A senior penetration tester at CNA Financial• Working closely with other teams within the security department• SAST/DAST Evaluations• Purple Team Exercises• Crafting penetration test reports, knowledge bases, methodologies, runbooks/playbooks, ROEs, and standardizations.• Partial self-delegation for ownership of daily tasks, responsibilities, and participation in larger-scale projects • Utilizing tools such as Burp Suite Professional, Kali Linux, and Cobalt Strike• Threat actor simulation and emulation• Using reporting tools • Artificial Intelligence Offensive Security• Utilizing and possessing knowledge of tools, such as, Burp Suite Professional, Cobalt Strike, Kali Linux, etc• Red Team Campaigns, exercises, and engagements• Document and standardize findings from previous assessments.• Cloud-based Web Application Offensive Security• Offensive Network Security• Offensive Web Application Security• Threat Intelligence• Network Security• Application Security• Artificial Intelligence Offensive Security

• Investigated and reported any audio flaws to provide quality assurance for the product. • Performed Ad-Hoc style tests and test cases to uncover unordinary or unexpected sound issues. • Replicated confirmed audio flaws to observe if the reported remediation was successful.• Used ticketing systems to manage and organize individual workloads. • Worked closely with the Audio Engineering team and in addition to supporting other teams such as the graphics team.• Working closely with relevant teams to remediate confirmed audio flaws to completion. • Collaboration with many teams to implement a remediation for any serious audio complications. • Proficient utilization of various debugging tools during investigations.• Provide input to help improve team morale or effort.• Worked collaboratively with other team members to gather data about the known audio flaw.

• Performed web application, network, risk assessment, hardware installation, and cloud penetration testing for small businesses.• Assisted in implementing a security framework for a small educational business.• Utilized threat modeling when assessing client products.• Provided a detailed report for clients when penetration tests were performed.• Construction of dirty tools written in python and C++.• Directed a multi-disciplinary security team.• Providing Cyber Security education to clients/customers to strengthen the human element of security.

• Used gathered data to validate GPS and GIS data accuracy. • GIS tools like OSM (Open Street Map), ArcGIS, QGIS, and Microsoft GIS tools were used to analyze gathered GIS data.• Creation of GIS data to correct supplied and requested data. • Defined different location borders in GIS data. • Performed geographical analysis of district boundaries, locations, by gathering public information identified on governmental websites relevant to the area of interest.

Focuses on POI's which include, modeling of buildings, event routes, and event locations using aerial imagery. Analyzing data to assure its quality and correct information through the use of a proprietary software and aerial imagery. Other responsibilities Making necessary corrections/adjustments to inaccurate data when needed. Escalating issues and bugs then, addressing those escalated issues. Making sure 3-D modeling/2-D modeling is corrected and within policy standards. Administering Technical Support and Quality Assurance. Working with aerial imagery to assure, validate and correct information on the back end of proprietary programs to be displayed on the front-end. Working with multiple offices over the world to exchange and confirm data. Using spreadsheets, issue tickets and reports to handle daily objectives.Writing Technical/Formal reports of issues/bugs.Achieving teamwork oriented objectives to meet company policies and standards.

• Working with aerial imagery to assure, validate, and correct POI information on the back end. Providing Quality Assurance with the use of internal tools to establish the correct POI information in alignment with policy.• Creation, correction, and/or removal of information related to POI such as buildings (3-D & 2-D), borders, grounds, street segments, and/or the information of the POI itself. Each item is edited and tailored to policies in place for each one and their relation to each other.• Use of a ticketing system to address issues/bugs that were present in the back end and escalate issues if issue is out of scope/needs higher permissions. • Technical or Formal reports addressing the bug/issue that was worked on.• Data analysis for specific existing GIS data violating policy.• Using spreadsheets to track, organize, and manage daily tasks, issues/bugs, and productivity. • Writing policy specific documentation about worked on issues/bugs, escalations, and creating a ticket/issue for a newly discovered bug.• Communicating with other offices around the globe. Other projects were outsourced to other Google offices and would share responsibilities of projects that were being worked on.• Gathered child POI information for parent POI’s. When the POI is queried it will bring up information of its child POIs.

• Assessed console performance to investigate for potential performance flaws in the Xbox 1X console system.• Reported on the test case scenarios and results when investigating a performance flaw. • Performed a series of set test cases designed to detect software issues before release.• Utilizing Microsoft Ticketing System to report and manage listed issues.• Verified performance remediations. • Tasked with assessing multiple different game titles for Xbox One X to meet required console standards. • Analytical tools were used to track targeted information relevant to the performance flaw or for any data that would need to be gather by testers and be used by the game developers.

• Executed pre-defined test cases to “hunt” for reported on flaws for multiple games titles.• Wrote bug reports for discovered flaws by our team.• Worked with other testers and game designers to implement patches for the confirmed flaws.• Used internal debugging tools to observe and collect data.

• Work within the Unity Engine software was to construct of the Augmented Reality Application.• Work with Unity’s custom C# libraries to create an interactive AR menus that will hold usable data. • Improve the design for the scan function to effectively scan and render a 3-D mesh model of the scanned interior and import that data to the application for use in identifying any user appliances. • Coded and calculated acceptable 3-D space models for the interactive menus to be used within the application. • Collaborated with various developers from across the US to create a deliverable prototype application. • Used not publicly available Augmented reality devices, such as the Google Tango (Yellowstone) to test the application features and functionality.