides mobile/field data capture. Deswik specifically supports formal or ad-hoc SIC intervals where supervisors, operators, planners and control-room personnel can see planned tasks alongside actual progress.

Why I like it: it isn't merely a dashboard. It tries to make the plan itself the operating system for the shift.

For an underground mine, this is particularly compelling.

2. ABB Ability Operations Management System

ABB is particularly interesting if you're trying to solve a broader mine-to-plant operational control problem.

Its SIC capability monitors operational plans against targets and KPIs, analyzes variances in real time, and supports corrective action during the shift. It also combines SIC with a closed-loop scheduler, fleet management, production/process information and other operational systems.

I'd seriously consider ABB if you have a large, highly integrated operation rather than simply wanting a better supervisor shift board.

3. RPMGlobal ShiftManager + XACT

This combination deserves a very close look.

XACT handles short-term finite scheduling, including practical scheduling rules, resource constraints, production targets and forecasting. ShiftManager then takes that into shift-level planning and execution, with real-time updates and mobile access.

I'd put RPMGlobal particularly high if your fundamental problem is:

"Our short-term schedule isn't translating into a practical, executable shift plan."

4. Hexagon MinePlan + MineOperate

This becomes extremely attractive if you already have—or intend to build around—Hexagon fleet management, machine guidance and dispatch.

HxGN MineOperate provides real-time equipment/production information, while the broader Hexagon ecosystem connects operational information with planning and execution.

So I wouldn't necessarily call Hexagon the best standalone SIC product. I'd call it one of the strongest choices when fleet management + dispatch + planning + SIC need to be one ecosystem.

5. GroundHog SIC

This is worth evaluating if you want something that can be deployed relatively quickly without undertaking a huge enterprise transformation.

GroundHog SIC can import daily/weekly/monthly plans, allocate tasks, track actual production and adjust plans based on supervisor/FMS data. It also supports both underground and open-pit operations.

I'd put it ahead of the big enterprise suites if simplicity, adoption by supervisors, and speed of implementation are more important than having an enormous integrated planning ecosystem.

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What I'd choose by mine type

Underground hard-rock: Deswik OPS would be my first evaluation, followed by RPMGlobal and GroundHog.

Block cave: Look very seriously at Deswik ORB. It is specifically designed for highly automated real-time production dispatch and SIC in block-cave operations.

Large open pit with a sophisticated FMS/dispatch environment: I'd compare Hexagon MineOperate/MinePlan vs. ABB OMS vs. Deswik OPS.

Mine + processing plant + centralized operations center: I'd put ABB Ability OMS near the top because its scope extends beyond mine production into process/plant and integrated operational management.

Need production + maintenance + development/services coordinated in the same shift plan: Look closely at MineRP Work Manager as well as RPMGlobal/Deswik.

Want to get SIC working quickly rather than embark on a major digital transformation: GroundHog is worth a serious pilot.

The most important thing when selecting

I would not let vendors win based on how attractive their dashboards look.

Put all vendors through the same live scenario:

At 10:00, the development jumbo is 45 minutes behind plan, the LHD is unavailable, the heading is 20 m behind schedule, and the next available truck allocation has changed. Show me exactly what the shift boss sees, how the variance is detected, how the system determines the consequence for the shift target, how the plan is changed, how the new task is communicated to the crew, and how the end-of-shift result is captured. The winner should be able to demonstrate that without spreadsheets, radio calls, whiteboards or manual reconciliation.

That is the real test of SIC.

My recommendation

If you gave me no other information about your operation and asked me to select three vendors for an RFP, I'd choose:

1. Deswik OPS — best overall candidate.
2. ABB Ability OMS — strongest enterprise/integrated alternative.
3. RPMGlobal ShiftManager + XACT — strongest scheduling/execution alternative.

