SECTION IV: Case Study $(30\%$ of Total Grade$)$

Read the case carefully, then answer the two questions followed.

Be clear in your explanation and elaborate your answers when necessary.

SOS Tree

This digital SOS Tree system consists of several smart tree$-$shaped digital towers that are equipped with numerous fire$-$detecting sensors$.$ It will be possible for SOS Tree Chain to automatically detect, track, measure,

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and alert the emergency room of city or town fire stations. The SOS Tree Chain software is based on artificial intelligence. The digital smart towers are built from solid metal, covered with solar panels, and equipped with cameras, sensors$,$ fire and smoke tracking devices, and huge pipes for spraying water. With SOS Tree, water is automatically spread around an area of $500$ metres, protecting several diameters from fires and reducing damaged results. SOS trees are designated for nature reserves. Forests facing desertification and hot areas benefit greatly from it$.$ Biodiversity is protected through the use of SOS Tree System.

Rami and Sally, students at a Lebanese university in the College of Environmental Sciences, joined Joe and Danielle, students in the College of Technology, to plan and design the SOS Tree. But their limited financial capabilities prevented them from creating a prototype three$-$dimensional structural model. Here comes your role dear reader, a student at the College of Business Administration and an environmental activist. You have joined the team to assist them in capturing opportunities from donor organizations. With the help of your entrepreneurship professor, the team succeeded in reaching out incubator association for youth entrepreneurship projects. The association asked the team to provide a business model.

Requirements: Help the team in filling the Business Model Canvas for the SOS Tree.