Autonomous Drone Platform for Mining Safety and Operational Excellence
Deploy automated drone inspections of equipment, conveyors, haul roads, and blast zonesāreducing costly downtime through preventive maintenance while enabling continuous operational oversight.

Transform mine safety from reactive response to continuous oversight
Emergency repairs to planned maintenance
Continuous equipment monitoring enables condition-based maintenance scheduling, reducing spare parts inventory while preventing production-stopping failures.
Ground surveys to aerial intelligence
Automated missions capture comprehensive site data without mobilizing survey crews, eliminating production disruptions and accelerating decision-making.
After-hours vulnerability to continuous protection
Nightly perimeter patrols with thermal detection identify intrusions and equipment theft attempts, protecting high-value assets without additional security personnel.
Slow clearances to rapid verification
Post-blast hazard assessment happens immediately after all-clear, identifying misfires and unstable ground before personnel re-entry and production resumption.




FlytBase AI agents built for mining operations
Assist operations and safety teams by automatically highlighting critical details during incidents, reducing manual review burden and supporting faster decisions.

Equipment wear detection
Identify structural cracks, component damage, belt wear, and mechanical failures on conveyors, crushers, trucks enabling preventive maintenance.

Thermal anomaly identification
Detect overheating motors, bearing failures, electrical hotspots, and equipment malfunctions before catastrophic failure and production loss.

Structural change detection
Compare aerial imagery over time identifying slope movement, settlement, erosion patterns, and infrastructure degradation critical for monitoring.

Conveyor condition analysis
Analyze belt alignment, roller condition, material spillage, and structure integrity automating routine inspection documentation and prioritizing repairs.

Stockpile boundary mapping
Generate precise stockpile boundaries from aerial imagery enabling accurate volume calculations and inventory tracking without manual surveying.

Haul road surface assessment
Identify potholes, washouts, debris accumulation, and drainage issues enabling proactive road maintenance before equipment damage or delays.

Security threat detection
Detect unauthorized vehicles, personnel in restricted zones, equipment tampering, and theft activities during after-hours patrols with alerts.

Blast zone hazard identification
Analyze post-blast areas identifying misfires, unstable ground, debris hazards, and access obstructions before personnel clearance and re-entry.

Equipment wear detection
Identify structural cracks, component damage, belt wear, and mechanical failures on conveyors, crushers, trucks enabling preventive maintenance.

Thermal anomaly identification
Detect overheating motors, bearing failures, electrical hotspots, and equipment malfunctions before catastrophic failure and production loss.

Structural change detection
Compare aerial imagery over time identifying slope movement, settlement, erosion patterns, and infrastructure degradation critical for monitoring.

Conveyor condition analysis
Analyze belt alignment, roller condition, material spillage, and structure integrity automating routine inspection documentation and prioritizing repairs.

Stockpile boundary mapping
Generate precise stockpile boundaries from aerial imagery enabling accurate volume calculations and inventory tracking without manual surveying.

Haul road surface assessment
Identify potholes, washouts, debris accumulation, and drainage issues enabling proactive road maintenance before equipment damage or delays.

Security threat detection
Detect unauthorized vehicles, personnel in restricted zones, equipment tampering, and theft activities during after-hours patrols with alerts.

Blast zone hazard identification
Analyze post-blast areas identifying misfires, unstable ground, debris hazards, and access obstructions before personnel clearance and re-entry.
Designed to work with your mining operations stack
Built to integrate into mining operations across hardware, software, and regulatory environments without disrupting existing dispatch, safety, or planning systems.
Drones and Docks
Support continuous autonomous operations using enterprise-grade drones and weatherproof docking stations across harsh mining environments.

Payloads and Accessories
Extend operational capability with thermal cameras, zoom lenses, LiDAR sensors, and mission-specific payloads for inspection requirements.

FlytBase Drone Autonomy Platform
Orchestrate missions, automation, AI agents, and workflows through a unified autonomy platform designed for 24/7 mining operations.

Apps and Intigrations
- SCADA systemsFleet managementVMS platformsMine planning softwareEnterprise applications to fit existing operational workflows.
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.









