Detect panel failures and equipment faults weeks before costly shutdowns
Deploy continuous aerial monitoring across your portfolio at a fraction of quarterly crew mobilization costsāautomated docks eliminate travel, setup, and coordination overhead.
Trusted by leading solar operators worldwide
Transform solar O&M from reactive inspections to predictive maintenance
Fixed infrastructure replaces recurring crew costs
Same dock deployment handles panel inspections, equipment thermal monitoring, security patrols, and vegetation surveysāeliminating multiple specialized crew visits per quarter.
Construction delays to predictable timelines
Daily automated flights monitor progress, catch installation defects, and map underground cabling before burialāreducing rework costs and maintaining accurate as-built documentation.
Security alarms to instant confirmation
Perimeter alerts and equipment anomalies receive aerial verification within minutes, eliminating false dispatch and enabling immediate threat assessment.
Growing portfolios without growing headcount
Add megawatts under management without proportional inspection staff increasesāautomated monitoring scales across distributed sites from single operations center.
Purpose-built for solar asset management operations
Panel health monitoring
Detect soiling, micro-cracks, hot cells, and physical damage before SCADA shows efficiency losses across entire farm.
EPC construction monitoring
Track daily progress, document underground cabling before burial, and catch installation defects supporting change orders and accurate commissioning handoffs.
Equipment thermal surveillance
Identify inverter, transformer, and electrical panel failures weeks before shutdown through automated night thermal monitoring.
Tracker alignment verification
Detect stuck motors and mechanical drift throughout day, reducing diagnostic time from days to hours.
Security and theft prevention
Nightly perimeter patrols with rapid alarm verification protect copper wire, inverters, and equipment at remote sites.
Vegetation and fire risk
Monthly monitoring identifies clearing zones based on actual growth, targeting 40-60% of site for fire risk mitigation.
Storm damage assessment
Automated post-storm missions complete site documentation in hours instead of days, accelerating insurance claims and repairs.
Work verification and quality
Pre/post documentation for cleaning, vegetation clearing, and repairs provides objective contractor performance verification.
FlytBase AI agents built for solar operations
Assist solar O&M teams by automatically highlighting panel defects, equipment anomalies, and site risks, reducing manual video review burden.
Panel defect detection
Identify micro-cracks, hot cells, delamination, broken glass, and bypass diode failures with confidence scoring for crew prioritization.
Equipment thermal analysis
Establish baseline signatures for inverters and transformers under load, flagging thermal anomalies before equipment failure occurs automatically.
Soiling level assessment
Quantify soiling accumulation across panel zones to enable data-driven cleaning scheduling instead of calendar-based approaches.
Tracker alignment verification
Compare actual versus expected tracker positions throughout day to identify mechanical drift requiring maintenance intervention.
Historical comparison
Compare current thermal and visual data against historical baselines to flag equipment changes requiring investigation or maintenance action.
Vegetation encroachment detection
Cross-reference thermal anomalies with SCADA production data to validate findings and prioritize maintenance interventions.
Security threat detection
Detect unauthorized vehicles, personnel, and activities during nightly patrols with automated alert generation for rapid verification.
Automated evidence packaging
Generate GPS-tagged visual proof with timestamps, severity classification, and recommended actions ready for crew deployment.
Panel defect detection
Identify micro-cracks, hot cells, delamination, broken glass, and bypass diode failures with confidence scoring for crew prioritization.
Equipment thermal analysis
Establish baseline signatures for inverters and transformers under load, flagging thermal anomalies before equipment failure occurs automatically.
Soiling level assessment
Quantify soiling accumulation across panel zones to enable data-driven cleaning scheduling instead of calendar-based approaches.
Tracker alignment verification
Compare actual versus expected tracker positions throughout day to identify mechanical drift requiring maintenance intervention.
Historical comparison
Compare current thermal and visual data against historical baselines to flag equipment changes requiring investigation or maintenance action.
Vegetation encroachment detection
Cross-reference thermal anomalies with SCADA production data to validate findings and prioritize maintenance interventions.
Security threat detection
Detect unauthorized vehicles, personnel, and activities during nightly patrols with automated alert generation for rapid verification.
Automated evidence packaging
Generate GPS-tagged visual proof with timestamps, severity classification, and recommended actions ready for crew deployment.
Designed to work with your deployment stack
Built to integrate into real-world solar deployments across hardware, software, and regulatory environments without disrupting existing SCADA systems or O&M workflows.
Drones and Docks
Support continuous autonomous operations using enterprise-grade drones and all-weather docking stations across diverse solar environments.
Payloads and Accessories
Extend inspection capability with thermal cameras, zoom optics, multispectral sensors, and mission-specific payloads for comprehensive monitoring.
FlytBase Drone Autonomy Platform
Orchestrate missions, automation, AI agents, and workflows through unified autonomy platform designed for solar operations.
Apps and Integrations
- Integrate with SCADA systemsCMMS platformsWeather servicesSecurity VMSPix4DDroneDeploy
Regulatory Approvals
One platform for enterprise-scale public safety drone autonomy
FlytBase provides the reliability intelligence and operational maturity required to run autonomous drone programs at scale across mission-critical public safety environments.
Proven at Scale
Operate 150+ autonomous drone deployments with proven uptime and production-grade reliability.
AI-First Architecture
Apply AI and computer vision designed from ground up for public safety operations.
Enterprise-Grade Security and Compliance
Meet stringent security requirements with SOC 2 compliance and flexible deployment models.
Local Product and Data Sovereignty
Support in-country data residency regional compliance needs and local language requirements.
True Autonomy
Run 24/7 unattended dock-based operations without manual piloting or increased operator workload.
Dedicated Enterprise Support
Rely on deployment assistance training and responsive support teams experienced in public safety.
