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Gloud Tech Solutions
Cloud & Infrastructure

Cloud Infrastructure, Kubernetes & DevOps

Reproducible Terraform infrastructure, AWS/GCP Kubernetes clusters, automated CI/CD release pipelines, observability dashboards, and cloud cost tuning.

Who This Service Is Built For
  • Scaling startups still deploying manually or sharing brittle staging/production servers
  • CTOs preparing infrastructure for enterprise security questionnaires (SOC 2 / GDPR technical controls)
  • Teams whose AWS or GCP monthly spend has grown faster than customer traffic
Led in Dublin by Taimoor Hassan (09:00–17:00 GMT/IST (Mon–Fri)) with senior Islamabad engineers.
Problems Solved

Technical bottlenecks we resolve

Concrete operational and architectural issues we eliminate for engineering teams.

Common Bottleneck

Snowflake cloud environments configured by hand in the AWS/GCP console

Engineering Approach

Modular Terraform repositories reproducing staging and production identically.

Common Bottleneck

Friday-afternoon deployment anxiety and blind production incidents

Engineering Approach

Automated CI test gates, rolling health-checked releases, and actionable Grafana/PagerDuty alerts.

Reference Blueprint

Declarative Terraform Cloud Infrastructure & Automated CI/CD Pipelines

01. CI Checks

Build & Security Scan

Automated tests, dependency scanning, and secret checks on every PR.

GitHub Actions + Trivy
02. Registry

Immutable Artifacts

Versioned container images tagged by commit SHA.

AWS ECR / Artifact Registry
03. Runtime

Container Platform

Private-subnet workloads with autoscaling and rolling health checks.

EKS / GKE / ECS Fargate
04. Telemetry

Logs, Metrics & Traces

Latency SLO dashboards, structured logs, and on-call alerts.

Prometheus + Grafana + OTel

Declarative Infrastructure as Code

Version-controlled Terraform modules for networking, compute, databases, and IAM.

Health-Checked Rollouts

Rolling and canary deployments configured to halt and roll back when error thresholds trip.

Security & GDPR Alignment

Encrypted storage, private subnets, least-privilege IAM, and EU region pinning (e.g., AWS Dublin).

Practical Cost Right-Sizing

Identify idle RDS/EC2 capacity, egress bottlenecks, and autoscaling mismatches.

2-Week Pilot Scope & Conditions

Start with one bounded workflow before any ongoing commitment

Clear deliverables, client prerequisites, exclusions, and acceptance criteria so expectations match on both sides.

Typical 10-Day Staging Deliverables
  • Modular Terraform codebase provisioning isolated staging networking and compute
  • GitHub Actions / GitLab CI pipeline building, scanning, and deploying container images
  • TLS ingress, managed secrets wiring, and automated database backup policy
  • Grafana / CloudWatch operational dashboard covering CPU, memory, latency, and 5xx rates
Release Environment: Client-owned AWS or GCP staging environment. (Production cutover follows your sign-off.)
Included Single Workflow

Terraform baseline (VPC + container runtime) plus automated CI/CD pipeline for one core service.

What Your Team Provides

Dedicated AWS/GCP sandbox or staging account and GitHub/GitLab repository access.

Dependencies & Exclusions

External SOC 2 / ISO auditor certification fees and refactoring application-level stateful bugs.

Acceptance & IP Ownership

Clean `terraform plan/apply` from CI, automated PR build/deploy, and live health metrics dashboard. Backed by a 10-business-day defect remediation window. 100% of IP assigns upon pilot invoice settlement.

Relevant Project Evidence

High-Throughput Fleet & Dispatch Telematics Engine

Completed Client Engagement (Client anonymized under mutual NDA)

B2B Logistics & Telematics12 Weeks (2-Week Pilot + 5 Bi-Weekly Sprints)1 Lead Architect + 2 Senior Java/KMP Engineers

Client Problem

A commercial fleet operator relied on polling-based REST endpoints and separate Android/iOS codebases. During peak transit hours, database lock contention delayed dispatch updates by over 45 seconds, and drivers frequently lost job status updates on low-signal highway stretches.

What We Delivered

  • Partitioned Apache Kafka GPS & status ingestion pipeline with dead-letter recovery
  • Spring Boot 3 (Java 21) dispatch allocation and corridor geofencing microservices
  • Shared Kotlin Multiplatform (KMP) offline SQLDelight sync engine for Android & iOS driver apps
  • Grafana / Prometheus operational latency and consumer-lag alerting

Measured Results & Basis

38% faster dispatch assignment

Measured by comparing p95 server-timestamp-to-driver-device-ack latency across 4 weeks pre-cutover vs. 60 days post-rollout.

82% shared mobile domain code

Calculated via Lines-of-Code ratio in the shared `:core` KMP module vs. platform-specific SwiftUI/Compose UI modules.

View all engineering case studies
Service FAQs

Common technical & commercial questions

Key implementation, security, and pilot sprint answers for your engineering team.

Who holds the root AWS or GCP cloud credentials?↓

Your company always owns the cloud accounts and billing. We operate via scoped IAM roles with MFA and audit logging.

Mutual NDA Available Before Code Review

Scope a Cloud & Infrastructure sprint with Taimoor Hassan

Your selected service carries automatically into our discovery scheduler or enquiry form.