Navigation
enhancement (RTK, Galileo OSNMA)
Security
Improvement
Scalability,
Versatility and Versatile Application
Standardisation
contribution
SHIELD by Obsidian Innovation Institute
The SHIELD project oversees the development of an advanced drone system component, SHIELD - Secure and High Integrity EGNSS enabled drone, powered by the European Global Navigation Satellite System (EGNSS) to enhance security (anti-spofing), integrity, reliability and precision

- Galileo OSNMA
Outcomes
High Accuracy Navigation: Achieved precise positioning with multi-frequency GNSS, supporting L1, L2, and L5 signals.
Enhanced Security: Integrated Galileo OSNMA for secure, authenticated positioning.
Field Validation: Reached TRL 6 through successful testing in agriculture and critical facility surveillance.
Replicable Design: Developed a modular, scalable system adaptable for various applications.
Challenges Faced
Technical challenges
OSNMA is in the testing phase
System integration (weight and low cost)
Microelectronics programming
Impact (Socio-economic & Environmental)
Socio-economic Impact:
- Enhanced Efficiency: Supports precision agriculture and security, improving productivity and resource use.
- Job Creation: Drives growth in drone technology, agriculture, and security sectors.
- Cost Savings: Reduces operational costs by increasing accuracy and reducing waste.