200+ GW of solar and storage managed globally
The Operating System for Solar Projects
One platform to manage every phase of your solar project - replacing spreadsheets, disconnected tools, and manual reporting.
One platform for the entire solar lifecycle



Your solar 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 platform — connecting scattered teams, fragmented workflows, and lifecycle gaps into a single source of truth.
The Solar Value Chain
Empowering every role in the solar value chain.
From pre-construction to repowering, we provide a unified geospatial system of record - connecting scattered teams and siloed data across your entire portfolio.
Our Features
Everything your team needs - in one place
Your project data flows seamlessly from planning through construction to long-term operations — nothing gets lost between phases.
Maps
Tasks
Forms & Workflows
Files & DMS
BI Dashboards
Project Management
Inventory
Mobile App
System Model
Drone Analytics

Your entire project site on an interactive map. Layer drone imagery, satellite photos, and CAD designs. Track progress block by block — visually.
From dashboards to decisions
Purpose-built products for construction intelligence, drone analytics, and AI-powered insights.
TaskMapper
Measuring the heartbeat of the site
Therm
Enhance your solar asset inspections
NaaviX AI
NaaviX — AI copilot for solar data
Drone Analytics
Replace manual site surveys with rapid drone analytics
Sustainability in Numbers
Delivering tangible ROI
Our solution is delivering significant value to solar EPCs and developers globally.
Sites Digitized Across 20+ Countries

Breaking down the silos. The integration engine.
SenseHawk connects your existing tools¹ into one hub — delivering decisions and insights, not just data.
Enterprise security
Enterprise-grade architecture
Built for GW-scale data and strict sovereignty requirements. 10,000+ concurrent users.

Blog & News from the SenseHawk team

From Mechanical Completion to Energization: How TaskMapper Streamlines BESS Commissioning
BESS commissioning is a highly sequential process where hidden construction defects and unresolved punch items collide to threaten your Commercial Operation Date (COD). Spreadsheet tracking leaves teams chasing updates across multiple stakeholders, which directly delays revenue. TaskMapper eliminates this friction by providing a live, location-based verification system tied to a Digital Twin. Every test step, fire safety check, and SCADA validation is tracked against its specific physical asset, mapping dependencies to ensure prerequisites are met. Technicians close punch items using a mobile-first workflow with geolocated photo evidence, creating a real-time readiness dashboard for leadership and an automatically archived, audit-ready history for long-term O&M.

Quality Is the First Line of Defense: Digitizing BESS QA/QC with TaskMapper
BESS assets are high-risk; a single poor cable termination or unsealed enclosure can trigger major operational failures. Traditional paper checklists detach quality issues from their physical locations, creating tracking gaps that delay commissioning. TaskMapper replaces this fragmentation with a centralized digital QA/QC workflow where every inspection and defect is pinned directly to its exact location on the Digital Twin. Field teams use standardized checklists and upload geolocated, "before-and-after" photos to verify defect remediation. This captures audit-ready quality records at the source, helping managers spot systemic issues early, eliminate costly rework, and ensure seamless asset handover.

From Megawatts to Milestones: How TaskMapper Helps De-Risk BESS Construction
BESS construction is a complex puzzle of tight civil, mechanical, and electrical dependencies that quickly stall when updates are buried in scattered spreadsheets. TaskMapper closes this visibility gap by bringing project controls into a live geospatial environment linked to a Digital Twin. Instead of vague percentage updates, every task—from foundation readiness to SCADA setup—is tracked by its exact location. Field crews log geotagged photos and manage contractor dependencies in real-time, while integrated drone imagery allows the office to instantly verify progress, ensuring a faster, risk-free path to grid energization.

Closing the BESS Visibility Gap: Why Digital Twins are Essential for Storage O&M
As BESS capacity targets 110 GWh by 2030, traditional solar O&M is struggling to catch "invisible" battery risks like thermal anomalies and enclosure seal failures. SenseHawk closes this gap by converting aerial thermal and RGB data into a Digital Twin, where every defect is georeferenced and instantly turned into a task in TaskMapper. This allows technicians to navigate directly to high-voltage risks and document repairs in real-time, moving from reactive troubleshooting to a proactive, audit-ready health record. By integrating automated monitoring, asset owners optimize uptime and mitigate catastrophic failures before they impact the bottom line.

Stop Scrambling at Mechanical Completion. Your Wind Handover Binder Should Build Itself
The "Handover Binder" is the final, dreaded hurdle of wind construction, often involving a weeks-long scramble to scan coffee-stained checklists and chase missing signatures. TaskMapper eliminates this nightmare by making the binder build itself from Day 1. As field teams complete digital forms on-site, the system automatically generates polished, signed PDFs and files them into the correct folders. Because every record is linked to the Digital Twin, the final QC history is already organized by the time you reach mechanical completion. This transforms the handover from a frantic fire drill into a seamless transition, giving O&M teams a fully traceable health record for every turbine.

The Million-Dollar Crane is Waiting: Why Wind Logistics Can't Live in Excel
Wind logistics fail when data silos hide the fact that a million-dollar crane is waiting on tower sections "lost" in a 50-acre laydown yard. While solar projects can absorb minor delays, wind construction is unforgiving—if a serialized blade set isn't at the pad, the crane sits idle at a massive daily cost. TaskMapper eliminates this by integrating Advanced Shipment Tracking and Laydown Yard Traceability directly into the Digital Twin. By linking every 100-ton nacelle and 60-meter blade to its exact GPS location and schedule, TaskMapper ensures materials are where they need to be the moment the crane is ready, preventing expensive "coordination tax" and schedule slips.
Frequently Asked Questions
Can SenseHawk handle GW-scale portfolios?
Does the platform support hybrid Solar + BESS sites?
Does SenseHawk support turbine blade inspections?
Is the data secure for sensitive infrastructure?
Does the platform work offline?









































