Two service crews overlap within the same corridor and require reassignment.
Spatial operations for real networks
Algomap
One operating system for GIS layers, routing, dispatch, asset visibility, field records, and logistics performance across geographically distributed operations.
Routing
stops, dispatch, travel-time logic, route history
GIS
zones, assets, boundaries, overlays, spatial context
Field ops
inspections, incidents, service coverage, spatial records
Live operations board
routing window active
One district has fallen below the required inspection threshold this week.
Vehicle staging and stop density suggest a temporary routing imbalance.
Route changes, field activity, incidents, and area-level outcomes remain linked.
Platform overview
The control layer for GIS, routing, and geography-linked operations.
Algomap helps logistics teams, field services, utilities, and infrastructure operators move from disconnected maps and dispatch tools into one spatial operating system. It combines where things are, where teams need to go, what happened on the ground, and what should happen next.
Organize base maps, service zones, infrastructure layers, assets, and field context.
Plan routes, coordinate fleets and teams, and respond faster to changes on the ground.
Keep route history, spatial records, and operational outcomes tied to real geography.
Core modules
Built around the full spatial operations stack, not one isolated map view.
GIS and layers
Administrative boundaries, assets, service zones, infrastructure layers, and custom operational overlays.
Routing and dispatch
Route creation, optimization, stop sequencing, team assignments, and travel-time aware planning.
Fleet and field execution
Vehicle visibility, crew movement, inspections, deliveries, repairs, and exception handling.
Spatial records
Incident logs, route history, field photos, work orders, and geography-linked decision records.
Coverage and performance
Track coverage gaps, route efficiency, zone performance, and asset utilization by location.
Analytics and reporting
Spatial history, operational comparisons, service reporting, and network-level performance review.
Routing and execution
Routes are only useful when they stay tied to geography, field updates, and asset reality.
Algomap connects route planning to live operational context. Teams can see where assets are, what changed along the route, where service gaps are forming, and which zones need intervention before performance drops.
Route event
Area or corridor
Status
Stop sequence update
East cluster route 7
applied
Inspection exception
Zone 4 service ring
alerted
Vehicle reassignment
North depot corridor
reviewed
Asset outage note
South feeder grid
logged
Operational workflow
From spatial setup to route execution to historical review.
Model the geography
Define assets, boundaries, coverage zones, routes, and operational layers.
Dispatch work
Assign routes, field tasks, deliveries, or inspections with full spatial context.
Capture what happened
Record incidents, photos, route changes, exceptions, and on-ground status updates.
Improve performance
Use spatial history to optimize routes, coverage, timing, and operating cost.
Built for any operation where geography determines cost, speed, and service quality.
Logistics operators
Plan routes, monitor movement, and improve multi-stop delivery performance.
Field service teams
Coordinate inspections, repairs, and mobile response around geography and history.
Utilities and infrastructure operators
Track assets, service zones, outages, and field incidents spatially.
Public programs and distributed operations
Manage area-level service delivery, coverage, and reporting in one platform.
Next step
Spatial operations improve when maps, movement, field records, and decisions live together.
Algomap brings GIS, routing, field execution, and spatial history into one practical operating platform.
Contact Algomap