Vedant Sharma

• Project: Cloud Infrastructure Optimization and CI/CD Automation with DevOps Responsibilities • Hands-on experience working with various AWS Cloud services, including IAM, EC2, VPC, S3, RDS, DynamoDB, CodePipeline, KMS, ECS, CloudFormation, Lambda, SNS, SQS and more along with implementing DevOps tools & practices.
• Develop a CI/CD pipeline for Terraform templates deployment, this pipeline securely deploys cloud resources in 90+ AWS accounts with high operational efficiency of up to 80%.
• Implement scalable and highly available 3-tier VPC architecture using Terraform. Create fault-tolerant and highly scalable cloud workload using auto-scaling & load-balancers and distribute workload across multi-AZ and multi-region while focusing on event-driven serverless architecture.
• Create reusable CloudFormation templates for repetitive infrastructure creation across more than 50 AWS accounts which reduced infrastructure creation time up to 60%.
• Designed and implemented containerization strategies using Docker and Kubernetes, improving resource utilization and management.
• Monitor AWS resources through Quicksite and Cloudwatch dashboard. Implement AWS Trusted Advisor suggestions and AWS best practices in 50+ AWS accounts.
• Create a new AWS accounts to distribute prod, stage, dev, test workload using AWS account factory and manage approx. 60 AWS accounts through AWS Organisations & maintain their security and compliance through SCPs.
• Schedule a dev and test EC2 instances to auto-shutdown outside business hours and create a daily backup plan that takes automatic backup of EC2 instances every day which made the system fault-tolerant and cost-efficient. • Manage cost efficiency, security and compliance of storage workload like S3, RDS, EBS, EFS, DynamoDB, etc.

Initial AWS Infrastructure for Monolithic Application:

• To prepare a single AWS account for the customer, we are deploying a monolithic application using various AWS services:
• Backend is hosted on EC2 instances, where Docker is installed to run services inside containers.
• These instances are placed behind an Elastic Load Balancer (ELB) or Application Load Balancer (ALB), with redirection configured to use secure port 443 (HTTPS).
• Security Groups are configured to limit access through inbound rules for better security.
• Frontend is served via an S3 bucket, with CloudFront (CDN) in front to cache and distribute static content efficiently.
• The database layer uses Amazon RDS (supporting MySQL, PostgreSQL, etc.) for managed relational databases.
• Additional services such as Lambda, Elastic Beanstalk, ECS, and ECS Fargate are used as per specific project requirements.

• Improved system performance by optimizing Linux server configurations, implementing efficient backup processes, and performing regular maintenance tasks.
• Server setup for Development & Production Environment, Server Migration, Backup Management, Security Audit & Enhancement, Subversion Management, Server and System troubleshooting, R&D on Process Optimization & Automation. Installing Red Hat Enterprise Linux RHEL 8, Cent-OS (5,6,7), Ubuntu over Network.
• Keep internet requests inclusive to MySQL, Apache, PHP, DNS.
• Experienced of working in infrastructure containing more that 1000 servers.