Updated on 29 September 2026
ADVANCED AERIAL AND TERRESTRIAL MONITORING PLATFORM
CEO at ZATTIA
craiova, Romania
About
Project Description
Objectives
- Develop a multifunctional drone platform capable of handling a wide range of tasks and missions.
- Integrate AI algorithms for enhanced image and data analysis, obstacle avoidance, and path planning optimization.
- Ensure compatibility with various data acquisition systems, including cameras, motion sensors, satellite data, and statistical/historical data.
- Provide flexible data processing options, including on-premises servers and cloud-based solutions with online updates.
Characteristics of the Drone Platform
1. Multifunctional Drones: The system includes both aerial and terrestrial drones, customizable based on the specific requirements of the task or mission.
2. Advanced AI Algorithms: Incorporation of sophisticated AI for: image and data analysis, obstacle avoidance, path planning optimization
3. Data Integration: Ability to integrate and utilize data from multiple sources, such as: cameras, motion sensors, satellite data, historical and statistical data
4. Flexible Processing Options: Two primary options for data processing: dedicated servers at the client’s location for on-premises data processing, cloud-based processing for online updates and scalable data handling.
Similar opportunities
Project cooperation
Eye twin for Drone, Robots, XR/VR
Deepak V Katkoria
Project Manager at Logiicdev GmbH
Graz, Austria
Project cooperation
REWEAVE AI | Manufacturing pilots and technology partners sought
- Planning
- Research
- Technical
Ioanna Kasou
EU projects consultant at ZEUS Consulting
Athens, Greece