Safesky Systems designs and manufactures autonomous unmanned aerial systems for defence and security missions. Their platforms combine high‑precision navigation, robust reliability, and tactical strike capability to support intelligence gathering, surveillance, and sovereign defence operations in demanding environments.
Funding
Funding not disclosed
Founders
Product
Problem
Military and security forces often lack autonomous aerial platforms that can operate reliably in contested, GPS‑denied environments while ensuring data sovereignty and compliance with allied procurement standards. Existing drones may depend on foreign components or vulnerable communication links, limiting their survivability and tactical effectiveness.
Solution
Safesky Systems develops defense‑grade unmanned aerial systems (UAS) that combine edge‑based AI autonomy, modular payload bays, and ruggedized carbon‑fiber airframes. The platforms process sensor data onboard for real‑time object detection, swarm coordination, and GPS‑denied navigation, reducing reliance on insecure datalinks. All hardware is built under NDAA‑compliant, sovereign supply chains in dual manufacturing hubs in Australia and the United States, guaranteeing secure components and rapid scalability. Operators can deploy the drones for ISR, electronic‑warfare‑resilient surveillance, and kinetic strike missions, with endurance up to 120 minutes and ranges up to 50 km. The systems are designed for easy integration of mission‑specific payloads, enabling flexible adaptation to evolving tactical requirements.
Target Audience
Primary customers are defense ministries, armed forces, and allied government agencies requiring secure, autonomous UAS capabilities for ISR, electronic‑warfare, border security, and tactical strike missions.
Features
- Edge AI autonomy with onboard object detection, swarm coordination, and GPS‑denied navigation
- Modular payload architecture supporting up to 2 kg of mission‑specific sensors or effectors
- NDAA‑compliant, sovereign component supply chain with no reliance on adversarial networks
- Rugged carbon‑fiber airframe and hardened avionics for survivability in contested environments
- Dual production facilities in Australia and the United States for supply‑chain redundancy and rapid scaling
- Integrated electronic‑warfare resistance and resilient communications for LOS and LTE/5G links
- Flight performance options ranging from 40‑120 min endurance and 2‑50 km range across multiple platform variants