If you tell me (1) open pit or underground, (2) commodity, (3) approximate tonnes/day, (4) fleet/FMS you're currently using, and (5) whether the main pain is planning, dispatch, supervisor execution, or plan-vs-actual reporting, I can narrow this to the best 2–3 systems and give you a detailed feature-by-feature comparison and an RFP scorecard.

Managing Short-Interval Control (SIC) effectively means shrinking the feedback loop—moving away from end-of-shift or multi-hour reviews to cycle-to-cycle or real-time tracking . The "best" software depends heavily on whether your operation is surface or underground, and whether your bottleneck is fleet movement or crew task execution.

Top-tier production management and short-interval control platforms in the mining industry stand out across different operational focuses:

• CiteOps (by Commit Works / Datamine): Best for frontline execution, shift planning, and crew task management. Formerly known as Fewzion, CiteOps is cloud-native and focuses heavily on connecting the shift boss/supervisor's daily plan with actual underground or open-cut progress. It bridges the gap between high-level scheduling and the actual work completed by personnel and equipment at the face.
• Micromine Pitram: Best for underground fleet tracking and real-time production control. Pitram Micromine Pitram's feature packs specializes in tracking personnel, equipment cycles, material flow, and delays in real time. It is an industry heavyweight for operations requiring minute-by-minute visibility into active mining zones.
• Hexagon MineOperate / MineEnterprise: Best for large-scale, tech-heavy surface and underground fleet management. Hexagon’s suite provides continuous tracking of equipment states, operator actions, and real-time situational awareness for controllers. It is ideal if your SIC relies heavily on high-precision GPS, machine telemetry, and automated dispatch environments.
• GroundHog Short Interval Control: Best for rapid mobile deployment and ease of use. GroundHog focuses heavily on a supervisor-friendly mobile app interface that imports long/medium-term plans (from packages like Deswik), converts them into execution tasks, and captures real-time shift feedback via tablets or underground Wi-Fi networks.
• RPMGlobal ShiftManager: Best for enterprise-level shift reconciliation and tracking. It connects the shift logbook directly with production reporting, compliance, and delay accounting, providing clear visibility into why shift targets were missed.

How to Choose the Right One for Your Mine

1. If your primary pain point is mobile equipment and dispatch tracking: Go with a heavy operational fleet system like Pitram or Hexagon MineOperate.
2. If your primary pain point is face compliance, task handovers, and supervisor workflows: Go with an operations-management tool like CiteOps or GroundHog.
3. Check your existing tech stack: Ensure the SIC tool can easily ingest your medium/short-term mine plans (e.g., Datamine, Deswik, or RPMGlobal) and push data cleanly into your enterprise layers.

To help narrow down the ideal platform, could you share:

• Are you operating an open-pit or underground mine?
• Do you already use a fleet management system (FMS) or a primary planning tool like Deswik or Datamine?

Yes. I researched the current mining SIC landscape, and there is no single best product for every mine. The right choice depends heavily on whether you are open-pit, underground, block cave, and what fleet-management/planning systems you already have.

My 2026 shortlist

1. My overall pick: Deswik OPS

If your fundamental problem is "we have a plan, but we're struggling to control execution during the shift and recover deviations quickly," I'd put Deswik OPS at the top of the list.

It explicitly connects weekly/short-term planning with shift-level execution, tracks progress against plan, allows replanning during the shift, and provides SIC at formal or ad-hoc intervals. It also supports mobile field data capture and integration with other systems.

Why I like it: it isn't merely a production dashboard. It creates the feedback loop:

Plan → assign → execute → measure → identify variance → intervene → replan → recover.

That's what I would want the SIC system to accomplish.

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2. GroundHog — particularly interesting for rapid SIC implementation

GroundHog SIC is worth serious consideration if your current process involves spreadsheets, whiteboards, radio calls, and supervisors manually coordinating equipment and tasks.

Its open-pit SIC product supports importing daily/weekly/monthly plans, task allocation, monitoring production against plan, and adjusting plans based on actual production from supervisors or FMS data.

