ADFP™
(Automated Drone Flying Platform)
Centralized Control
Live mission monitoring
BVLOS
Ready
Ultra-low latency
Smart
Routing
Auto path planning
Mission
Playback
Mission event analysis
Predictive Maintenance
AI-driven monitoring
FAA
Compliant
Safe & Secure
The Future of Autonomous Drone Flying
ADFP (Automated Drone Flying Platform) is an AI-powered platform that enables businesses to efficiently manage their autonomous drone fleets. Designed for seamless communication between command station and fleet of drones, predictive maintenance with FAA Compliance for BVLOS (Beyond Visual Line of Site) operations.
Bulbul ADFP - The Future of Drone Delivery Automation
ADFP (Automated Drone Flying Platform) is an advanced AI-powered and cloud-based solution designed to seamlessly manage autonomous drone fleets. It provides real-time mission control, predictive analytics, and ultra-low latency communication for BVLOS (Beyond Visual Line of Sight) drone operations.
Mission Control & Automation – End-to-End Fleet Management
- Complete Mission Planning: Automate flights from takeoff to landing, ensuring optimized route planning and precise execution.
- Remote Mission Control: Operators can monitor and override missions in real-time, adjusting paths when necessary.
- Dynamic Route Optimization: AI-driven algorithms optimize flight paths in real-time based on weather, airspace conditions, and obstacles.
- Visual Representation: Interactive dashboard showcasing drone position, speed, and ETA with geofencing alerts.
Live BVLOS Video Streaming – Ultra-Low Latency with WebRTC
- Real-Time HD Streaming: Get instant live feeds from onboard cameras for remote monitoring.
- Secure WebRTC Integration: Ensures seamless, low-latency communication for real-time decision-making.
- Dual Streaming Options: View live FPV (First-Person View) for manual control and AI-assisted 360° monitoring.
- Emergency Override: Enables remote pilots to take over and manually fly in case of system alerts.
Emergency responders can monitor live footage from disaster zones, providing real-time situational awareness for faster decision-making.
Predictive Maintenance - AI-Driven Health Monitoring
- Continuous System Diagnostics: AI constantly analyzes drone telemetry data, identifying potential issues before they become critical failures.
- Battery Life Optimization: Monitors battery cycles, prevents over-discharge, and schedules proactive maintenance.
- Hardware & Sensor Integrity Checks: Detects motor wear, sensor drift, and network latency issues.
- Automated Maintenance Alerts: Notifies operators when parts need servicing or replacement based on predictive analytics.
Large-scale drone delivery fleets can reduce downtime and extend drone lifespan by catching maintenance issues early.
Multi-Drone Coordination – Scalable, AI-Optimized Fleet Management
- Simultaneous Drone Operations: Control multiple drones in different locations with a single interface.
- Fleet-Wide AI Optimization: Smart task allocation ensures that the best-suited drone takes each mission.
- Collision Avoidance: AI-powered obstacle detection and rerouting for seamless fleet operation.
- Automated Swarm Management: Drones can operate in sync for complex logistics missions, such as mass medical supply deliveries.
Deploy multiple drones at once to fulfill orders in different areas simultaneously, reducing last-mile delivery times.
Smart Routing & Compliance – Safe and Regulatory-Compliant Flights
- FAA & DGCA-Compliant Routes: Ensures flights adhere to aviation regulations and avoid restricted airspace.
- Geofencing Technology: Prevents drones from entering unauthorized zones or hazardous areas.
- Weather-Integrated Planning: AI analyzes real-time weather conditions to adjust flight paths dynamically.
- Failsafe Landing System: In case of system failure, drones automatically return to base or land in predefined safe zones.
Drones autonomously reroute during bad weather, ensuring package safety and timely deliveries without human intervention.
✦ How ADFP Works ?
Driven by innovation
From mission planning to successful delivery — fully autonomous, fully compliant. Bulbul’s ADFP ensures seamless, intelligent, and safe drone delivery operations. Here's how the platform works step-by-step
ADFP generates autonomous flight plans using real-time data and operational parameters.
- Dynamic Route Mapping
- Obstacle & NFZ Detection
- Redundancy Logic
Before every mission, ADFP ensures total compliance and operational readiness.
- Preflight Checklist
- Compliance Checklist
- Risk Assessment Engine
- RTH Readiness Checklist
Upon clearance, drone lifts off autonomously from the Command Station pad.
- Live Tracking & Telemetry
- BVLOS-Ready
Winch lower down upon reaching to the pickup location and pickup the package.
- Authentication
- Condition Monitoring
Based on route, Winch lower down, package gets delivered, Drone returns back.
- Precision Delivery & Air-Drop
- Delivery Confirmation
- Autonomous Return
- Post-Mission Report
- Auto Recharge
Empower Your Business with Smart, Scalable Drone Delivery Operations !
Get in touch to discover how Bulbul can tailor a drone delivery solution to fit your unique business needs.