See Power-View in flight.
Live asset editor and unified activity feed. Asset edits, project updates, field forms, and risk runs flow through the same map — because they live in the same platform.
Most utilities run six tools.
Power-View runs one.
GIS, project management, asset records, inspections, engineering, and risk modeling normally live in six separate systems — with copy-paste between them. Power-View unifies all six on the same map, so a field tech’s photo, an engineer’s pole-loading run, and a risk model see the same asset record.
Every pole, transformer, span, and substation on a live map. With history, photos, and document attachments per asset.
Make-ready, construction, inspection cycles, and outage restoration — tracked against the same assets they touch.
Intelligent forms, GPS-verified photos, crew check-ins. Submitted from the field, written back to the asset record automatically.
Pole loading, LiDAR analysis, span calculations, plan reviews — all anchored to the same GIS layer the field team sees.
Fire-spread, hurricane impact, and real-time monitoring. Run risk models on the live asset graph, not yesterday’s export.
Drawing versions, approvals, FEMA evidence, audit trails — tied to the same projects and assets they describe.
Everything from a hyperscale build to a bird-guard upgrade.
The same platform handles utility-scale events and individual asset edits. Other tools handle one or the other — never both at the right level of detail.
Substation transformers, switchgear, conductors, cable reels — geo-tagged from manufacturer release through laydown yard to final position. Power-View tracks delivery status, staging-area occupancy, and installation progress across hundreds of acres and dozens of contractors. One source of truth for what’s on site, what’s where, and what’s needed next.
A field tech tapped a pole on the map, attached a photo, answered three form questions, and submitted. The asset record updated. The inspection joined the pole’s timeline. The work order closed. Engineering got a notification. No back-office translation.
Both happened. Both lived in Power-View. The same platform sees them.
Six tools, six exports, six chances for the data to drift.
Most utilities maintain GIS, project, asset, field, engineering, and risk systems separately — then spend most of their time keeping them in sync.
Engineers run pole loading on last quarter’s GIS export. Inspections were submitted on paper. By the time the data lands in GIS, the decision is already made.
Field crews fill out paper or PDF forms. Someone re-keys them into the asset system. Photos go to a separate folder. The pole’s history never tells the full story.
FEMA, regulator, or executive reports require pulling from each system separately, reconciling assets to projects to inspections, and praying nothing slipped between exports.
What Power-View does, day to day.
Work orders, schedules, and asset records on the same map. From make-ready to outage restoration.
GPS-verified photos, conditional logic, offline capture. Submitted from the field, back to the asset in seconds.
Versioned drawings, approvals, and audit trails — linked to the projects and assets they describe.
Fire spread, hurricane impact, and real-time risk monitoring against the live asset graph — not yesterday’s export.
Every inspection, work order, photo, and drawing that touched an asset — in chronological order, on one screen.
REST APIs and webhooks to keep ESRI, Maximo, SAP, and finance systems in sync — in either direction.
Every layer your operation runs on.
Assets, work, evidence, and risk — on the same map, with the same history, accessible to the same teams.
From back-office planning to field execution.
One platform, role-based views — engineers, project managers, field crews, and executives each see what they need.
Coordinate make-ready, attachments, inspections, and storm response across territory-wide asset fleets — with executive visibility into project status and risk.
Replace 4-6 separate systems with one map-centric platform. Field crews, engineers, and the GM see the same data — without four IT integrations to maintain.
Run make-ready, pole loading, and joint-use coordination directly on utility-supplied GIS — with documentation, inspections, and progress visible to all parties.
Pair the platform with expert hands.
Power-View is the platform. These services let GridIntel run the engineering, field, and risk-modeling work directly on top of it.
Status meetings, manual reporting, and overruns eliminated. PM work executed directly on the Power-View asset graph.
Automated pole loading runs against live GIS — with engineer-reviewed results delivered against your make-ready queue.
Field-verify your GIS in chunks. Bad-data costs surface before they cost you a storm response or a pole-loading miss.
Replace field measurements with desktop LiDAR analysis — spans, clearances, and vegetation flags layered onto Power-View.
Wildfire, storm, and asset-failure risk run continuously against your live asset graph — with alert thresholds tuned to your territory.
Power-View documentation auto-assembled into Public Assistance evidence packages — lifting capture rates and recovering more federal funds.
Four steps from map to action.
Import existing GIS layers — ESRI, GeoJSON, KML, shapefile. Power-View becomes the source of truth, with two-way sync where you need it.
Build inspection forms, project templates, and approval flows that match how your team actually works — no developer required.
Crews submit forms, photos, and check-ins from a phone — offline-capable. Engineers run pole loading, LiDAR, and risk models from the same map.
Executive dashboards, FEMA-ready evidence, and open APIs to keep Maximo, SAP, and finance systems aligned.
See Power-View on your assets.
A 30-minute walkthrough on your GIS — no commitment.