Emergency Manager for a large urban university

The scenario is that you are the Emergency Manager for a large urban university. This university is spread over 10 miles and can have up to 30,000 people on the campus at one time. The campus faces many hazards such as tornados, floods, fires, and active shooters.
Recent incidents nationwide have placed pressure on Universities to be prepared for anything. The President of the University has asked you, the University’s Emergency Management Director, to find a way to provide aerial images with infrared capability and be able transmit them back to the EOC. She also wants Chemical, Biological, Radiological, and Nuclear and Explosive (CBRNE) sensor capabilities. She wants to know what your recommendation is, how much it will cost and why you chose the one you did.
(Notice she did not give you a budget – this is a tough target to hit. How much will it cost the Univ. to get CBRNE sensors? Does the University need CBRNE sensors?)
Technology Requirements:
The technology you choose must be able to work in a network of over 100 physical units (Classrooms / Offices / Facilities) over a distance of 10 miles.
Process:
Select Drones. Select 3 or more Drones to evaluate.
I recommend Googling
Professional Drone Ratings
CBRN Drones
Emergency Management Drones

Select Criteria. You must select the criteria for evaluation. You must select a minimum of 5 criteria (you can use more if you want). You must include at least 3 from the list below and come up with at least 2 of your own (again more if you want):
Price : The sticker price of the product
Function – Payload
Function – Video / IR Transmit
Function – Range
Function – CBRNE Sensors
Cost: All the additional costs associated with implementation such as training, or additional hardware requirements.
Reliability: How often does this product fail or is not available?
Security / Encryption
Durability
Determine Weights: You must determine how important each criterion is to you and for the given task. For example, if reliability is the most important it should get the highest weight. Each weight is represented as a percentage (50% = .50). ALL WEIGHTS MUST ADD UP TO 100% or (1 on the sheet).
Rank. Now rank each technology by assigning a score of 1-10 for each criteria. There are no Zeroes. One is the lowest rank you can assign and ten is the highest. Therefore, as an example, a very reliable technology would get a 10 and an unreliable one might get a 1.
Sum. Now for each technology multiply the weight * rank for each criteria and add that to the following criteria. Continue until complete and you should get a score in the TOTAL SCORE cell. Do this for each technology.
Analyze. Determine which technology is ranked the highest. If they are tied or very close do some further analysis? Play with the weights and see if this changes anything.
Deliverable. On 5 or more pages show your final evaluation table and justify your recommendations. Start by answering the following questions:
What technologies did you select? Provide a very short description.
What are your top 2 weighted criteria? Explain why did you select them?
What technology do you recommend be selected for meeting the requirements and why?