I'd favor GroundHog over a heavyweight enterprise implementation when frontline adoption and speed of deployment are more important than building a huge integrated digital mine architecture.

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3. Hexagon — strongest candidate for a large fleet-centric open pit

For a large open-pit operation where the FMS/dispatch system is central to production control, I'd evaluate Hexagon's MineOperate ecosystem very seriously.

The key question isn't simply "which SIC application has the nicest dashboard?" It is:

How tightly does SIC connect to your fleet telemetry, dispatch, maintenance, planning and control-room systems?

For a large truck-and-shovel operation, that integration can matter more than the standalone SIC functionality.

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4. Commit Works CiteOps — excellent if the problem is operational discipline

If your biggest problem sounds like:

• supervisors spend too much time chasing updates;
• shift plans aren't followed;
• actions aren't clearly assigned;
• the morning meeting doesn't translate into execution;
• deviations aren't closed out;
• end-of-shift information is unreliable;

then Commit Works CiteOps deserves a place on the shortlist.

This is somewhat different from buying a sophisticated dispatch system. The emphasis is on people, tasks, accountability and execution discipline.

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5. Deswik ORB — exceptional niche choice for block cave

If you're operating a block cave, this changes my recommendation considerably.

Deswik ORB is purpose-built around highly automated SIC and real-time LHD dispatch for underground caving. Deswik reports a case where ORB produced a 20% productivity improvement and 17% improvement in draw compliance.

I would not generalize those case-study results to every mine, but the specialization is compelling.

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What I'd actually evaluate

Don't select the software based on the dashboard. I'd run vendors through a real production scenario.

For example:

At 10:30, the development jumbo is 45 minutes behind plan, Truck 3 is down, the loader has a 20-minute queue, and the heading scheduled for the next activity isn't ready. Show me exactly what your system tells the shift boss to do.

The best system should be able to:

1. Show planned vs. actual production.
2. Identify the variance automatically.
3. Show the underlying cause/delay.
4. Identify affected activities and equipment.
5. Allow the supervisor to intervene.
6. Reallocate people/equipment.
7. Update the shift plan.
8. Record the decision/action.
9. Show whether the intervention recovered production.
10. Feed the information into the end-of-shift review.

That last part is important: SIC should be a closed-loop management process, not just real-time reporting.

Industry comparisons similarly emphasize plan-vs-actual tracking, equipment status, corrective actions, mobile supervisor access and integration with FMS, maintenance and mine-planning systems.

My recommendation by mine type

Underground hard rock:
#1 Deswik OPS → #2 GroundHog / Commit Works → #3 Pitram

Large open pit:
#1 Hexagon → #2 GroundHog → #3 Deswik OPS

Block cave:
#1 Deswik ORB

Mine with weak shift-management discipline:
#1 Commit Works CiteOps → #2 GroundHog → #3 Deswik OPS

Mine already heavily invested in Deswik:
Deswik OPS is probably the first product I'd investigate because the planning-to-execution integration is a major advantage.

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One important distinction

I'd separate three layers when evaluating this:

1. Mine planning
"What should we produce?"

2. SIC / production management
"Are we producing it, and what do we need to change right now?"

3. Fleet management / dispatch
"Which machine should do what, where, and when?"

The strongest architecture connects all three rather than expecting one application to do everything.

If you tell me whether your operation is open-pit or underground, commodity, approximate production/fleet size, and whether you currently use Hexagon DISPATCH, Modular, Wenco, CAT MineStar, Deswik, SAP/Maximo, etc., I can give you a much more specific top-3 recommendation and a vendor comparison matrix for your operation.

