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Enterprise
2024DevOps & Cloud Systems Architect

Multi-Cloud DevOps Control Center

A developer self-service portal that simplifies complex infrastructure provisioning, security posture monitoring, and ephemeral test environment spin-up for hundreds of microservices.

Verified Performance Benchmarks & Results

15 min
Average preview environment spin-up time (down from 4 days)
-28%
Immediate cloud spend reduction through idle cleanup
99.99%
Control plane reliability
350+
Engineers using self-service portal daily

Project Overview

Managing multi-cloud infrastructure through separate provider consoles creates blind spots in costs, deployment statuses, and security audits. This portal centralizes developers' everyday infrastructure needs into one clean interface.

The Architectural Problem

Developers waited an average of 4 days for DevOps engineers to manually provision staging environments, while orphan cloud resources inflated monthly AWS and Azure bills by 30%.

Our Engineered Solution

Engineered a self-service catalog where developers can spin up sandboxed preview environments with strict automatic time-to-live policies, integrated with automated security scanning.

System Architecture & Tech Stack

Distributed multi-tier components deployed in this system

Frontend Layer

Next.js 15, React 19, Tailwind CSS, Framer Motion

Backend & APIs

Go microservices, gRPC protocol, Terraform Cloud API

Persistence & Caching

PostgreSQL, Redis

Cloud & Infrastructure

Kubernetes (EKS & AKS), ArgoCD, GitHub Actions

Core Functional Features

One-click ephemeral environment provisioning with automatic 4-hour tear-down
Cross-cloud cost anomaly alerts with real-time CPU/Memory idle indicators
Unified deployment matrix showing live Canary and Blue/Green rollout percentages
Integrated vulnerability scanner displaying CVE severity heatmaps
Audit trail logging with single sign-on (SSO) and RBAC governance

Interface & System Telemetry Showcase

Fig 1.0SYSTEM ACTIVE
Cluster Topology Overview
Interactive Viewport

Cluster Topology Overview

Visual map of multi-region nodes, pod allocations, and ingress routing.

Technical Challenges Overcome

  • •Normalizing telemetry APIs across radically different cloud providers (AWS CloudWatch vs Azure Monitor)
  • •Enforcing strict blast radius limitations on developer-initiated infrastructure changes
  • •Providing real-time live terminal streaming over secure WebSockets inside the browser

Future Roadmap & Improvements

  • •AI-driven pod right-sizing recommendations based on machine learning workload history
  • •Automated chaos engineering failure injection workflows
  • •FinOps budget forecasting with scenario simulations

Interested in building a similar system for your business?

We can adapt these patterns, models, and architectures to your organization's specific security guidelines and business logic.