
Generation equipment thermal monitoring
Detect transformer and generator temperature anomalies early through frequent autonomous thermal surveys, enabling predictive maintenance.

Electric Utilities
Deploy automated drone docks that execute thermal and visual inspections daily without crew dispatch, transforming periodic compliance checks into continuous condition monitoring for substations and generation facilities.



Detect transformer and generator temperature anomalies early through frequent autonomous thermal surveys, enabling predictive maintenance.

Monitor substation transformers and breakers while providing intrusion verification to prevent copper theft and vandalism.

Automated perimeter patrols with alarm-triggered response deter theft attempts and provide video evidence for prosecution.

Measure clearance distances and detect encroachment around power lines and equipment to prevent vegetation-caused ignitions in fire-prone regions.

Identify damaged insulators, loose conductors, and hotspots that create ignition sources, documenting condition before fire season begins.

Launch automated facility inspections when weather clears to accelerate restart decisions and document damage for insurance claims.

Generate geo-referenced inspection records exceeding mandated frequencies to demonstrate proactive asset management during audits.

Provide aerial visibility during equipment failures or security incidents to support command decisions and accelerate restoration efforts.
Assist utility teams by automatically highlighting thermal anomalies, wildfire ignition risks, equipment defects, and vegetation violations, reducing manual review burden.

Identify temperature outliers on transformers and equipment to enable predictive maintenance before failures cause outages.

Detect corrosion, oil leaks, and structural issues across high-resolution imagery captured at consistent inspection vantage points.

Identify unauthorized personnel, vehicles, and suspicious activity at substations to enable rapid security response and evidence capture.

Measure conductor-to-vegetation distances and predict future violations based on historical growth rates for wildfire prevention.

Identify damaged insulators, arcing equipment, and thermal hotspots creating ignition risks before fire season begins.

Highlight differences between inspections to identify new damage, debris accumulation, or equipment displacement after weather events.

Identify equipment condition trends over time to predict optimal maintenance timing and shift to condition-based strategies.

Distinguish copper theft attempts from authorized access to reduce false alarms and prioritize genuine threats requiring response.
Built to integrate into utility environments across drones, thermal sensors, SCADA systems, and enterprise applications without disrupting existing inspection programs or operational workflows.

Support 24/7 autonomous operations with enterprise-grade drones, weatherproof docking stations, and mission-specific payloads — thermal cameras, zoom lenses, spotlights, loudspeakers, and more — orchestrated across diverse environments through one autonomy platform.
Browse supported hardwareOrchestrate inspection missions, thermal anomaly alerts, AI agents, and maintenance workflows through unified autonomy software.
Explore the platform
Integrate with SCADA, CMMS, outage management, GIS, and vegetation management systems to fit existing utility operations.
Streamline BVLOS and operational approvals with documentation templates and compliance workflows for utility infrastructure environments.
Learn moreFlytBase provides the reliability, intelligence, and operational maturity required to run autonomous drone programs at scale across utility infrastructure.
Operate 150+ autonomous drone deployments with proven uptime and production-grade reliability across utility infrastructure.
Apply computer vision and thermal analytics designed from the ground up for utility operations, not generic retrofitted capabilities.
Meet stringent security requirements with SOC 2 compliance, encrypted transmission, and flexible deployment models.
Support in-country data residency, regional compliance needs, and local language requirements for multinational utility operations.
Run 24/7 unattended dock-based operations without manual piloting or increased operator workload.
Rely on deployment assistance, training, and responsive support teams experienced in utility workflows.
Connect with utility autonomy experts to enable continuous thermal monitoring and faster equipment failure prevention.
