Aerial view of a large utility-scale solar farm under construction, with long rows of solar panels stretching across a desert landscape and construction vehicles and workers visible between the arrays at sunset.

See Construction Progress as It Happens

Replace manual reporting with high-resolution aerial visibility across your civil, mechanical, and electrical workfronts. SenseHawk turns drone scans into decision-ready progress metrics, linking directly to your field workflows and project schedule for automated, real-time S-curves.

Talk to an Expert

See Construction Progress as It Happens

Talk to an Expert

See Construction Progress as It Happens

Talk to an Expert

Built for the field, trusted by enterprises

Worker in a hard hat and safety vest holding a tablet at a solar farm construction site, with rows of solar panels, cranes, and crew members working in the background at sunset.

Drone Monitoring

Drone Analytics That Drive Enterprise Value

Construction Monitoring is where aerial data becomes operational. Instead of waiting on disconnected reports, teams can see actual progress from the first pile to the last module, compare movement across workfronts, and make faster decisions when execution starts to drift.

Real-Time Progress Visibility

See actual construction progress across civil, mechanical, and electrical workfronts. Track movement from first pile to last module with high-resolution aerial clarity.

Connected to Project Operations

Drone insights flow into the same system used for schedules, QA/QC, and field workflows. No disconnected reports - everything lives in one geospatial record.

Schedule-linked Intelligence

Connect aerial progress to Primavera P6 or MS Project baselines. Generate real-time S-curves and give planners live visibility into what’s on track and what’s slipping.

Construction Visibility

Track The Work That Matters Most

Monitor visible progress across civil, mechanical, and electrical workfronts with high-resolution drone data connected directly to maps, workflows, and the project schedule.

Civil Progress

Mechanical Progress

Electrical Progress

Progress Reporting

Map view displaying various red-highlighted areas, with a sidebar on the left providing additional information.

Monitor roads, grading, fences, and other visible civil activity across the site.

Construction Visibility

Track The Work That Matters Most

Monitor visible progress across civil, mechanical, and electrical workfronts with high-resolution drone data connected directly to maps, workflows, and the project schedule.

Civil Progress

Mechanical Progress

Electrical Progress

Progress Reporting

Monitor roads, grading, fences, and other visible civil activity across the site.

Construction Visibility

Track The Work That Matters Most

Monitor visible progress across civil, mechanical, and electrical workfronts with high-resolution drone data connected directly to maps, workflows, and the project schedule.

Civil Progress

Mechanical Progress

Electrical Progress

Progress Reporting

Monitor roads, grading, fences, and other visible civil activity across the site.

Schedule Intelligence

Connect Drone Progress to the Project Schedule

Drone monitoring becomes far more valuable when it is tied to the schedule. With TaskMapper, aerial progress can be connected to Primavera P6 or MS Project baselines through construction workflows, giving planners and project teams a live bridge between field reality and schedule logic. That means faster updates, schedule-linked S-curves, and a clearer view of what is on track, what is slipping, and where intervention is needed.

Track planned vs. actual movement in real time

Generate schedule-linked S-curves and dashboards

Link visible field progress to P6 or MS Project activities

Give project controls teams better site intelligence for recovery planning

Workflow

From Groundbreaking To Grid Operations

Four Steps from Aerial Capture to Operational Intelligence. SenseHawk turns drone imagery into structured progress data that teams can track, analyze, and act on - all connected to your project schedule and workflows.

A land surveyor standing in an open field reviewing blueprints, with measuring equipment and marked stakes in the background.

Capture

High-resolution drone flights capture current site conditions across active workfronts.

Capture

High-resolution drone flights capture current site conditions across active workfronts.

Process

Imagery is processed on SenseHawk’s analytics platform and translated into structured construction insights.

Process

Imagery is processed on SenseHawk’s analytics platform and translated into structured construction insights.

Process

Imagery is processed on SenseHawk’s analytics platform and translated into structured construction insights.

A large construction site with multiple workers installing rows of solar panels, heavy machinery operating, and a crane under a sunset sky.

Two technicians wearing safety gear inspecting and testing an open electrical control panel at a solar farm, with rows of solar panels in the background.

Monitor

Visible activities are mapped and quantified so teams can review progress by area, activity, and workfront.

Monitor

Visible activities are mapped and quantified so teams can review progress by area, activity, and workfront.

Act

Insights flow into TaskMapper for reporting, schedule tracking, workflow updates, and stakeholder visibility.

Act

Insights flow into TaskMapper for reporting, schedule tracking, workflow updates, and stakeholder visibility.

Act

Insights flow into TaskMapper for reporting, schedule tracking, workflow updates, and stakeholder visibility.

A technician kneeling beside solar panels using a thermal imaging device connected to a laptop to monitor panel performance in a solar energy installation.

Terrain Monitoring

Terrain Monitoring for Better Execution Decisions

Drone Construction Monitoring can also support terrain visibility during active execution. By bringing orthomosaics, DEMs, and terrain data into TaskMapper, teams can monitor changing site conditions, support cut/fill analysis, compare field conditions to design intent, and identify deviations earlier. This helps construction teams plan workfront readiness more effectively and reduce downstream rework.

Monitor earthwork and terrain changes over time

Support cut/fill visibility during construction

Compare actual site conditions against design layouts

Improve planning for access, grading, and execution readiness

A woman works on a laptop displaying a global solar operations dashboard, seated at a desk in a bright office with solar panels visible outside the window.

SWPPP Monitoring

SWPPP Monitoring for Runoff, Erosion, and Compliance Visibility

In regions where SWPPP compliance is critical, drone monitoring can also be used to track site conditions that affect erosion control and runoff management. SenseHawk helps teams visually monitor silt fence integrity, water levels, and broader site conditions so compliance risks can be identified early and documented clearly. This makes SWPPP monitoring part of the same connected construction record instead of a separate process.

Identify Erosion and Runoff-related Site Changes

Monitor Silt Fence Gaps and Breach Risks

Track Water Levels in Silt Ponds

Support Documentation and Field Follow-up Workflows

Connected Platform

More Than Imagery. A Connected Construction Workflow

TaskMapper turns drone monitoring into something project teams can actually operate from. Aerial data is not left in separate files or reports - it becomes part of the same system used for maps, schedules, field workflows, QA/QC, dashboards, and project visibility.

Single Source of Truth

Drone insights flow directly into TaskMapper alongside schedules, quality workflows, and field updates. No disconnected reports - everything lives in one geospatial system of record.

From Observation to Action

Connect aerial progress to work orders, punch lists, schedule updates, and contractor workflows. Move seamlessly from seeing an issue to assigning follow-up - all in the same platform.

Stakeholder Alignment

Give field teams, planners, executives, and owners access to the same live aerial data. Everyone works from one connected view instead of managing separate drone deliverables.

Outcomes

What Teams Get From Drone Construction Monitoring.

Faster Visibility Into Actual Site Progress

Better Alignment Between Field Execution and the Schedule

Reduced Manual Reporting Effort

Earlier Detection of Deviations and Workfront Risk

Stronger Coordination Across Project Teams

Clearer Documentation for Stakeholders and Leadership

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

Built to Deliver Measurable Impact

Sites Digitized Across 20+ Countries

Savings per 100 MW Project

$0k

Savings per 100 MW Project

$0k

Through Schedule Acceleration and Faster Project Delivery

0-5x

Through Schedule Acceleration and Faster Project Delivery

0-5x

Frequently Asked Questions

Do I need to hire my own drone pilots?

How long does it take to process drone imagery?

What file formats do you support?