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Transmission & Distribution

Transmission and Distribution Software Built for Solar Interconnection

Control every tower. See the whole line. TaskMapper brings transmission and distribution projects into a single, GIS-powered digital twin — syncing tower and pole erection, conductor stringing, and substation build-out directly to your master schedule, from right-of-way clearance to energization.

Talk to an Expert

Transmission & Distribution

Transmission and Distribution Software Built for Solar Interconnection

Talk to an Expert

Transmission & Distribution

Transmission and Distribution Software Built for Solar Interconnection

Talk to an Expert

Dashboard overlay on a solar farm showing portfolio metrics and a bar chart comparing planned vs actual project progress.

Trusted by Teams Building and Operating Energy Infrastructure at Scale

Of Energy Capacity Supported

0+ GW

Of Energy Capacity Supported

0+ GW

Projects Digitized

Countries In Operations

Savings per 100 MW Project

$0k

Savings per 100 MW Project

$0k

One Platform for the Entire T&D Lifecycle

Map view showing highlighted areas with coordinates and options for distance measurement at the bottom.

A mobile screen displaying a bar graph with various colored bars and options for data visualization.

A colorful grid pattern with vertical lines in shades of purple, pink, and orange, accompanied by numerical values.

Your T&D data lives in spreadsheets, ERPs, and WhatsApp threads. These data silos prevent easy transfer of information between teams during Development, Construction, and Handover to Operations.

SenseHawk brings it all into one map-based T&D software platform — connecting scattered teams, fragmented workflows, and lifecycle gaps into a single source of truth, across every tower, span, and substation in your network.

Explore the Platform

The T&D Value Chain

Empowering Every Role in the T&D Value Chain

From route planning to energization, we provide a unified geospatial system of record — connecting distributed field crews, multiple contractors, and siloed data across your entire corridor and substation portfolio.

A man presents data on a screen to a group of colleagues in a modern office setting.

Utilities & Asset Owners

Command your entire network from one screen

Move beyond "what percentage is complete" to "which exact towers and spans can move next — and why." TaskMapper resolves every management number back to the asset, dependency, and evidence behind it.

Track whole-line milestones, weighted progress, and S-curves across every package.

Compare EPC contractor performance on a common basis, package by package.

Surface exception watchpoints — ROW, foundation, erection, and quality — before they compound.

Drill down from a portfolio number to the exact tower or issue behind it.

Learn more

Utilities & Asset Owners

Command your entire network from one screen

Track whole-line milestones, weighted progress, and S-curves across every package.

Compare EPC contractor performance on a common basis, package by package.

Surface exception watchpoints — ROW, foundation, erection, and quality — before they compound.

Drill down from a portfolio number to the exact tower or issue behind it.

Learn more

Utilities & Asset Owners

Command your entire network from one screen

Track whole-line milestones, weighted progress, and S-curves across every package.

Compare EPC contractor performance on a common basis, package by package.

Surface exception watchpoints — ROW, foundation, erection, and quality — before they compound.

Drill down from a portfolio number to the exact tower or issue behind it.

Learn more

A person working at a desk, looking at a computer monitor displaying a spreadsheet or data table.

Planning

Align baseline schedules with field reality

Connect high-level planning directly to execution by importing Primavera P6 or MS Project schedules into the platform. TaskMapper links structure-level and substation-level construction workflows to these schedules, bridging planning and real-world execution.

Upload Primavera P6 or MS Project files (.mpp, .xer, .csv, .xlsx).

Link foundation, erection, stringing, and substation activities to downstream construction workflows.

Generate live S-curves and progress dashboards automatically linked to project schedules.

Enable proactive risk management with automated alerts for delay detection.

Learn more

Planning

Align baseline schedules with field reality

Upload Primavera P6 or MS Project files (.mpp, .xer, .csv, .xlsx).

Link foundation, erection, stringing, and substation activities to downstream construction workflows.

Generate live S-curves and progress dashboards automatically linked to project schedules.

Enable proactive risk management with automated alerts for delay detection.

Learn more

Planning

Align baseline schedules with field reality

Upload Primavera P6 or MS Project files (.mpp, .xer, .csv, .xlsx).

Link foundation, erection, stringing, and substation activities to downstream construction workflows.

Generate live S-curves and progress dashboards automatically linked to project schedules.

Enable proactive risk management with automated alerts for delay detection.

Learn more

A worker in a hard hat operates a yellow drilling machine under a clear blue sky, near solar panels.

Project Management

Real-time visibility from first foundation to final energization

A tower becomes executable only when every dependency clears: right-of-way and access, survey and soil, approved design, materials, crew readiness, and quality clearance. TaskMapper tracks all six against every structure, so your team always knows which exact towers and spans can move next.

Track serialized structures, conductors, insulators, and substation equipment from warehouse receipt to installation.

