Reduced cloud footprint by 10% by enhancing core web services through feature development for military system modernization, resulting in improved system efficiency.
Accelerated development by 25% by creating reusable Angular web components, resulting in improved efficiency and maintainability.
Improved scalability and deployment efficiency by 10% by building and containerized services using Docker, resulting in streamlined deployments and resource optimization.
Enhanced CI/CD pipeline efficiency by 5% by implementing automated builds and release processes, resulting in faster and more reliable deployments.
Reduced attack vectors by resolving DAST/SAST findings in alignment with OWASP Top 10, enhancing application security and compliance.
Facilitated the migration of legacy VA health systems to cloud environments by migrating core web services, resulting in improved scalability and maintainability.
Improve development efforts by standardizing web services and core web components, reducing development and deployment of applications by 20%.
Reduced development and deployment time by 20% by standardizing core web components and services, resulting in improved efficiency and consistency.
Enhanced frontend components to be in alignment with various web accessibility standards (e.g. 508, WCAG, ADA).
Facilitated the migration of Disability Case Processing subsystems in a modern tech stack allowing contributors to participate.
Improved code quality by 25% by implementing tests and enforcing code maintainability with best practices.
Enhanced self-service portals for telecom client, improved remote diagnostics tooling affecting across multiple organizations.
Automated security policy changes across different clusters to reduce down time by 10% across major avaiability zones.
Integrated multiple security tools (SAST/DAST) across multiple data/deployment pipelines to reduce deployment times by 15%.