Christopher Mizell Email & Phone Number

Long Beach, California, US

• Responsible for the application security of both the cloud-based SaaS and On-Prem products for Laserfiche. This includes the development of a standardized security policy that defines the remediation times, escalation.
• Review new and existing software releases for common vulnerabilities and architectural flaws through the use of STRIDE threat modeling.
• Manage SAST, DAST, and SCA scan results for potential security issues and work with development to identify false positives, or develop mitigations that reduce the potential risk of any findings.
• Collaborate with engineering and product management to develop a successful roadmap for both software releases and the implementation of a mature product security program.

San Diego, California, US

• Responsible for security tool deployment such as Static Application Security Testing (SAST), Network Vulnerability Scanners and Software Dependency scanners for identifying potential security issues in third-party.
• Worked with Regulatory Affairs and Quality Assurance to develop multiple procedures for product security.
• Deployed and managed a unified risk register for tracking security findings.
• Managed a team of four security engineers and coordinated multiple security-based projects across Dexcom's R&D organization.

San Francisco, California, US

• Responsible for providing support and consultation for customers, in addition to assisting with the deployment of Arxan Technologies software for development teams.
• Designed and implemented application security-based solutions for customers, based on their individual requirements and scope.
• Assisted Project Management by researching new features for development and prioritizing the roadmap based on customer feedback and research results.
• Performed reviews of new and existing implementations that utilized an Arxan product as well as provided recommendations for improvement.
• Met with customers during all phases of the sales cycle from pre-sale negotiations to post-sale on-site implementation and product deployment.

Cincinnati, OH, US

• Performed risk analysis for various embedded controllers and provided an assessment of attack surfaces and possible threats to system integrity.
• Trained existing staff on the use of security penetration tools in both their use and purpose.
• Developed new security auditing tools that were used for security test procedures and routines.
• Provided product security subject matter expertise to development teams and management.
• Responsible for documentation and planning of security efforts as well as capturing required artifacts during the product development lifecycle.

Ogden, Utah, US

• Directed new projects for increased application coverage and supported existing products in the field.
• Reverse engineered new Electronic Control Units (ECUs) via decompiling embedded software and determining new methods for reprogramming an ECU with an aggressive engine tune.
• Lead implementation of embedded software and hardware solutions in order to match engine tuning with reverse engineering results.
• Responsible for discovering new programming methods and engine control strategies in new product coverage
• Planned new release coverage based on level of effort and team resources for management.

• Designed, wrote, and implemented new embedded firmware and software applications for increased application coverage as well as adjustable options for handheld tuning applications.
• Responsible for troubleshooting and assisting customer service with outstanding software issues in the field.
• Attended industry events and engaged with customers to determine market demand and prioritize new application coverage.

Novi, Michigan, US

• Supported development of Hardware in the Loop (HiL) systems for automotive controller modules (ECUs).
• Simulated engine performance, vehicle dynamics, and Controller Area Network CAN messaging to satisfy embedded controller IO.
• Troubleshooting bugs in new software releases and validating model simulations to ensure new software matched in-vehicle performance.