Reliability by Design
Service objectives, redundancy, recovery testing, capacity policies, and failure-mode reviews shape resilient platforms.
Digital Transformation & Multi-Cloud Architecture
Accelerate Enterprise Scale with Multi-Cloud Architecture & DevOps
We plan, architect, and execute enterprise cloud transformation strategies — migrating legacy infrastructure to AWS, Azure, and Google Cloud while optimizing performance, security, and cloud expenditure.
150+ Migrations · 99.99% SLA · 45% FinOps Savings
150+
Cloud Migrations Completed
99.99%
Cloud Uptime SLA
45%
Avg FinOps Cost Savings
Phased
Migration & Cutover Strategy
Cloud & DevOps Pillars
Core Cloud & DevOps Capabilities We Engineer
Six enterprise cloud engineering pillars built to scale application infrastructure, automate deployment pipelines, and reduce cloud expenditure.
01
AWS, Azure & GCP Enterprise Cloud Migration
Continuity-focused database replication, automated workload migration, multi-region networking, and hybrid cloud gateway architecture.
AWS & Azure Multi-Region Failover Phased Cutover
02
Kubernetes (EKS/AKS) & Docker Orchestration
Production-grade Kubernetes clusters, automated Horizontal Pod Autoscaling (HPA), Istio service mesh, and container security scanning.
Kubernetes EKS Docker Containers HPA Auto-scaling
03
CI/CD Pipeline Automation (GitHub Actions / GitLab)
Automated software delivery pipelines with progressive blue/green deployments, unit and integration test suites, and rollback triggers.
Blue/Green Deploy GitHub Actions Auto Rollbacks
04
Terraform & Ansible Infrastructure as Code (IaC)
Modular, version-controlled Terraform infrastructure templates supporting consistent cloud environments across staging and production.
Terraform IaC Ansible Automation Reproducible Infra
05
DevSecOps Security & Compliance Hardening
Automated container image vulnerability scanning, AWS IAM least-privilege security policies, secrets vault management, and SOC2 audit compliance logging.
DevSecOps IAM Security Vault Secrets
06
FinOps Cloud Cost Optimization & Monitoring
Real-time Datadog/Grafana telemetry, spot instance scheduling, unattached volume purging, and automated monthly cloud bill reduction strategies.
FinOps Cost Cut Spot Instances Grafana Telemetry
CI/CD Pipeline Automation & Terraform IaC
Progressive Deployments & Consistent Cloud Environments
Reduce manual configuration bottlenecks with automated Terraform blueprints, progressive blue/green delivery pipelines, and container orchestration with tested rollback controls.
✓
Terraform Infrastructure as Code (IaC)
Version-control your entire cloud environment in Git code repositories, allowing instant 1-click environment spinning.
✓
Progressive Blue/Green Deployments
Shift traffic gradually, validate application health, and roll back safely when release signals fall outside agreed thresholds.
✓
Kubernetes EKS Auto-Scaling
Automatically spin up microservice pods during traffic spikes and scale down during off-peak hours.
Versioned infrastructure and controlled delivery
Security and cost signals inside daily operations
DevSecOps & FinOps Cost Reduction
Continuous Cost Governance & Security by Design
Embed vulnerability checks into delivery pipelines while continuously measuring utilization, ownership, and cloud spending to identify practical optimization opportunities.
✓
FinOps Cloud Bill Optimization
Identify unattached disk volumes, over-provisioned EC2 instances, and schedule non-production server sleep cycles.
✓
Automated Vulnerability Scanning
Scan Docker images and npm/composer dependencies for CVE vulnerabilities automatically before merging to main.
✓
Centralized Secrets Vault Management
Prevent API token leaks using HashiCorp Vault and AWS Secrets Manager encrypted token storage.
What Kind of Cloud Projects We Build
Real-World Enterprise Cloud & DevOps Engineering Projects
From AWS/Azure enterprise multi-cloud migrations and Kubernetes microservices clusters to CI/CD delivery automation, serverless APIs, and FinOps cost optimizations.
✓
AWS & Azure Enterprise Multi-Cloud Migrations
Migrating physical data centers to cloud networks with phased cutover planning, validation, and multi-region resilience.
