Jedsy provides autonomous, renewable‑energy‑powered drones that deliver medical supplies, pharmaceuticals, and diagnostic samples directly to a window‑mounted mailbox, eliminating ground transport delays. Their fault‑tolerant glider design, night‑flight capability, and certified operation over populated areas enable fast, low‑cost, and sustainable logistics for hospitals, clinics, and laboratories.
Funding
$5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Healthcare providers often face delays and high costs when transporting medical supplies, samples, and urgent medications to urban clinics or remote locations, especially where traditional road or boat logistics are slow, expensive, or unavailable.
Solution
Jedsy operates a fleet of autonomous drones powered by renewable energy to deliver medical goods quickly and sustainably. The drones can land on a specially designed mailbox attached to any window, eliminating the need for ground transport, parking, or long walks. Their fault‑tolerant glider design and optional pilot takeover ensure safe operation even if a component fails. The system supports night flights and wind speeds up to 54 km/h, and is authorized for over‑populated urban airspace, extending reach to dense city centers. Data privacy is protected by blurring camera feeds, limiting operator view to need‑to‑know information, and storing onboard video for only one day. Continuous noise‑reduction engineering makes the drones suitable for sensitive environments.
Target Audience
Primary customers are hospitals, clinics, laboratories, and medical logistics providers that require rapid, cost‑effective transport of pharmaceuticals, diagnostic samples, and emergency supplies.
Features
- Renewable‑energy‑powered drones with a 120 km range, capable of delivering to both urban and remote sites
- Window‑mounted Jedsy Mailbox enabling direct, hands‑free drop‑off at virtually any building façade
- Fault‑tolerant glider architecture that can land safely after a component failure, with optional remote pilot takeover
- Certified for flight over populated areas, night operations, and wind conditions up to 54 km/h
- End‑to‑end privacy controls: camera streams are blurred during takeoff/landing, operators see only essential data, and video is retained for a single day
- Minimal acoustic footprint achieved through aerodynamic optimization, silent start mechanisms, and ongoing noise‑reduction updates
- Cloud‑based logistics platform that tracks deliveries, optimizes routes, and provides real‑time status to healthcare facilities