
Cloud infrastructure spending continues to grow rapidly. But a substantial portion of cloud budgets is wasted on over-provisioned resources, unused instances, and services businesses do not need. We design cloud architectures that match your actual requirements — whether that is AWS, Google Cloud, or a dedicated server at Hetzner for significantly less cost.
AWS and Google Cloud are powerful platforms. They're also complex, expensive, and designed to encourage you to use more services than you need. A typical startup running a single web application on AWS pays $300-$800/month for an EC2 instance, RDS database, S3 storage, and CloudFront CDN. The same application runs on a $50/month Hetzner dedicated server with better single-server performance.
32% of cloud spending is wasted according to Flexera's 2025 State of the Cloud report. Companies provision large instances "just in case," forget to shut down development environments, and use managed services where a simple open-source alternative would suffice. Cloud bills grow faster than the businesses they support.
The problem is not cloud computing itself. The problem is cloud architectures designed by engineers who only know cloud, by vendors who benefit from overprovisioning, or by businesses that assumed cloud equals modern without evaluating the actual requirements.

We start with your application's requirements: traffic patterns, data volumes, geographic distribution, compliance needs, and budget constraints. Then we recommend the infrastructure that matches — even if that means a $50/month server instead of a $500/month cloud deployment.
For applications that genuinely benefit from cloud — auto-scaling workloads, global distribution, managed AI/ML services — we design architectures on AWS or Google Cloud that use only what's needed. Reserved instances for predictable workloads, spot instances for batch processing, serverless for event-driven functions. No services added for architectural purity. Every component justified by a specific requirement.
For applications where cloud is overkill — most web applications, CMS-powered sites, internal tools — we provision dedicated or VPS infrastructure with the same monitoring, security, and management standards. The result is equivalent reliability at a fraction of the cost.
We assess your application architecture, traffic patterns, data requirements, compliance needs, team capabilities, and budget. This determines whether cloud, self-hosted, or hybrid is the right fit.
We design the infrastructure with specific provider, region, instance sizes, networking, and service selections. Including cost projections and scaling plans. Documented as infrastructure-as-code.
Infrastructure provisioned via Terraform or manual setup. Applications migrated with zero or minimal downtime. DNS cutover, SSL certificates, and monitoring configured.
Monthly cost reviews to identify savings opportunities. Performance monitoring and capacity planning. Security patches and infrastructure updates. Quarterly architecture reviews.
No commitments. Tell us what you need and we'll tell you how we'd solve it.
Challenge: Need reliable hosting for a web application without enterprise cloud complexity or costs.
Solution: Single VPS or dedicated server with Nginx, PM2, PostgreSQL, and Cloudflare CDN. Full monitoring and backups.
Result: 80% cost reduction vs equivalent AWS setup, same reliability and performance
Challenge: Traffic is increasing and the current single-server setup is reaching capacity limits.
Solution: Horizontal scaling with load balancers, database replication, CDN caching, and auto-scaling policies on cloud or multi-server setups.
Result: Capacity grows with demand without over-provisioning during quiet periods
Challenge: Complex applications requiring multi-region availability, compliance certifications, and managed services.
Solution: AWS or GCP multi-region deployment with managed databases, container orchestration, and infrastructure-as-code.
Result: 99.99% availability, compliance with SOC 2 / GDPR / HIPAA requirements
Server infrastructure on Ubuntu/Debian with Nginx, PM2 for Node.js process management, and PostgreSQL for databases. Monitoring with Umami analytics and Sentry error tracking — all self-hosted, no SaaS dependencies for critical infrastructure.
AI-assisted infrastructure monitoring and incident response. Claude analyzes server logs, identifies patterns, and suggests optimizations. Automated alerting via Telegram with intelligent severity classification — not just threshold alerts.
Infrastructure you fully own and control. No cloud vendor lock-in to AWS, GCP, or Azure. Bare metal or VPS — your choice based on performance needs and budget. Full root access, your own backup strategy, and predictable monthly costs.
From architecture planning and server provisioning through security hardening, monitoring setup, to ongoing maintenance — one team handles everything. The engineer who designs your infrastructure also maintains it.
Fixed-price infrastructure projects: server setup, migration, security audit, monitoring deployment. Ongoing maintenance on transparent monthly agreements with clear SLAs. No per-resource cloud billing surprises.
It depends on your specific needs. AWS offers the broadest service catalog (200+ services) and is best for complex architectures requiring many managed services. Google Cloud excels in data analytics, ML/AI, and containerized workloads. Self-hosted servers (Hetzner, OVH, DigitalOcean) cost 3-10x less for equivalent compute and are ideal for web applications, CMS sites, and internal tools. We recommend based on your requirements, not vendor preference.
Based on Flexera's 2025 State of the Cloud data, 32% of average cloud spending is wasted. Common savings: right-sizing instances (20-40% reduction), reserved instances for predictable workloads (30-60% vs on-demand), deleting unused resources (10-15%), and evaluating managed vs self-managed services. For some workloads, migrating to self-hosted infrastructure saves 70-90%.
We handle cloud-to-cloud, on-premises-to-cloud, and cloud-to-self-hosted migrations. The process includes application dependency mapping, infrastructure replication on the target platform, data migration with validation, DNS cutover with minimal downtime, and post-migration performance verification. Typical migrations take 1-4 weeks depending on application complexity.
For single-server applications, self-hosted and cloud offer similar reliability — both depend on the underlying hardware and management quality. For applications requiring auto-scaling and multi-region failover, cloud platforms provide these capabilities built-in. We achieve 99.9%+ uptime on self-hosted infrastructure through redundant components, automated monitoring, and rapid response procedures.
We select server locations based on your compliance requirements. EU data stays in EU data centers (Frankfurt, Amsterdam, Helsinki). US data stays in US regions. Hetzner operates data centers in Finland and Germany. AWS and GCP offer region-specific deployments. We document data flow and storage locations for compliance audits.
Share your current cloud setup or application requirements. We'll provide a cost analysis comparing cloud, self-hosted, and hybrid options for your specific situation.
Free cost analysis · Platform-agnostic advice · No vendor lock-in