Tevin Dixon Email and Phone Number

Worked as part of a mission-critical team focused on the movement from monolithic systems to microservices, optimizing system performance, and ensuring high availability for US Air Force Command and Control Incident Management Emergency Response Application (C2IMERA). Developed and maintained CI/CD pipelines, enabling rapid deployments with enhanced security protocolsKey Achievements:• Introduced Fluentd for efficient log management, improving real-time monitoring of systems.• Spearheaded the migration to microservices architecture, enhancing the system’s ability to scale under increased transaction volumes and meet compliance requirements.• Implemented resource management strategies, leading to 30% faster and more stable deployment cycles.• Developed Jenkins CI/CD pipelines, automating deployments to ensure quick and reliable releases• Strengthened security posture by integrating monitoring and alerting tools, essential for handling sensitive data.

● Developed a bash script to authenticate, query, and reproduce Hitachi Content Platform (HCP) tenants and namespaces to store and organize government data via an API● Implemented a SQL stored procedure to export structured data to the proprietary storage solution continuously of approximately 10,000 records● Lead an effort to procure government resources to create a secondary replication environment site on an offsite government facility● Installed and configured several multi-node clusters to process, organize, and store data using Hitachi Vantara proprietary software● Expanded government test environment from a single node instance to a 3-node instance to be more robust and stable for the team to test workflows and implement solutions before incorporating solutions into productions

● Created a template to display cloud migration interconnections of the United States Transportation Command financial system. ● Developed and populated a PPSM to document the connections between the financial management system and cloud provider● We generated a Version Description Document to record currently utilized versions of software and cloud instantiations.● Created documentation for Risk Management Framework Controls tailored to a cloud environment ● Utilized knowledge of test and evaluation to assist in a proposal for additional client work.

- Generated a bash script to automatically multithread the exportation of Packet Capture files from a US NAVY boat to improve time. - Updated Program Executive Office Integrated Weapon System Combat System Risk Management Framework Profile with CYBERSAFE requirements. - Installed TEMPALT tools in Cypress lab as part of lab build. - Assisted in the instantiation of Virtual Machine in support of SEA Change and AEGIS tasking- Decomposed Aegis Cyber Backbone 20 Combat System components as a part CYBERSAFE initiative - Assisted in scoring and translating of mission impacts in support of Aegis CYBERSAFE initiative Researched and composed of Industrial Control Systems solutions for industry evaluation to update TEMPALT software suite - Develop a script to test Hull & Mechanical Packet Capture data for further analysis - Updated spreadsheet with available industry Industrial Control Systems solutions- Researched methods and algorithm for anomaly detection and Deep Packet Inspection (DPI)- Developed a test plan to test the speed, accuracy, and dependability of network tap designed to be aboard Navy ships - Develop a template to gather information for integration with Integrated Adaptive Cyber Defense tools- Created an android application to update light levels via Wi-Fi to as a part of the AOS innovation challenge- Audited IACD website to maintain the cohesiveness of links and proper information was being conveyed - Developed an Android application to demonstrate the inherent vulnerabilities of Android 3.0 USB permissions

- Research intrusion detection schemes and algorithms to develop a method for utilizing embedded systems to protect against cyber-attacks provide areas of focus for the next phase of implementation.- Investigate network pattern recognition algorithms for the implementation of intrusion detection schemes on a ZYNQ 7000 system on a chip to examine net flow data. Develop, implement, and integrate the Vita Radio Transport protocol data on the ZYNQ 7000 System on a Chip to mimic data flow. - Generated a Python script to examine NetFlow data and apply pattern recognition algorithms to determine an instance of an SYN-Flood attack as a part of Masters project - Collaborated in a team to support in researching, designing, and implementing embedded software for cyber analytics and software-defined radio- Provided mentorship to undergraduate students to assist in the development of C programming and computer networking skills- Researched intrusion detection schemes and algorithms to develop a method for utilizing embedded systems to protect against cyber-attacks; Provided research findings to upper-level management- Developed and implemented the Vita Radio Transport protocol data between the ZYNQ 7000 System on a Chip to mimic data flow- Other graduate responsibilities as assigned

- Examine the Military Standard 1553B data bus protocol to simulate a full lifecycle of communication between receiver and transmitter to provide information senior level engineers regarding attack surfaces. - Establish a methodology to demonstrated the adherent risk of supply chain malware utilizing Xilinx ZYNQ Zed boards to simulate satellite technologiesLead a group of fellow graduate interns in the investigation of Intrusion Detection System to be placed on Space Vehicle to protect against infiltration

- Lead a group of fellow interns in analyzing and identifying areas of improvement within departments to develop a more innovative work environment. - Establish an Access Database of raw license information and Created SQL scripts to produce license information to maintain compliance with outside vendors. Create Wiki-pages and migrated documents with SharePoint to provide easier access to different training and support documents.

• Assisted students with the development of C Programming Skills in a Linux based environment.• Utilized a Virtual Machine to emulate a Linux Machine to Develop Software Development Techniques to Develop Hardware as part of a more comprehensive project.

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