Kevin Solorzano
About Kevin Solorzano
Kevin Solorzano serves as a Senior Negotiator at Americor in Irvine, California, where he has worked since 2017. He specializes in enhancing security monitoring and network reliability through various technical implementations, including Azure Sentinel and Active Directory management.
Work at Americor
Kevin Solorzano has served as a Senior Negotiator at Americor since 2017. His role involves negotiating terms and agreements to support the company's objectives. Based in Irvine, California, he has contributed to the organization for over seven years, focusing on enhancing operational efficiency and security measures.
Education and Expertise
Kevin Solorzano studied at Western Governors University, where he earned a Bachelor of Science in Cybersecurity and Information Assurance in 2023. His education has equipped him with a solid foundation in computer science and cybersecurity principles, which he applies in his professional role.
Background
Kevin Solorzano has a background in cybersecurity and information technology. His experience includes developing and integrating security solutions, automating system processes, and managing network environments. He has worked on various projects that enhance security monitoring and improve network reliability.
Achievements in Security Operations
Kevin Solorzano has developed and integrated a honeypot with Azure Sentinel to enhance security monitoring and threat detection capabilities. He also designed an Azure Log Analytics Workspace to effectively map geographic data in security operations and deployed an Azure Sentinel workbook to visualize global security threats, particularly RDP Brute Force attacks.
Technical Skills and Automation
Kevin has automated user account lifecycle management and configured essential network services such as Remote Access Server, DNS, DHCP, and Windows File Servers. He implemented custom scripts using PowerShell to automate metadata extraction from Windows Event Viewer, demonstrating his technical skills in improving system efficiency and network reliability.