Monitor foundation excavation, tower erection, and stringing progress span by span using drone intelligence.

Equip field crews with an offline-capable mobile app for geo-tagged photo capture and digital forms — built for remote right-of-way access.

Identify schedule risks and reallocate crews to high-delay spans or substations dynamically.

Learn more

Project Management

Real-time visibility from first foundation to final energization

Track serialized structures, conductors, insulators, and substation equipment from warehouse receipt to installation.

Monitor foundation excavation, tower erection, and stringing progress span by span using drone intelligence.

Equip field crews with an offline-capable mobile app for geo-tagged photo capture and digital forms — built for remote right-of-way access.

Identify schedule risks and reallocate crews to high-delay spans or substations dynamically.

Learn more

Project Management

Real-time visibility from first foundation to final energization

Track serialized structures, conductors, insulators, and substation equipment from warehouse receipt to installation.

Monitor foundation excavation, tower erection, and stringing progress span by span using drone intelligence.

Equip field crews with an offline-capable mobile app for geo-tagged photo capture and digital forms — built for remote right-of-way access.

Identify schedule risks and reallocate crews to high-delay spans or substations dynamically.

Learn more

A worker in a hard hat and reflective vest checks a smartphone and tablet near solar panels in a field.

Quality & Safety

Digitize inspections and trace root causes across every structure

Track NCR severity, category, and ageing by contractor, with a live scorecard and closure evidence for every package. Engineering documents stay tied to the asset too — revision history, transmittal status, and pending actions, not a folder full of PDFs.

Digitize inspections, NCRs, and punch lists with photos, geotags, and checklists at the structure or bay level.

Track contractor-level NCR scorecards, open ageing, and closure rates package by package.

Keep engineering document revision history, transmittal, and approval status tied to the asset.

Automate client approval routing and auto-file finalized PDFs to the e-DMS.

Use thermal and visual imagery from drones to identify quality issues such as sag, hotspots, vegetation encroachment prior to commissioning

Learn more

Quality & Safety

Digitize inspections and trace root causes across every structure

Digitize inspections, NCRs, and punch lists with photos, geotags, and checklists at the structure or bay level.

Track contractor-level NCR scorecards, open ageing, and closure rates package by package.

Keep engineering document revision history, transmittal, and approval status tied to the asset.

Automate client approval routing and auto-file finalized PDFs to the e-DMS.

Use thermal and visual imagery from drones to identify quality issues such as sag, hotspots, vegetation encroachment prior to commissioning

Learn more

Quality & Safety

Digitize inspections and trace root causes across every structure

Digitize inspections, NCRs, and punch lists with photos, geotags, and checklists at the structure or bay level.

Track contractor-level NCR scorecards, open ageing, and closure rates package by package.

Keep engineering document revision history, transmittal, and approval status tied to the asset.

Automate client approval routing and auto-file finalized PDFs to the e-DMS.

Use thermal and visual imagery from drones to identify quality issues such as sag, hotspots, vegetation encroachment prior to commissioning

Learn more

A worker in a hard hat and bright jacket inspects electrical equipment in a solar panel installation.

Commissioning

Commissioning & Close Out

Ensure your constructed lines and substations meet design and safety requirements before energization. Compile an audit-ready "digital twin" handover package containing verified asset data for every structure and substation asset.

Automate pre-commissioning checklists for protection testing, electrical energization, and system readiness.

Digitize punch lists to geotag defects, assign tasks, and track closure by structure or bay.

Capture test results and inspection records, storing them against specific components and structures.

Deliver complete as-built documentation, manuals, and warranties directly linked to equipment.

Learn more

Commissioning

Commissioning & Close Out

Automate pre-commissioning checklists for protection testing, electrical energization, and system readiness.

Digitize punch lists to geotag defects, assign tasks, and track closure by structure or bay.

Capture test results and inspection records, storing them against specific components and structures.

Deliver complete as-built documentation, manuals, and warranties directly linked to equipment.

Learn more

Commissioning

Commissioning & Close Out

Automate pre-commissioning checklists for protection testing, electrical energization, and system readiness.

Digitize punch lists to geotag defects, assign tasks, and track closure by structure or bay.

Capture test results and inspection records, storing them against specific components and structures.

Deliver complete as-built documentation, manuals, and warranties directly linked to equipment.

Learn more

A technician in an orange uniform and helmet checks solar panels under a blue sky with clouds.

Asset Management & O&M

Shift from reactive to predictive maintenance

Maximize network availability and minimize downtime by integrating operational data with inspection results. Let TaskMapper's drone and thermal analytics help your team prioritize what matters most across a large, distributed network.

Apply drone and thermal imagery to line and structure inspections to flag hot connections, damaged insulators, conductor sag and vegetation encroachment.

Track field remediation end-to-end by generating map-based work orders directly from identified issues.

