Jennifer Valderrama

Led strategic initiatives to implement AI-powered security automation, resulting in an 80% reduction in threat response time. Spearheaded data protection strategies while implementing an AI-driven DLP incident remediation solution, fostering innovation in workflow optimization and risk management.

Designed and implemented a DLP architecture for Microsoft 365, improving sensitive data identification by 50% for a large financial institution. Engineered a solution for real-time security monitoring by integrating AWS security logs into Splunk ES and SOAR, enabling automated threat detection for a government agency.

Implemented data classification policies using Microsoft 365 Sensitivity Labels and Azure Information Protection, enabling automated identification and protection of sensitive data. Designed and implemented Microsoft 365 DLP rules to secure data within OneDrive, SharePoint, Teams, and email.

Developed and implemented an automated DLP incident remediation workflow via Node-RED, enabling faster response times and minimizing the impact of security breaches. Played a key role in developing the company's Data Loss Prevention Strategy, outlining the lifecycle, upgrades, and integration plans for all DLP tools.

Investigated network and device-related incidents and implemented problem management procedures. Worked with team members to implement changes in DSL network devices via the command line interface, following change management procedures.

Participated in the installation and setup of terrestrial equipment for the Ground Station of Venezuela's first telecommunications satellite, including satellite link calculations. Designed and supervised the implementation of TV and FM radio stations for many small towns, conducting site surveys and coverage calculations.

Developed a satellite signal monitoring system to alert of variations in carrier main parameters, such as power drops and frequency deviations. The major challenge was managing interactivity with the spectrum analyzer and automating processes, which resulted in excellent system performance.

Undertook advanced studies in telecommunication and network engineering, focusing on complex system design and implementation. Gained expertise in modern network architectures and communication protocols.

Completed comprehensive studies in telecommunications engineering, covering fundamental principles and practical applications. Developed strong analytical and problem-solving skills relevant to telecommunication systems.