Cloud Infrastructure
Resilient, scalable cloud architecture with multi-region deployment and disaster recovery We design, build, and operate cloud infrastructure that is secure, scalable, fault-tolerant, and optimized for performance. Your systems are designed to maintain service availability — globally, reliably, and with reduced operational bottlenecks. Whether you're migrating from legacy infrastructure, modernizing a monolith, scaling a SaaS platform, or preparing infrastructure for enterprise-level availability requirements — we handle your cloud architecture end-to-end.
Problems Cloud Infrastructure Solves
- outages caused by weak infrastructure
- single-region deployments lead to downtime
- manual server management
- slow fault recovery, no disaster-recovery plan
- infrastructure not ready for scale
- inconsistent environments and poor governance
- rising cloud costs without visibility
- lack of monitoring, tracing, and performance metrics
Automation significantly reduces these risks and improves reliability across the delivery process.
What the Solution Includes
Cloud Architecture Design
Cloud systems designed for reliability, performance, and scale.
- multi-region & multi-AZ architecture
- high-availability clusters
- autoscaling policies
- load balancing & routing
- infrastructure governance
- architecture patterns designed to minimize downtime
Infrastructure Automation
Infrastructure designed for automated provisioning and updates.
- Terraform / Pulumi / CloudFormation
- automated provisioning
- infrastructure versioning (GitOps)
- environment parity (dev/stage/prod)
- repeatable, standardized setups
Security & Compliance
Enterprise-grade protection from day one.
- IAM policies & role-based access
- secrets encryption
- network security, VPC isolation
- architectures designed to support SOC2- and ISO-relevant requirements
- VPN / SSO integration
- vulnerability scanning
Cloud Operations & Monitoring
Full observability for stability and uptime.
- metrics, logs, traces
- Prometheus / Grafana / Datadog
- uptime monitoring
- alerting & incident management
- performance dashboards
- cost monitoring and optimization
Disaster Recovery & Business Continuity
Disaster-recovery strategies designed to maintain service availability during major failure scenarios.
- multi-region failover
- backups & snapshot automation
- RPO/RTO-based DR strategies
- simulated failover tests
- redundancy and fail-safe logic
- incident runbooks
How It Works
- 1Assess Your System — We analyze your current infrastructure, pain points, bottlenecks, and risks.
- 2Design Cloud Architecture — We create a resilient, scalable, security-aligned cloud blueprint.
- 3Provision & Implement — We deploy cloud infrastructure using Infrastructure-as-Code and GitOps.
- 4Integrate With Your Platform — Apps, APIs, databases, queues — connected into a unified architecture.
- 5Operate & Optimize — We monitor, maintain, and continuously improve infrastructure performance.
A properly designed cloud foundation significantly reduces common failure scenarios and supports long-term stability.
Results commonly observed in cloud infrastructure projects, depending on workload characteristics, traffic patterns, and operational maturity.
Expected Results
Results commonly observed in cloud infrastructure projects, depending on workload characteristics, traffic patterns, and operational maturity.
Solution Examples
European SaaS Platform
Multi-AZ + global CDN + CI/CD integration.
Result: observed uptime levels in selected production environments, significantly reduced critical outages.
Fintech Infrastructure Migration
Full migration from on-premise to cloud using Terraform.
Result: improved reliability with controls supporting compliance objectives.
Enterprise Cloud Modernization
Re-architected infrastructure for high availability & disaster recovery.
Result: substantially faster deployment cycles compared to legacy setups, fewer incidents.
The results shown are based on individual project contexts and client environments. Actual outcomes may vary depending on system complexity, architecture, and organizational setup.
Why Companies Choose H-Studio
Frequently Asked Questions
Which cloud providers are supported?
We work with all major cloud providers: AWS, Google Cloud Platform (GCP), Microsoft Azure, DigitalOcean, Hetzner, and others. We choose the best provider based on your requirements, compliance needs, and cost optimization.
How is disaster recovery implemented?
We implement multi-region architectures with automatic failover, backup strategies, RPO/RTO-based recovery plans, and regular failover testing. The DR strategy is tailored based on your business requirements and compliance standards.
How long does it take to build cloud infrastructure?
A complete cloud infrastructure with multi-region setup, disaster recovery, and full automation typically takes 3–6 weeks. Simple single-region setups can be faster, while enterprise-grade architectures need 4–8 weeks.
Next Steps
Want scalable, secure, high-availability cloud infrastructure — built properly from day one?
Disclaimer: All performance, scalability, reliability, and availability improvements described on this page are based on specific project contexts and technical implementations. Actual results may vary depending on system architecture, workload characteristics, integrations, and operational processes. H-Studio provides technical implementation services and does not guarantee specific performance metrics, uptime levels, deployment frequencies, or business outcomes.