An educational entity requested a solution that is capable of auditing their workstations. Their primary goal is to monitor logins to ensure that workstations are not being accessed after open hours. The ideal solution would also generate and send emails as alerts.
Expanding on the original scope of the solution, LibreNMS was chosen for its capability to monitor events at a system level through syslogs as well as provide a centralized, web-accessible platform to analyze overall network traffic, addressing information, and system specifications. Batch scripts were written to automate the configuration of the workstations’ SNMP and syslogs. A combination of batch scripts and task scheduling were used to identify workstation logins at specific times.
Project Student: Keith Cornell
A transparent proxy server was created and implemented. The purpose of the transparent proxy is to reduce bandwidth and increase download speed. A virtual machine utilizing pfSense (a Linux based firewall) with a Squid transparent proxy add-on was created to provide easier manageability. Reports can be generated to show details regarding web traffic as well. pfSense has additional features that can be utilized to consolidate various programs into one server with a web interface. These features include, but are not limited to, Wake-on-LAN, OpenVPN, and ClamAV anti-virus. Currently the proxy server is incomplete, as additional VLANs need to be added.
Project Student: Heather Bullard
A local not-for-profit needed a Logical Map of their entire network, since the Physical was already completed. The logical network included the names of the desktop computers, as well as which network they were connected to. These were based on the IYG assets that were in an Excel document, then grouped based on different categories from a Word document. Some of the categories were: Operating System, Type of BIOS, Model Number, and IP address. Lucidchart was used to document the network based on this categorization of assets.
Project Team Members: Clay Hampton, Randall Huber
This project provides university students access to virtual machines and environments for penetration testing, networking security, and forensics practice, as well as SQL databases. With a current total of five machines running virtualization software, our servers currently support 29 usable VMs. Our an application container server can accommodate an expanding number of SQL databases. It was created using commodity off-the-shelf hardware and open-source software.
Project Student: Ivan Cardenas
A local non-profit organization website dedicated to finding foster homes and adoptive owners for dogs in the state of Indiana needs their adoption process updated. Currently the application process to adopt a dog is done via a pdf that has to be either scanned and emailed, or sent out by regular mail to the organization.
The goal of the project is to turn those pdf forms into actual online forms where the user can fill out and submit them on the same site, without having to physically send them or email them. The purpose is to create a better experience and facilitate the job of their personnel making it easier for them to track and file the applications.
WordPress is the content management system used for the site. To create the forms, a plugin called FormidablePro will be utilized, as it allows for the creation of easy forms that can integrate into a WordPress site with ease.
Project Student : Jorge Valdivieso
This project is to design and implement a Compensation Calculator for a local government personnel website. The personnel department would like to add to their website a web application that will help a new or potential associate calculate the total amount of compensation to be received in their new position based off the current year’s benefit rates found on their website. The department currently uses an excel spreadsheet designed to use the posted salary amount, then gives an estimated total of compensation expected to be received as remuneration. A web application with a small database was designed and implemented, and still in the design stages.
Project Student: Bonani Ndabambi
For this project, I created a back-end database for an administrative office within an educational institution. The client is currently storing all of their information in excel files, and needed a database in order to have a more professional representation of their data. I achieved this goal by designing the database using an ER diagram, and then implementing the design into tables using SQL Server.
Project Students: Kurt Pittman
The purpose of our project is to configure a secure cloud server to operate using OpenStack Juno on Ubuntu. We have four nodes that will operate together at the end of the project. When everything is complete you will be able to launch multiple instances and expand your network rapidly while managing your resources efficiently. You will also be able to monitor traffic, detect and prevent internet intruders.
Project Students: Nichole McFarland, Justin Salyer, Khalid Alsufayan
Living Lab onsite networking for non-profit organizations that have come for tech support and network support in there small business areas. We are currently working on repairing a network for a non-profit organization and we will be on backing up a whole system for another.
After a long semester of hard work the projects for the selected clients are complete and their networks are running optimally for their needs. There are no longer any infections and they are secured for the reminder of the year.
Students: John Stipe and Alec Hawes
Our client would like to develop a mobile application that the instructor can track their students. They would like the students to be able to: post their location, submit their assignments, use different media to submit their assignments (picture, video, voice), be able to send a notification to the instructor if they need assistance, and be able to clock their time on the assignment site. They would like the instructor to be able to: create assignments, deadlines, and quizzes; be able to track their students location, be able to assign grades through the application as it is also interfaces with a Learning Management System (such as Canvas), and be able to notify students via notifications as well.
Project Students: Darius Mpinga, Ronny Ovando, Amadou Traore