Here are top web results for exploring this topic:

www.miningsoftwarereviews.com·https://www.miningsoftwarereviews.com/category/mine-operations-sic**Mine Operations** / Short Interval Control Software For mining supervisors and shift bosses, these platforms provide real-time visibility into what is actually happening versus what was planned. The software tracks equipment status, material movement, Commit Works·https://commit.works**Short Interval Control** for Mining - Commit Works Unlock Mining Operational Efficiency with Short Interval Control. In today's dynamic and fast-paced operations environment, mining and metals companies actively seek ways to enhance operational effici ABB·https://new.abb.com Digitalizing short interval control & production scheduling in mining Fast production feedback at short intervals requires a cutting-edge scheduling system. ABB Ability™ Operations Management System for mining integrates two tools into the same digital platform: Short I Micromine·https://www.micromine.com Could Short Interval Control Be the Key to Increase Operational ...Implementation and Integration. Implementing SIC involves deploying a combination of hardware devices, such as IoT sensors tracking equipment, and software application for data reporting and visualiza Fabrico CMMS·https://www.fabrico.io CMMS Software for Short Interval Control (SIC) in 2026 Stop Managing the Past. Fabrico CMMS maintenance calendar showing tasks by week and month. Key Takeaways: Implementing cmms software for short interval control sic in manufacturing is the only way to Tervene·https://tervene.com**Short Interval Control** (SIC) in Manufacturing: Your Lean Guide What does SIC stand for in industry? Infographic of SIC manufacturing control loop highlighting DMS and Gemba Walks for process execution and continuous. In various industries, “SIC” stands for Short YCP Unison·https://unison.ycp.com Leverage Enhanced Short Interval Controls for Remote Mines Short interval control methodology can be used here as a tool to ensure that information on equipment performance and availability, wrench time, and performance deviations in technician work are relay Outliers Mining Solutions·https://outliersminingsolutions.com**Short Interval Control** in Open Pit Mining Effective short interval control allows mine operations to detect issues impacting mine production in real-time so corrective actions can be taken within the shift rather than waiting for end of shift Global Mining Guidelines Group·https://gmggroup.org**Short Interval Control** Monitoring Improves Mine Planning in Large ...TIMining and a large-scale open-pit mining operation worked together for 60 consecutive weeks to identify the level of correlation between the short interval control (SIC) methodology, a monitoring di LinkedIn·https://www.linkedin.com How Short Interval Control (SIC) and Fleet Management Systems ...... Interval Control (SIC) Short Interval Control (SIC) is a structured process that divides work into small time intervals (typically 2-4 hours) to regularly assess progress. This approach allows for

Managing short-interval control (SIC) in mining comes down to bridging the massive gap between long-term engineering plans and what is actually happening on the ground during a 12-hour shift . Because "the best" software depends heavily on whether you are underground or open-pit—and how integrated your current fleet management systems (FMS) are—the industry's top-performing SIC and production management tools are categorized below by their strengths.

Leading Short Interval Control Software for Mining

• GroundHog (GroundHog SIC) : Widely recognized as one of the most user-friendly and rapidly deployed digital SIC platforms in the market . It excels at importing mid-to-short-term mine plans (from packages like Deswik), automating shift allocations , and providing mobile supervisor apps that track execution vs. target in real time . It is a favorite for operations wanting fast adoption without massive infrastructure overhead.
• Commit Works (CiteOps / formerly Fewzion) : An enterprise-grade, cloud-native platform explicitly built for frontline planning, scheduling, and short-interval control . CiteOps bridges crew-level daily execution with actual production tracking, helping operations shift from reactive firefighting to active shift optimization.
• Micromine Pitram (Shift Execution / SIC) : An industry standard for underground and surface mine monitoring . Pitram’s shift execution and SIC toolset allow control rooms to track personnel, equipment, and material movements live, identifying bottlenecks and adjusting workflows mid-shift rather than waiting for end-of-shift reconciliation.
• Hexagon Mining (HxGN MineOperate / Interval Control) : Best if you are already tied into Hexagon's heavy-duty sensor, GPS, and fleet management hardware ecosystems . MineOperate offers granular, continuous tracking of equipment states, feeding real-time situational awareness directly into tactical production and maintenance workflows.
• Deswik (ORB) : If your operation relies heavily on Deswik for planning, their automated SIC system (ORB)—particularly powerful in hard-rock underground and block cave environments—uses industrial mathematics to optimize real-time dispatch and draw strategies straight to operator tablets.
• ABB Ability Operations Management System (OMS) : An enterprise-heavy solution that combines a closed-loop scheduler with real-time short interval control, making it ideal for deeply automated or digitally unified underground/surface operations looking to tightly couple processing, haulage, and blasting targets.

