Gregory Collier Email & Phone Number

Las Vegas, Nv

I perform implementation, monitoring, analysis and troubleshooting of various software services in network security. I specialize in CrowdStrike, Carbon Black, CyberReason, Microsoft Defender ATP. QRadar, and Guardium. I configure policies and rules related to threat detection and mitigation to detect the tactics, techniques and procedures of known attacks.Roles & Responsibilities: - I work closely with the customer and other related security support teams to monitor and work towards remediating identified vulnerabilities and/ or policy modifications. - I conduct management and monitoring of database activity monitoring tools, Host and network security and Endpoint Security tools and ensure its smooth functioning. - I am responsible for incident reporting of alerts, ensuring reporting and root cause analysis (RCA) of the incident. - I provide Interaction and guidance on security related issues to the global teams. - I work along with partners, vendors, bodies and associations to get quick responses in case of any emergency related to security services delivery and support. - I take initiatives in terms of strengthening the security and have a more proactive approach towards security threat detection and prevention.

Littleton, Ma

My responsibilities include the creation and testing of vulnerability assessments for databases, analyzing requirements, preparing test cases, developing test plans, conducting functional and performance testing on the Guardium product. My areas of specialty include UI testing, file change monitoring, trigger-based value change monitoring, data sources, licensing, accessibility (section 508) compliance, and database activity monitoring. I build and configure systems to create test environments for testing and replicating customer environments for problem resolution. I test patches and new releases and work with customer support to identify and resolve customer issues.

Washington D.C. Metro Area

I was responsible for creating and implementing a quality assurance program for the AOC. I conducted a CMM assessment and created CMM standards for IT development to support facilities management systems for the grounds and buildings on Capitol Hill. I met with the IT staff on the Senate and House sides to identify processes and procedures and ways to improve and implement them. The nature of the projects during my time there varied greatly, from construction of the capitol visitor's center, preventative maintenance of the buildings and grounds, ceremonies such as the lying in state for Ronald Reagan, Presidential inauguration preparation, and construction of an offsite disaster recovery data center.

Washington D.C. Metro Area

My duties consisted of establishing a quality assurance branch within the Systems Modernization and Maintenance Division to define and document policies and procedures to implement software quality assurance within the division. This included establishing repeatable procedures for requirements management, software development, systems documentation, and systems testing. I also implemented configuration management for program source code, and the inclusion of documented requirements, project plans, and test plans into the CM process. I conducted a capability assessment model (CMM) assessment of the division to identify and recommend ways to increase the division level from 1 to 2.

Washington D.C. Metro Area

My duties consisted of leading teams to conduct systems acceptability testing of the hardware and software components of computer systems before they were deployed to field sites for use in production. I was responsible for resource planning, project management, hardware and software procurement, systems setup, configuration and administration, contract administration as a Contract Officer's Technical Representative (COTR), status reporting, personnel management (time and attendance, training, evaluative input), and ensuring through structured testing (functional, performance, and end-user) that all system problems and discrepancies were identified and documented so that they could be resolved before the system was deployed in production.