Integrate SCADA and operational data with the digital twin to cross-reference physical assets with performance data.

Maintain a full, auditable history of inspections and repairs by structure, span, and substation.

Learn more

Asset Management & O&M

Shift from reactive to predictive maintenance

Apply drone and thermal imagery to line and structure inspections to flag hot connections, damaged insulators, conductor sag and vegetation encroachment.

Track field remediation end-to-end by generating map-based work orders directly from identified issues.

Integrate SCADA and operational data with the digital twin to cross-reference physical assets with performance data.

Maintain a full, auditable history of inspections and repairs by structure, span, and substation.

Learn more

Asset Management & O&M

Shift from reactive to predictive maintenance

Apply drone and thermal imagery to line and structure inspections to flag hot connections, damaged insulators, conductor sag and vegetation encroachment.

Track field remediation end-to-end by generating map-based work orders directly from identified issues.

Integrate SCADA and operational data with the digital twin to cross-reference physical assets with performance data.

Maintain a full, auditable history of inspections and repairs by structure, span, and substation.

Learn more

The Challenge

T&D Projects Don't Struggle from a Lack of Data. They Struggle Because Data Stays Disconnected.

Routes and right-of-way live in GIS. Schedules live in Primavera. Drawings and transmittals live in Aconex. Purchase orders live in SAP. TaskMapper ties them all to common tower and span identifiers, so every team works from the same live picture of the line.

Global transmission and distribution buildout has become the constraint on the energy transition — not a lack of demand, but a lack of executable delivery capacity. The IEA estimates more than 80 million km of grid must be added or refurbished by 2040 — roughly the size of the entire existing global grid.

The Challenge

T&D Projects Don't Struggle from a Lack of Data. They Struggle Because Data Stays Disconnected.

The Challenge

T&D Projects Don't Struggle from a Lack of Data. They Struggle Because Data Stays Disconnected.

Desk cluttered with project documents, plans, and a laptop displaying spreadsheets.

Platform

One Platform Across the T&D Lifecycle

TaskMapper keeps project data continuous across every phase of the line lifecycle - so handovers are cleaner, decisions are faster, and every team works from the same source of truth.

Pre-construction & Right-of-Way

Map the route, crossings, and parcels, track land class, ownership, and permission status, and confirm which locations are ready before a foundation gang mobilizes.

Pre-construction & Right-of-Way

Map the route, crossings, and parcels, track land class, ownership, and permission status, and confirm which locations are ready before a foundation gang mobilizes.

Construction

Track foundations, tower erection, stringing, and substation build-out against the master schedule, and see a lagging structure's impact on the energization date immediately.

Construction

Track foundations, tower erection, stringing, and substation build-out against the master schedule, and see a lagging structure's impact on the energization date immediately.

Construction

Track foundations, tower erection, stringing, and substation build-out against the master schedule, and see a lagging structure's impact on the energization date immediately.

Worker inspecting solar farm with tablet and thermal camera.

Commissioning & Handover

Run protection testing and energization checklists, close punch lists by structure or bay, and deliver an audit-ready digital handover package.

Commissioning & Handover

Run protection testing and energization checklists, close punch lists by structure or bay, and deliver an audit-ready digital handover package.

Operations & Maintenance

Use drone and thermal inspections to flag hot connections, damaged insulators, conductor sag, and vegetation encroachment, with every repair tied to the structure's history.

Operations & Maintenance

Use drone and thermal inspections to flag hot connections, damaged insulators, conductor sag, and vegetation encroachment, with every repair tied to the structure's history.

Operations & Maintenance

Use drone and thermal inspections to flag hot connections, damaged insulators, conductor sag, and vegetation encroachment, with every repair tied to the structure's history.

Digital Twin

More Than a Map. A Living Model of Your T&D Network.

TaskMapper combines a Map Twin, Equipment Twin, and Process Twin in one relational system. That means every tower, span, conductor, and substation asset can be connected to its design, materials, field updates, quality records, and document history — so every management number resolves back to the asset, dependency, and evidence behind it.

Map Twin

Bring together the route, right-of-way, villages, crossings, facilities, and stringing corridor in one geospatial view, with every construction front shown where it actually is.

Aerial view of a field with rows marked in alternating colors, showing agricultural layout and boundary lines.

Equipment Twin

Track every structure in exact tower sequence, with type, span, soil, foundation, design, quantities, and materials, plus the serialized conductors, insulators, and substation equipment tied to each one.

A digital map displaying various zones with color-coded areas and a sidebar for navigation or information.

Process Twin

Digitize field updates, photos, approvals, quality checks, and document history — then connect them directly to the exact structure or bay on site.

A flowchart illustrating a decision-making process with various branches and color-coded elements.

Workflows

Built for the Work T&D Teams Actually Do

TaskMapper is designed around real line and substation workflows, from right-of-way clearance and foundations to stringing, testing, and handover.