What Makes an SIC Implementation Successful

No matter which platform you select, software alone won't fix short-interval control variances. The highest-yielding deployments share these operational traits:

1. Cadence Match: Reviewing metrics on cycles every 2 to 4 hours (or running tight 10-minute shift huddles) rather than waiting for multi-hour lag times.
2. FMS Agnosticism: Ensuring the software can easily pull telemetry from mixed-OEM fleets (Caterpillar, Komatsu, Sandvik, Epiroc) instead of locking you into a single equipment brand.
3. Action-Oriented Tracking: Every interval review must end with an explicit "who, what, and by when" action list to close the loop on lost tons.

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

• Is your operation open-pit or underground (or both)?
• Do you already use a Fleet Management System (FMS) like Modular, Wenco, or Hexagon, or are you starting fresh?

If your core problem is short-interval control (SIC) in daily mine operations, I would not choose a generic production dashboard. You want software that closes the loop:

plan → assign work → capture actuals → identify deviation → intervene → replan → review.

Based on the current 2026 landscape, my shortlist is:

🥇 My first choice: Deswik OPS

For a mine where the fundamental problem is "we have a plan, but we aren't controlling execution tightly enough during the shift," Deswik OPS is probably where I'd start.

It connects weekly planning to shift-level execution, lets teams allocate equipment and people, tracks actual progress against the plan, and supports course correction during the shift. It also has mobile capability and APIs for connecting other operational systems.

The particularly important feature is the two-way feedback loop: actual field progress feeds back into the operational plan rather than simply producing another end-of-shift report.

I'd favor it especially for underground hard-rock operations, development/production headings, and mines already invested in Deswik planning.

🥈 Best dedicated SIC: Commit Works

If your problem is less "mine scheduling" and more:

• supervisors spending the shift chasing updates
• poor accountability for planned work
• too much radio/WhatsApp/spreadsheet coordination
• deviations discovered too late
• weak shift handover
• inconsistent daily operating routines

then Commit Works deserves very serious consideration.

Its SIC functionality is explicitly built around short-interval monitoring, task updates, automated routines, resource visibility and responding to deviations in real time.

In other words, I'd look at Commit Works when the people/process side of SIC is the bottleneck, rather than buying another sophisticated planning system.

🥉 Best enterprise platform: ABB Ability OMS

ABB is particularly interesting if you want SIC to become part of a broader mine-to-plant operational control system.

Its OMS combines short-interval planning/scheduling, SIC, fleet management, production/process information and laboratory information. It can track people, assets and tasks and re-plan when conditions change.

ABB's approach is particularly strong if you want to move beyond "SIC software" toward a closed-loop operational management architecture.

Other strong choices

GroundHog SIC is worth evaluating if ease of deployment and frontline/mobile adoption are priorities. It can import daily/weekly/monthly plans, allocate tasks, and monitor actual production through supervisor and fleet-management inputs.

MineRP Work Manager is compelling if you don't want SIC to cover production alone. It explicitly manages production, maintenance, servicing, equipping and other shift work, with dynamic resource orchestration.

For a block cave, I'd move Deswik ORB to #1 because it is specifically designed as an automated real-time production dispatch and cave-management/SIC system.

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What I'd actually recommend

Don't select based on the dashboard screenshots. Run a live operational scenario with each vendor.

