Connectivity Excellence Across IoT Devices for Sustained Performance

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Scope : Baselining urgency & value proposition for IoT devices, relating to SW Quantifying unexpected downtime relating to SW updates Generating Pugh Matrix to form the basis toward App design & development Mapping process for App design & development, including integration with systems Design test plan to include already purchased & to-be purchased IoT devices Testing App for robusteness across available device types & manufacturers Finalizing App design to meet standard platform compliances for commercial use End Game : (a) New IoT Device Purchase Decision Making (b) Existing IoT Device Owners to Leverage SW Updates.

Cybersecurity Excellence Solutions for WiFi Router Security Systems

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Scope : Researching Router Systems in small, medium & large business environments. Assessing using Internet resources on how to evaluate router security risks https://routersecurity.org/testrouter.php Writing a short report of general awareness on Hacker Risk to Router Systems. Extracting quantitative & qualitative data on Router System Security for awareness. Interpreting Data on Router System Security for a risk-minimization action plan. Minimizing Access to Scammers of Home Security Systems Via IoT. Charting a design QR Code commercial plan identifying Cybersecurity Solutions. Budgeting for QR Code work related to potential solutions, including maintenance.

Predictive Analytics For VFA Related Wellness

NOTE: Students & Instructors are encouraged to read & review our AFAQs . Scope: Our goal is to extract established quantitative impact of excessive Visceral Fat Accumulation (VFA) on increased risk of early onset (or premature occurrence) of diseases via mathematical modelling. This leveraging is to be used in a non-invasive system of ours to assess incremental VFA in patient’s biological system as opposed to conventional invasive detection techniques. Reviewing available literature and established studies on quantitative models predicting VFA (Visceral fat Accumulation) Extracting literature with published graphical relationships and quantitative information relating to VFA Seeking access to clinical databases on causal factors for VFA Generating predictive analytics using this data to assist employees in assessing risk to VFA related illnesses.

Integrating Email Messages Via Project Execution To Maximize Productivity

Notes: Students & Instructors are encouraged to read & review our AFAQs . Please review student incentives available, upon successful Project completion. Scope : Email Message Handling System for Efficiency and Effectiveness Baselining current frequency of Bulk, Junk and Spam Emails including Inbox Emails from Unacquainted Sources Quantifying gaps leading to 3Ds (Defects, Delays and Deviations) in any Incoming Email Receiving Process Designing and Developing an AI Based System to Address Any Incoming Email With An Appropriate Response Animating (via Microsoft Power Point) The Process of Receiving and Handling Emails With Relevant Responses Testing and Launching an App to Handle Emails For Efficiency & Effectiveness -Sustaining Email Processing Efficiency and Effectiveness Via A System End Game : Response To Emails Leads to Project Engagement. Any incoming email will be directed toward an opportunity to a ==> Initiate a New Project or b ==> Maintain an Ongoing Project or c ==> Close an Ongoing Project Successfully d ==> Prevent Further Non-Value Added Activities e ==> Avoid Further Engagement via Email (s