## 9 Future Trends: Drone Data Services
### Environment Sector  
Basic Services include elements related to the swarm characteristics, control unit devices and with the management of information and obtained data on each one of the missions, as well. Regarding the swarm's element, all the drones have the following characteristics: each drone is dust and water proof with a longer battery life for longer flights, weighs 250 g and has an HD camera system with a resolution of 1080 \(\times\) 720 pixels and 180-degree sensor coverage; they can reach a maximum height of 80 m and a maximum speed of 20 m/s; and they have 60 min of absolute flight autonomy and all around-terrain coverage of 40 m.  
As for the control unit, each swarm has been designed to fulfill a specific flight mission that has to be previously programed directly from the control unit. Each control unit contains algorithms inspired on pre-existing nature swarms, (known as bio-inspired), which facilitates the correct development of the mission and improves the collective intelligence of each swarm. Regarding some of the nature-based algorithms, there are genetic and particle optimization types. This specific type of service is focused on the identification of forest and jungle areas, access to hard-to-reach lands and the monitoring of identified areas. Regarding management of the obtained data, this service allows establishing a medium level of scalability with interaction between the cloud and the distributed architecture.  
Intermediate Services: The intermediate one includes the same elements that constitute the basic service (swarm characteristics, control unit devices, management of in-formation and obtained data) with a few changes in the quality on each one [53].  
Advanced services: As with the intermediate and the basic service, the advanced service counts with the same kind of elements (swarm characteristics, control unit devices, management of information and obtained data) with some improvements and better quality [54].  
Plus and extra services: multimedia flight data management, mission planning, budget management and control, storage, administration tools multimedia services, security, identity and compliance, machine learning, block chain records, augmented and virtual reality, application integration, business productivity, streaming and desktop applications, IoT clout, intelligent data analytics, reporting, data-driven decision, backup, image editing, swarm pilot training, photogrammetry training, swarm customization, rendering-reconditioning of the swarm, hybrid drones with solar panels in the housing, charging and recharging stations, grapheme batteries, collective intelligence and in-flight machine leading.  
Swarm characteristics: All drones have the following characteristics: water and dust resistance, high temperature resistance, resistant control screen, flight stabilization, weight of 200 g per unit, UHD 4K camera, longer battery life for longer flights, sensor coverage of 360 degrees, a maximum speed of 80 m/s, a flight high-limit of 120 m, a coverage of 80 m and 120-min of absolute flight autonomy.  
Control unit: The advanced service counts with all of the bio-algorithms mentioned (genetic ones, particle differentiation, bees and ants). This type of service is focused on forest fire detection, the identification of its possible causes, fire risk mitigation, photographic records and night-based navigation.  
Management of the obtained data: this service allows to establish a medium level of scalability, the acquisition of a mash-up between the cloud and the distributed architecture, the storage of structured, non-structured data on a distributed platform, an advanced analysis functions with computing power, obvious accessibility and analytical capacity derived from a more specific algorithm.