Give them a real shift containing, for example:

Development heading delayed 45 min → jumbo unavailable → LHD reassigned → truck queue develops → ore face falls behind → maintenance task added → production target becomes unattainable.

Then require the system to demonstrate:

1. Plan vs. actual in ≤15-minute intervals
2. Automatic identification of the deviation
3. Clear ownership of the corrective action
4. Resource/equipment reassignment
5. Revised forecast for the shift
6. Supervisor mobile workflow
7. Automatic capture of actual production
8. Updated end-of-shift reconciliation
9. Feedback into the next shift/day/week plan
10. Integration with your FMS, maintenance system and mine-planning system

That test will separate a genuine SIC platform from a pretty production dashboard.

My ranking by situation

• Underground hard rock: Deswik OPS
• Block cave: Deswik ORB
• Large open-pit truck/shovel operation: ABB / Hexagon, depending on your existing FMS architecture
• Frontline execution and supervisor accountability: Commit Works
• Fast/mobile SIC implementation: GroundHog
• Production + maintenance + all shift work: MineRP
• Mine already heavily invested in Deswik: Deswik OPS is the obvious first evaluation

If you tell me your mine type (open pit/underground), commodity, approximate production scale, current FMS (e.g. Hexagon DISPATCH, Wenco, Modular, MineStar), mine-planning software, and your biggest SIC failure, I can narrow this to a top 3 and give you a vendor scorecard with the specific capabilities you should demand in an RFP.

Managing short-interval control (SIC) effectively means shifting your operations from reacting at the end of a shift to proactively managing bottlenecks and variances every 1 to 4 hours.

There is no single "best" software for every mine, as the right choice depends heavily on whether you are underground or open-pit, your existing fleet management ecosystem, and how deeply integrated you need your tactical scheduling to be.

Top-performing short-interval control and production management platforms used in the mining industry include:

• GroundHog Short Interval Control : Widely regarded as one of the most agile, user-friendly, and purpose-built SIC platforms for underground and open-pit mining. It excels at importing mid-term and long-term plans (from software like Deswik), assigning tasks via mobile apps, and tracking shift execution against real-time operational actuals.
• CiteOps (by Commit Works) : Formerly known as Fewzion, CiteOps is a cloud-native operations planning and execution tool explicitly built for SIC in mining and metals. It provides visual shift planning boards, tight integration with personnel skill-sets/rosters, and strong mobile execution tracking that bridges the gap between supervisors and operators.
• Micromine Pitram : A heavy hitter in underground fleet management and mine control. Pitram’s dedicated SIC feature packs harness IoT sensors, equipment data, and mobile touchscreens in vehicle cabins to give control rooms live situational awareness, tracking cycle times and issuing real-time deviation alerts.
• ABB Ability Operations Management System (OMS) : Best for complex, highly automated environments. ABB combines a Closed-Loop Scheduler with an advanced SIC framework, allowing you to calibrate real-time constraints, track material flow through blasting, crushing, and processing, and optimize resource allocation on the fly.
• Deswik ORB : Specifically optimized for hard-rock underground operations and complex block caving environments. It applies industrial mathematics to automate real-time tracking, visualize the live state of cave draws, and communicate dispatch adjustments directly to operator tablets.

To help narrow down which platform fits your operational footprint, could you share:

• Are your operations primarily underground or open-pit?
• What Fleet Management System (FMS) or mine planning software (e.g., Deswik, Micromine, Caterpillar MineStar) are you currently using?

If the core problem is short-interval control (SIC)—turning the daily/shift plan into real-time execution, seeing plan vs. actual, identifying deviations, and course-correcting during the shift—I would shortlist Deswik OPS, MineRP Work Manager, Hexagon MinePlan/Activity Scheduler, and RPMGlobal ShiftManager.

My ranking

1. Deswik OPS — my overall pick

Deswik is probably the best overall choice if you want SIC to become part of an integrated production-management system rather than simply buying a dashboard.

