Geospatial network map
Every site on one map.
Macro, small-cell, DAS and C-RAN sites show on one geospatial map, so the whole build is seen in place.
- Macro, small-cell, DAS, C-RAN
- Geospatial site map
- Whole build in place
- Backhaul and geo-fences
Telecom
The network build runs on one command center. Every macro, small-cell, DAS and C-RAN site shares a single geospatial view, with a Build, Integration and On-Air activation pipeline, RF coordination and geo-fenced permits, so the stalling stage is surfaced and sites reach on-air faster.
Solution areas
Every site on one map.
Macro, small-cell, DAS and C-RAN sites show on one geospatial map, so the whole build is seen in place.
Build to Integration to On-Air.
Each site moves through Build, Integration and On-Air stages on one pipeline, so progress to on-air is tracked stage by stage.
Pace to on-air, measured.
Rollout velocity and stage flow are live, so the pace to on-air is measured and the highest-leverage move is surfaced.
RF coordinated in place.
RF coordination and backhaul sit on the same geospatial map as the sites, so coordination happens where the build is seen.
Jurisdictional holds, surfaced early.
Permits awaiting a decision are surfaced against the sites they block, so dependencies are worked down before they stall on-air.
Risk on the rollout view.
Operational risk index, red sites and P1 escalations sit on the rollout view, so risk is read beside the build.
How it runs
Macro, small-cell, DAS and C-RAN sites show on one geospatial map.
Each site progresses through Build, Integration and On-Air on one pipeline.
RF coordination and backhaul sit on the same map as the sites.
Jurisdictional holds are surfaced against the sites they block, so dependencies are worked down before they stall on-air.
Rollout velocity and the bottleneck stage are live, so the highest-leverage move is surfaced.
Entroid runs the network rollout as one command center, from plan to on-air.