✓
High-Concurrency Kubernetes Microservices Setup
Elastic EKS/AKS cluster setup with Istio service mesh, Prometheus monitoring, and automated pod scaling.
✓
Automated CI/CD Delivery Pipelines
GitHub Actions and GitLab CI/CD pipelines executing automated tests, Docker container builds, and deployment.
✓
FinOps Cloud Cost Reduction Audits
Comprehensive cloud infrastructure audit identifying over-provisioned resources to slash monthly AWS/Azure bills.
Platforms built around real operating requirements
Cloud Engineering Lifecycle
Our 6-Step Cloud & DevOps Engineering Process
Our disciplined cloud engineering process reduces migration risk, protects data integrity, and establishes measurable reliability controls.
01
Cloud Architecture Audit
Auditing current server topologies, database bottlenecks, security compliance risks, and monthly hosting costs.
02
IaC Blueprinting
Writing modular Terraform HCL templates for VPC networks, Kubernetes clusters, database replicas, and IAM security.
03
Automated CI/CD Setup
Engineering automated GitHub Actions or GitLab CI/CD pipelines with automated test suites and blue/green deployments.
04
Containerization & K8s
Dockerizing application services and configuring Kubernetes pod auto-scaling, ingress controllers, and SSL certificates.
05
Controlled Migration
Data replication, validation, progressive traffic routing, and rehearsed rollback procedures for a controlled launch.
06
Monitoring & FinOps
Setting up 24/7 Datadog/Grafana alerts, automated disaster recovery backups, and monthly cloud bill optimization.
Cloud Technology Stack
Cloud Providers, IaC & DevOps Frameworks We Utilize
We build using tier-one enterprise cloud providers, container orchestration tools, and automated deployment systems.
AWS, Azure & Google Cloud
Enterprise Multi-Cloud Infrastructure
Terraform & Ansible IaC
Version-Controlled Infrastructure as Code
Kubernetes (EKS/AKS) & Docker
Container Auto-Scaling & Orchestration
GitHub Actions & GitLab CI/CD
Progressive Continuous Delivery
Quantifiable ROI
Business Impact: Legacy Infrastructure vs Sibiri Cloud & DevOps
See how automated cloud & DevOps engineering compares to slow, manual server hosting.
Legacy Manual Server Hosting
- ✕ Frequent application outages during unexpected traffic spikes due to fixed capacity.
- ✕ Slow, risky code deployments requiring manual FTP uploads and maintenance downtime windows.
- ✕ Un-optimized cloud resource spending wasting thousands of dollars monthly on idle instances.
- ✕ Lack of automated disaster recovery leaving data vulnerable to server hardware crashes.
Sibiri Cloud & DevOps Engineering
- ✓ Resilience patterns and horizontal scaling aligned with defined availability objectives.
- ✓ Progressive delivery pipelines with automated checks and rollback controls.
- ✓ Continuous FinOps practices that expose waste and support informed optimization.
- ✓ Automated backups, recovery runbooks, and regularly tested failover procedures.
FAQ
Frequently Asked Questions
Everything you need to know about custom cloud & DevOps engineering with Sibiri Innovation.
How do you protect business continuity during cloud migration?
We select continuity controls based on the workload, including replication, staging synchronization, phased traffic routing, maintenance-window planning where required, reconciliation checks, and tested rollback procedures.
How do your FinOps services reduce our monthly cloud bill?
We audit tagging, utilization, storage, compute sizing, scheduling, commitment options, and workload architecture. Savings depend on the existing environment and are validated against an agreed cost baseline.
Can admins update headings, section text, images, and numbers from a control panel?
Yes. Every enterprise service page includes an integrated admin control panel allowing authorized team members to update headings, paragraphs, section images, key metrics, and SEO metadata dynamically.
How long does a Cloud Transformation & DevOps project take?
A standard cloud migration and DevOps automation build takes 4 to 8 weeks, including architecture audit, Terraform IaC blueprinting, CI/CD pipeline setup, Kubernetes containerization, and zero-downtime cutover.