Havadash provides an API‑first autonomous drone delivery platform that matches incoming orders to a fleet of UAVs and computes optimal bird‑flight routes using real‑time GIS and wind data. The drones perform contactless drop‑offs with visual verification, delivering parcels in 5–15 minutes with near‑zero emissions, while merchants monitor flights via a live dashboard and analytics.
Funding
Funding not disclosed
Founders
Product
Problem
Urban and suburban last‑mile logistics often rely on motorbike couriers, which incur high fuel and maintenance costs, generate noise and emissions, and struggle to meet sub‑hour delivery expectations for time‑critical parcels. Small merchants and healthcare providers lack a scalable, contactless delivery option that can operate reliably in dense environments.
Solution
Havadash offers an API‑first autonomous drone delivery platform that instantly matches incoming orders to a fleet of UAVs. The system computes geospatially optimal bird‑flight routes using real‑time terrain and airspace data, then launches fully autonomous flights over 4G/LTE links for continuous telemetry. Drones execute contactless drop‑offs with visual delivery verification, while onboard obstacle‑avoidance sensors ensure safe navigation around buildings and other hazards. End‑to‑end encryption secures order data, and a web dashboard provides merchants with live tracking, performance analytics, and fleet health monitoring. By replacing motorized couriers, the service delivers parcels within 5–15 minutes at near‑zero CO₂ emissions, lowering operational expenses for businesses that require rapid, reliable fulfillment.
Target Audience
Primary customers are small and medium‑size retailers, large chain stores, and healthcare logistics providers that need fast, low‑cost, contactless last‑mile fulfillment.
Features
- RESTful order‑matching API that ingests e‑commerce or ERP order streams and dispatches the nearest available UAV in seconds
- Autonomous route planning engine leveraging GIS data and real‑time wind modeling to generate the shortest, safest bird‑flight path
- Onboard LiDAR and computer‑vision obstacle detection with dynamic avoidance maneuvers for urban environments
- 4G/LTE telemetry link providing live position, battery state, and flight diagnostics to a merchant‑facing dashboard
- Contactless delivery verification via high‑resolution camera snapshot and QR‑code confirmation sent to the recipient’s device
- Battery health monitoring and pre‑flight feasibility checks to ensure each mission stays within range and payload limits
- Scalable fleet management console with remote firmware updates, usage analytics, and automated maintenance alerts
- Zero‑emission operation delivering cost savings of up to 70 % compared with conventional motorbike couriers