**Energy resources for drones**
Problem: Drones have short dwell times that limit their duration, variety, and range of missions. It is necessary to find a way to extend their stay.
Examples of solutions: An extension of flight time with high energy density materials, energy management integrated into flight controls, aerodynamics - permanent wing configurations, harnessing renewable energy - solar panels, hybrid propulsion systems, fuel cell integration.

**Autonomy - development of autonomous capabilities for drones and remotely operated tools**
Problem: Human involvement in operating drones requires high skill, processes and training. Furthermore, GPS is required in crowded urban areas, along with the ability to fly at low altitudes and handle obstacles in those environments.
Examples of solutions: Operation in urban environment, flight paths adapted to the area (tree tops, electrical infrastructure, antennas) , ability to operate without GPS and communication.

**Platform reliability - Improving the safety and reliability of drones**
Problem: Drones are less reliable aerial vehicles relative to other aerial platforms, Therefore, there are regulatory restrictions on flying drones.
Examples of solutions: Methods for increasing reliability, technology enables regulation, proposing ideas to prevent failure.

**New applications based on drones and unmanned tools**
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