SKYBER® Aerospace offers a scalable, end‑to‑end software stack for UAVs that combines precision sensors, AI‑driven analytics, and autonomous flight control, all hosted on Microsoft Azure for encrypted data transmission and multi‑layer security.
Funding
Funding not disclosed
Founders
Product
Problem
Industries such as agriculture, mining, and infrastructure often rely on manual data collection or legacy aerial platforms that lack real-time analytics, secure data handling, and autonomous operation, leading to inefficient workflows and limited insight quality.
Solution
Skyber Aerospace delivers a scalable, end‑to‑end software stack for unmanned aerial vehicles that integrates precision sensors, AI‑driven analytics, and autonomous flight control. Hosted on Microsoft Azure, the platform provides encrypted data transmission, multi‑layer security, and continuous monitoring. Onboard edge computing enables real‑time object detection, smart reporting, and adaptive mission planning, while the ground control system offers operators intuitive oversight and command. The solution can be customized for sector‑specific payloads, RTK‑enabled navigation, and swarm capabilities in GNSS‑denied environments, producing high‑accuracy data and actionable insights for critical missions.
Target Audience
Primary customers are enterprises in agriculture, mining, and infrastructure that require autonomous aerial data collection, real‑time analytics, and secure, high‑precision UAV solutions.
Features
- AI‑powered analytics pipeline that automates data processing, generates analytical reports, and performs advanced object detection in real time
- Integrated precision sensors and RTK navigation for sub‑centimeter positioning and high‑fidelity data capture
- Autonomous flight controller with edge computing chipset for on‑board decision making and mission adaptation
- Secure cloud backend on Microsoft Azure with encryption, multi‑layer security protocols, and continuous monitoring
- Ground Control System (GCS) offering real‑time telemetry, mission planning, and operator interface
- Custom UAV design and in‑house prototyping, including carbon‑fiber or composite frames, modular payload integration, and swarm operation support