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Schedule Interview NowBeing part of Softaims has allowed me to see the full spectrum of what technology can achieve when guided by empathy, discipline, and creativity. Each assignment, regardless of size, represents an opportunity to bring clarity to complexity and to turn ambitious ideas into tangible outcomes. I’ve come to realize that successful development isn’t just about writing code—it’s about listening carefully, understanding deeply, and designing thoughtfully. Every client brings unique challenges, and I make it a priority to align my work with their goals, ensuring that the end result is both effective and lasting. Softaims fosters an environment where collaboration is not optional—it’s essential. The collective expertise within the team pushes me to think beyond conventional boundaries, to question, refine, and innovate. I believe that this process of shared learning and experimentation is what makes our solutions resilient and impactful. My ultimate goal is to build technology that feels effortless to use yet powerful in function. I approach every task with the mindset that small details can make a big difference. Through continuous refinement and dedication, I aim to contribute to the kind of work that not only serves today’s needs but anticipates tomorrow’s possibilities.
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The primary goal of the project was to enhance, secure, and optimize an existing multi-environment Dockerized application deployed on Amazon EKS (Elastic Kubernetes Service). The focus was on cost reduction, improving CI/CD pipelines, optimizing monitoring solutions, and ensuring robust security measures without affecting the application's performance or the developers' workflow.
The client’s initial infrastructure setup was confined to a single AWS account and a single GCP project, all operating within a single region and under one VPC. All three environments (development, staging, and production) were housed together. This setup was facilitated using Docker Compose on an EC2 instance. Security measures were minimal, with open network access and publicly available resources. Hardcoded credentials within the code further exacerbated security vulnerabilities. Additionally, the infrastructure was created manually, lacking automation and adherence to best practices.
A scalable EKS-based Kubernetes platform on AWS was developed using Terraform for infrastructure and ArgoCD for application management. The setup includes Terraform stacks for various infrastructure components and ArgoCD for managing both system and tenant-specific applications. Kubernetes manifests handle initial ArgoCD setup and tenant resources. The CI/CD pipeline automates and synchronizes the process, featuring downstream pipelines for infrastructure provisioning, Kubernetes bootstrap, and application deployments, ensuring a seamless and efficient workflow.
The client faced traffic delays and latency, with customers in one region experiencing high delays accessing resources in the same region. The infrastructure had a single Direct Connect Gateway for three Direct Connect links across different regions, causing route control issues and increased latency. I resolved this by creating additional Direct Connect Gateways for each link, allowing specific route control and backup routes. Managed via Terraform and deployed with GitLab CI pipelines, the solution eliminated high traffic delays for the client's customers.
A client needed to design and build the network layer in a US data center. Key tasks included: * Design a highly available and scalable DC network. * Prepare a list of equipment to purchase. * Work with network providers to set up IP transit links and an internet connection. * Prepare documentation for remote hands for physical equipment installation and connection. * Remotely configure devices, including Layer 2 (LACP, Spanning-tree, VPC, VLANs, Trunks) and Layer 3 (IP addressing, BGP, static routes).
Bachelor's degree in Computer science
2012-01-01-2016-01-01
Bachelor's degree in
1998-01-01-2007-01-01
Bachelor's degree in Computer engineering
2007-01-01-2011-01-01