Vishnu  ·  Senior AWS / Azure DevOps Engineer  ·  8+ yrs

Overview: This project focuses on building a global platform for application deployment, leveraging advanced Azure services and DevOps practices. Responsibilities: Automated infrastructure provisioning using Terraform, ARM templates, and Ansible, reducing manual configuration time by 30%. Led implementation of CI/CD pipelines using Azure Pipelines, GitHub Actions, and Jenkins, reducing deployment time by 30%. Spearheaded migration of on-premise infrastructure to Azure, leading to 20% cost reduction.

Overview: This project focused on designing and implementing an automation and monitoring system for enterprise-level operations. Responsibilities: Designed and implemented CI/CD pipelines using Azure DevOps, achieving a 40% reduction in deployment failures. Implemented real-time monitoring and alerting solutions with Azure Monitor, Datadog, and Splunk, reducing downtime by 25%. Ensured infrastructure and application security through regular vulnerability assessments.

• This project involved establishing and managing a robust blockchain infrastructure for Ethereum and Bitcoin nodes.
• The goal was to ensure high availability, scalability, and security of the blockchain network through advanced DevOps practices.

• Created a Software Deployment Life Cycle using Azure DevOps Pipelines, Maven, and Azure Artifacts, reducing deployment errors by 50%.
• Configured and deployed Ethereum and Bitcoin nodes on Azure Kubernetes Service (AKS), ensuring high availability and scalability.
• Established and managed processes for ongoing maintenance, monitoring, and security patching using Azure Automation, Azure Monitor, and Azure Security Center, minimizing downtime by 40%.
• Designed and developed automation scripts using PowerShell, Python, and Bash, optimizing repetitive tasks and reducing manual effort by 30%.
• Managed Dockerized application environments and deployed containers to AKS, implementing advanced networking with Azure CNI.

• This project focused on automating the software deployment lifecycle to improve efficiency and reduce infrastructure costs.
• It involved integrating various CI/CD tools and open-source technologies for enhanced flexibility and innovation.

• Managed the Software Deployment LifeCycle through a CI/CD Pipeline, integrating tools like Jenkins, CircleCI, and Azure DevOps, improving deployment efficiency by 30%.
• Utilized open-source technologies like Terraform, Packer, and Docker to enhance infrastructure and workflows, increasing flexibility and innovation by 25%.
• Orchestrated solutions using Kubernetes and Docker Swarm, optimizing performance and resource utilization, resulting in a 20% reduction in infrastructure costs.
• Provided support to team members, fostering collaboration and success through knowledge sharing and documentation.

• This project involved implementing a scalable cloud infrastructure on AWS and Azure, ensuring high availability, security, and efficient deployment.
• It focused on leveraging automation, monitoring, and robust security practices to handle increased load and minimize incidents.

• Conducted capacity planning and scaled infrastructure using AWS Auto Scaling, ensuring it handled increased load effectively, resulting in a 20% increase in capacity.
• Designed and implemented CI/CD pipelines using CircleCI and Azure DevOps, automating build, test, and deployment processes, improving deployment efficiency by 40%.
• Implemented real-time monitoring and alerting solutions using Datadog and Prometheus, reducing downtime by 25%.
• Ensured infrastructure and application security by implementing best practices, conducting regular vulnerability scans using Nessus and Qualys, reducing security incidents by 50%.
• Deployed high availability Kubernetes clusters, managed service mesh technologies like Istio, and implemented advanced Kubernetes networking with Calico and Cilium.