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The recognition and acknowledgment of the wildfires are of high significance, especially in countries such as Australia due to its intense bionetwork. Prompt bushfire detection is crucial to fire management as elimination of fire is quicker and more effective when the fires are on a small scale. Immediate detection allows emergency management to compose decisions that will save lives, time, and any loss. The imperceptible escalation in satellite sensory technologies has paved the way for opportunities in forestry monitoring and management practices requiring greater fidelity data on burning and other fire activities. The use of satellite imagery for fire detection is vital for the identification of emission approximations and bio conservatives studies. This composition uses the open source Near Real Time (NRT) data provided by the active fire map of Fire Information for Resource Management System by NASA. We used the Visible Infrared Imaging Radiometer Suite (VIIRS) instrument mounted on the Suomi National Polar-orbiting Partnership (NPP) satellite that compiles and processes visible images along with infrared images that depict the geographical data. A Gridded Fire Hotspot sensor was also employed to identify the major fire hotspots of the country as well as provide data on the 2019-2020 bushfire season of Australia. In this paper, the received data is then analyzed further and monthly developments are observed and compared with the statistics.

Nowadays we are finding newer and newer efficient ways to carry out tasks by using the concept of automation and machinery combined. One of the ways to accomplish such a task is by using a quadcopter. It can accomplish a vertical trip in a steady way and be utilized to screen or gather information in an explicit area, for example, mapping landscapes. Mechanical advances have diminished the expense and increment the execution of the low power microcontrollers that enabled the overall population to build up their very own quadcopter. The objective of this venture is to manufacture, change, and make enhancements in the control configuration of the quadcopter to acquire stable flight. The objective of this paper is to incorporate Wi-Fi communication in controlling the quadcopter by using an inexpensive microcontroller as a flight computer and develop an HTML webpage to receive the video-feed transmitted from the mobile phone camera fixed on the quadcopter.

Unmanned Ariel vehicles are very exciting for all, and can be used by anyone; it provides a new perspective to the modern world. Misuse of drone's leads to warfare then epitomizes altogether different effect and possibly followed uncontrolled threat to society at large. UAE have been coming up with regulation to restrict and monitor the use of non-commercial usage on emerging technologies. The paper aims to address regulation, requirements, restriction, and to discuss legislation on civil aviation and flight activities on drones.