Shivam R.

Migration of infrastructure from on-premises data centers and Azure to Google Cloud Platform (GCP), ensuring minimal downtime and seamless transition.  Designed, implemented, and maintained infrastructure as code using tools like Terraform to automate the provisioning of cloud resources.  Implemented and managed cloud services on Google Cloud Platform (GCP), including Compute Engine, Cloud Storage, Cloud SQL, Cloud Functions, Google Kubernetes Engine (GKE), load balancers, Memory Store, Pub/Sub, and Virtual Private Cloud (VPC) to create a secure and efficient cloud environment.  Developed and deployed CI/CD pipelines using Jenkins and Argo CD for seamless deployment in GKE. Integrated SonarQube for code quality analysis and Trivy for vulnerability scanning, ensuring that only secure and high-quality code reaches production. The process automated container builds, testing, and deployments, supporting efficient release cycles and improving overall application security.  Successfully migrated Redis infrastructure from Google Cloud Platform (GCP) to Redis Enterprise with zero downtime, achieving a 35% cost reduction while ensuring high availability and seamless performance.  Migration of applications from traditional VM infrastructure to Google Kubernetes Engine (GKE) for improved scalability, resource management, and high availability.  Implemented robust monitoring and logging solutions using New Relic to enhance overall system reliability and performance. Developed comprehensive, user-friendly dashboards that provided real-time insights into system metrics and trends. Configured proactive alerting mechanisms to ensure timely identification and resolution of potential issues, thereby minimizing downtime and improving operational efficiency.  Ensured security best practices and compliance standards were met by implementing IAM policies, firewall rules, and managing SSL/TLS certificates. Additionally, configured Cloud Armor for Global Load Balancers (GLB) to provide DDoS protection and mitigate threats at the network edge. Deployed Web Application Firewall (WAF) in Akamai to protect web applications from vulnerabilities and other common threats, ensuring comprehensive protection for both the application layer and infrastructure.  Set up and managed Kafka, Elasticsearch, MongoDB, and Solr clusters to support critical business applications. This involved designing and deploying highly available, scalable architectures across distributed environments.  Integrated Akamai CDN to optimize content delivery and enhance website performance. This implementation significantly reduced latency, improved load times, and ensured a seamless user experience across diverse geographic locations.  Successfully migrated Kafka infrastructure from a VM-based cluster to Confluent, ensuring zero downtime, improved scalability, and a 30% reduction in operational overhead, while optimizing performance, reliability, and data processing efficiency.