Site Assessment & Design Validation

Compare layout, terrain, and site conditions early so teams can spot constraints before they hit construction.

Construction Monitoring & Schedule Control

QA/QC & Punch Lists

Thermal Analytics

Material Traceability

Digital Handover

Technician in safety gear using a surveying device and tablet displaying a solar farm layout map on a hillside site.

Site Assessment & Design Validation

Compare layout, terrain, and site conditions early so teams can spot constraints before they hit construction.

Construction Monitoring & Schedule Control

QA/QC & Punch Lists

Thermal Analytics

Material Traceability

Digital Handover

Right-of-Way & Front Readiness

See land class, ownership, and legal and permission status parcel by parcel, so foundation gangs only move to locations that are actually clear.

Schedule Import & S-Curves

Foundation, Erection & Stringing

Engineering & Quantities

QA/QC, NCRs & Documents

Substation Testing & Handover

Right-of-Way & Front Readiness

See land class, ownership, and legal and permission status parcel by parcel, so foundation gangs only move to locations that are actually clear.

Schedule Import & S-Curves

Foundation, Erection & Stringing

Engineering & Quantities

QA/QC, NCRs & Documents

Substation Testing & Handover

Mobile + AI

Field-Ready for Crews. Decision-Ready for T&D Leaders.

Field teams can navigate to structures and substations, update foundation, erection, stringing, and electrical work progress, capture geo-tagged photos, complete QA/QC forms, and submit daily field updates directly from site — even across remote corridors. Managers get live network maps, automated S-curves, contractor performance views, and schedule risk insights. With NaaviX AI, teams can ask natural-language questions and move from field updates to faster decisions.

NaaviX prompt examples

Which structures are behind schedule this week?

Is right-of-way clearance complete for Segment 4?

Which substation bays are awaiting protection testing sign-off?

Engineer monitoring solar farm performance analytics and project data on dual screens in a site office overlooking solar panels.

TaskMapper vs. Generic CPM/PMIS vs. Spreadsheets

Built for T&D. Not Adapted for It.

Generic construction tools were never designed for the scale and geography of transmission and distribution networks. If you're evaluating utility asset management software or a digital twin for utilities, here's how TaskMapper compares where it matters most.

Feature

Description

TaskMapper

Generic CPM / PMIS

Spreadsheets

Corridor, Tower, Workflow & Management Control

Structures a network hierarchically — from the whole corridor down to individual towers, spans, and materials — to track lifecycle milestones.

Yes(Native component links)

No(High-level milestone lists)

No(Flattened text entries)

ROW Executable-Front Logic

Ties land-class, legal/permission pipeline, and construction-front status to secured locations so crews always have a ready workfront.

Yes(Instant front readiness)

No(Static ROW register)

No(Blind to terrain and legal status)

Map View + Linear View

Combines geospatial corridor mapping with exact tower-sequence and span-dependency logic in one live dataset.

Yes(Spatially mapped, sequence-aware)

No(Gantt charts detached from GIS)

No(Cannot host heavy media)

Schedule-Linked Corridor Map

Integrates Primavera/MS Project schedules with the GIS map so structures change status as work passes milestones.

Yes(Live schedule-linked map)

No(Manual percentage entry)

No(Requires manual updates)

No-Code Stringing & Substation Checklists

Enforces multi-party sign-off for stringing, torque, and substation testing steps via automated, visual workflow routing.

Yes(Visual flowchart engine)

Limited(Fixed structural templates)

No(Relies on manual email chase)

NaaviX Generative AI Copilot

Answers natural-language questions about a distributed network — e.g., "Which structures are awaiting foundation sign-off?"

Yes(Conversational site assistant)

No(Lacks intelligent semantic search)

No(Completely manual evaluation)

Built for the field, trusted by enterprises

Outcomes

What T&D Teams Measure with TaskMapper

TaskMapper doesn't ask you to take an invented ROI figure on faith. Baseline one metric that matters to your team, prove the change on a live package, and scale only after the evidence is credible.

Reporting — hours per cycle, as manual handoffs get retired.

Data latency — time from a field event to the management view, including how fast a challenged number can be traced back to its source.

Front readiness — how many schedule-ready towers are actually blocked, and why.

Quality — median open NCR ageing and closure evidence completeness.

Engineering — time to retrieve the current design, with full revision and approval traceability.

Adoption — active users by role, plus update cadence and ownership.

Team in a solar company meeting reviewing project performance dashboards and analytics with solar panels visible outside.

Frequently Asked Questions

What is transmission and distribution construction management software?

Can the platform handle long, linear corridors spread across remote terrain?

Does TaskMapper replace our existing GIS, ERP, or scheduling systems?

Does SenseHawk support drone or satellite monitoring of right-of-way and structures?

Is the platform secure enough for critical grid infrastructure data?