Zero-Trust Networking in Multi-Cloud EKS Environments
An architectural deep-dive into implementing Istio service mesh with SPIFFE/SPIRE for identity-based security across AWS and GCP nodes.
Engineering high-availability architectures that bridge the gap between heavy infrastructure and autonomous AI systems.
About the Engineer
With over 2 years of professional experience in DevOps engineering , I specialize in building, automating, and maintaining secure and scalable infrastructure within cloud-native environments. I am passionate about leveraging cutting-edge technologies to solve complex operational challenges and deliver reliable, high-performance systems. My approach is rooted in the belief that reliability is a feature, not an afterthought.
Currently, I am focused on the intersection of DevOps and Generative AI, developing deployment pipelines that allow machine learning models to scale securely from sandbox to production with zero downtime.
Provision AWS infrastructure via Terraform; enable consistent multi-environment deployments.
Ensure high availability, load balancing, and fault-tolerant microservices systems.
Enforce IAM policies, secrets management, and secure system configurations.
Develop MLOps pipelines for model deployment and API-driven integrations.
Integrate SAST, dependency, and container scanning into CI/CD pipelines.
Academic Path
Bachelor of Technology - Computer Science & Engineering
CGPA
8.5 / 10 / 10.0
Senior Secondary School - PCM
Percentage
89%
Secondary School - All Subjects
Percentage
71%
Capabilities Matrix
Specializing in production-grade orchestration, automated security pipelines, and high-performance inference clusters.
SecOps
Infrastructure
Observability
Grafana, Prometheus, ELK Stack, and OpenTelemetry implementation for 99.99% uptime monitoring.
Production Timeline
Led migration of monolith services to a multi-region EKS mesh, reducing end-to-end latency by 120ms across all production workloads.
Implemented shift-left security across 100+ microservices with automated SAST/DAST scanning integrated directly into Bitbucket pipelines.
Designed and maintained Helm chart library of 40+ reusable templates, standardizing deployment configs across all engineering squads.
Configured Jenkins-based CI/CD pipelines with parallel stage execution, cutting average build time from 18 minutes to 6 minutes.
Optimized Docker image build strategy using multi-stage builds and layer caching, reducing average image size by 65%.
Established GitOps-driven release workflows with ArgoCD, enabling fully auditable, rollback-capable deployments with zero downtime.
TECH STACK
Every architectural decision is backed by telemetry. We don't scale until the metrics prove a bottleneck, ensuring maximum cost efficiency.
Security is not a gated process; it is a CI/CD requirement. Policy as Code (OPA) ensures compliance is baked into the infrastructure from the first line of HCL.
Engineered Impact
Exploring the intersection of scalable infrastructure, proactive security, and autonomous AI systems. These case studies highlight technical solutions designed for enterprise-grade resilience.
Ready to architect the future?
I am currently open to consulting for high-complexity infrastructure projects and AI-driven security implementations.
Credentials & Connectivity
Validation of technical expertise through industry-standard certifications.
Professional Grade Architecture & Design Patterns
Linux Foundation Certified Kubernetes Expert
SY0-601 Infrastructure Security
Associate AI-102 – AI Solutions Design
Infrastructure as Code (IaC) Mastery
Technical Insights
An architectural deep-dive into implementing Istio service mesh with SPIFFE/SPIRE for identity-based security across AWS and GCP nodes.
Latency benchmarking of Pinecone vs. Weaviate when handling 100M+ embeddings in a distributed LangChain application.
Reducing build times by 65% through custom ephemeral self-hosted runners and intelligent cache-keying strategies.
Initialize Connection
Interested in discussing infrastructure scalability, AI integration, or new opportunities? Drop a line and let's build something robust.