Location Intelligence for Field Execution

Geo-Located Work Orders help your technicians know exactly where to go for each asset, eliminating wasted time looking for a piece of equipment in remote areas.
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Optimize Operations and Prioritize Travel Routes

Reduce travel time, improve safey and maximize productivity across distant sites.
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Learn how EAM Empower features can elevate your operations to the next level.

Manage Asset Positioning

Attach exact geographic coordinates to assets.

Map-Based Activity View

Visualize open, planned, and critical work on maps.

Route & Dispatch Optimization

Sequence work efficiently using location clustering.

Safety Zones & Restrictions

Define restricted or high-risk geographic areas.

Geographic Work History

Maintain location-based history for every intervention.

Execution Status Visibility

Correlate location and time to execution to identify delay causes and process failures.

Integrate with Navigation Apps

Integrate positioning with navigation apps for easy route and ETA calculation.

Technician Location Sharing

Technicians can share their location when the activity starts and ends with dispatchers for improved situational awareness and ETA estimation.

Geofencing Automation

Trigger actions & rules based on GPS coordinates.

The power of GPS in every Work Order

Mapping tools for every Maintenance user

Putting Work Orders on the Map

Technicians receive exact directions to each work order. There’s no more vague instructions or outdated paper maps, increasing agility and reducing location errors.

Smart Prioritization for Planners

Visualize open tasks to reorganize work by proximity, criticality or urgency. Planners can now quickly dispatch the closest technician to critical assets.

Plan for the Future

Managers compare travel times to estimates, helping optimize future SLAs and contracts.

Improved Safety

Technicians in critical environments can identify safer routes and alert zones to prevent encroaching on dangerous areas.
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Key Point Indicators

reduction in technician travel time

increase in daily completed work orders per technician

reduction in leasing vehicles by routes optimizations

improvement of risk analysis before execution

Case Studies

An end-to-end suite that unifies planning, scheduling, mobile execution, asset data, and safety workflows.
  • CASE STUDY

BRF Shares Their Maintenance Transformation

See How a Mobile EAM APP on a no-code platform is rapidly transforming BRF maintenance operations to reduce downtime, increase productivity and reduce costs.
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  • CASE STUDY

An Interview with Saint Gobain

The IT Project Lead at the largest building materials company in the world, talks about going from paper to fully digital maintenance processes in their global glass factories.
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  • CASE STUDY

Turning Around a Reactive Maintenance Environment at Ingredion

Planning and Scheduling went from 2 days to 2 hours. Technician wrench time increased by 25%. Hear how the Reliability Director and Sigga got these results at Ingredion, the 8th largest food ingredient company in the world.
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  • CASE STUDY

3 Ways Mobile Processes Improves Safety for Plant Operations

Creating a safe working environment for the maintenance team and production workforce is a priority for every organization. Safe workplaces protect workers from physical…
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Enabling asset-intensive businesses to accelerate their EAM digital transformation

An end-to-end suite that unifies planning, scheduling, mobile execution, asset data, and safety workflows.

01. What is geo-located work order management?

Geo-located work order management assigns exact GPS coordinates to assets and work orders, giving technicians turn-by-turn navigation to each job site and giving planners a map-based view of all open, planned, and critical work. Field teams know precisely where to go, instead of wasting time following vague instructions or outdated paper maps.

02. How does Sigga use location intelligence to improve field team productivity?

Sigga visualizes open work orders on a map so planners can cluster tasks by proximity, dispatch the closest available technician to critical assets, and minimize unnecessary travel between jobs. Route optimization and integration with navigation apps reduce time spent locating equipment, particularly in large, remote, or complex plant environments where asset searches can consume a significant portion of a technician’s shift.

03. How does geo-location improve safety for field technicians?

Sigga allows safety and operations teams to define restricted or high-risk geographic zones directly on the map. Technicians receive alerts when approaching dangerous areas, and geofencing rules trigger mandatory safety checks or work restrictions based on GPS coordinates, reducing the risk of teams inadvertently entering hazardous areas during field execution.

04. What business results can organizations expect from geo-located work management?

Sigga’s geo-location technology has led to a 40% reduction in technician travel time, a 30% increase in daily completed work orders per technician, a 10% reduction in leased vehicle costs through route optimization, and a 50% improvement in risk analysis accuracy before execution, directly improving both workforce productivity and operational safety.

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