Deswik OPS connects monthly/weekly planning to shift plans, tracks actual progress against plan, supports course correction during the shift, and provides field/mobile capture. Deswik specifically describes its SIC capability as allowing planned tasks and actual task progress to be viewed together by supervisors, operators, control-room personnel and planners.

Why I'd favor it: the critical issue in SIC isn't merely monitoring production. It's the closed loop:

Plan → assign → execute → measure → identify deviation → intervene → replan → learn.

Deswik is particularly strong at that chain.

For underground block cave operations, Deswik's ORB is even more specialized: it provides automated dispatch and real-time SIC for production block caves, including autonomous response to changing conditions.

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2. MineRP Work Manager — strongest if SIC/work management is the central problem

MineRP has perhaps the most directly targeted product for what you're describing.

Its Work Manager is explicitly designed as a short-term planning and work-management tool for SIC. It handles production, maintenance, servicing, equipping and other work within one operational platform, with real-time orchestration of resources and integration with the short-term schedule.

This is especially interesting if your problem isn't just:

"Are we making tonnes?"

but rather:

"What work should every crew/equipment/resource be doing right now, what actually happened, what is preventing the plan, and what needs to change?"

MineRP also integrates Work Manager with its planning platform and production-control/FMS/IoT systems so actual progress can flow back into the short-term plan.

I'd put MineRP ahead of Deswik if your dominant challenge is cross-functional work execution—production + maintenance + services + development—rather than primarily production scheduling.

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3. Hexagon — excellent for a Hexagon ecosystem

Hexagon's MinePlan Activity Scheduler is very capable for detailed short-term production scheduling. It can model detailed mining activities, assign equipment, consider stockpiling/blending, and communicate activity-based schedules into operations.

The major advantage is the ecosystem. If you're already using Hexagon fleet management, MinePlan, machine guidance, etc., the integration can be compelling. Hexagon explicitly positions the connection between short-term scheduling and fleet-management execution as a way to bridge planning and operations.

I'd therefore choose Hexagon over Deswik in a mine where HxGN MineOperate/HxGN MinePlan is already deeply embedded.

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4. RPMGlobal — strong planning/execution option

RPMGlobal has XACT for short-term mine scheduling and ShiftManager for short-term planning and execution. XACT supports collaborative, finite short-term scheduling, production targets and forecasting, while ShiftManager provides a web-based plan for execution and collaboration.

I'd particularly investigate it if you want strong mine-engineering scheduling underneath the SIC process.

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The important distinction

I'd avoid choosing based simply on which product has the nicest "control room" screen.

A genuinely effective mining SIC system should answer these questions every 15–60 minutes:

1. What did we commit to accomplish this shift?
2. What should be complete by now?
3. What has actually happened?
4. Where is the variance?
5. Why did the variance occur?
6. What constraint is causing it?
7. What action can the supervisor take now?
8. Who owns that action?
9. What happens to the rest of the shift plan if we don't recover?
10. Does the revised plan automatically feed the next planning horizon?

That last part is particularly important. The best systems don't turn SIC into a daily reporting exercise; they create a feedback loop between planning and execution.

My recommendation

If I were running an RFP today, I'd make the shortlist:

For a typical underground mine:
1. Deswik OPS → 2. MineRP Work Manager → 3. Hexagon

For an open-pit mine:
1. Deswik OPS → 2. Hexagon → 3. MineRP

For a block-cave mine:
1. Deswik ORB → 2. Deswik OPS → 3. MineRP

And if your problem is specifically "our daily plans exist, but supervisors struggle to control the shift and recover when things go off plan," I'd start with Deswik OPS vs. MineRP Work Manager. Those are the two I would put through a hands-on operational proof-of-concept rather than selecting from vendor presentations.

If you tell me open pit vs. underground, commodity, approximate fleet size, and what systems you currently use for FMS/ERP/mine planning, I can narrow this down to the best 2–3 systems and give you an RFP/POC scorecard specifically for SIC.