Infrastructure as Code
Terraform-managed servers, DNS and services — reviewable, repeatable, documented.
Benefit — Your infrastructure survives any single person leaving.
DevOps &
cloud.
Infrastructure as code, containerized deployments and real monitoring — so releases are boring, incidents are visible, and your systems stay up.
Linux · Docker · Terraform · Cloudflare
Everything as code, everything reviewable
Monitored, alerted, documented
Overview
Deployments should be boring.
What it is
The layer your product runs on: servers, containers, pipelines, DNS, CDN and monitoring — defined as code, deployed automatically, observed continuously.
Why it matters
Every hour of downtime costs revenue and trust. Infrastructure built by hand and remembered by one person is a business risk, not a technical detail.
Business value
Faster releases, fewer incidents, predictable hosting costs and the ability to recover from failure in minutes — with proof, not promises.
Challenges
The infrastructure debt we clear.
Infrastructure problems hide until the worst possible moment. These are the ones we're called about.
- +Deployments done by hand, feared by all
- +One server, no backups verified
- +Outages discovered by customers first
- +Cloud bills growing without explanation
- +Staging and production drift apart
- +Secrets scattered across configs and chats
- +Infrastructure only one person understands
Solutions
What we build.
CI/CD Pipelines
Automated build, test and deploy on GitHub or Azure DevOps with preview environments.
Benefit — Releases become routine instead of events.
Containerization
Docker packaging of legacy and modern apps with identical dev/prod environments.
Benefit — "Works on my machine" stops being a sentence.
Monitoring & Observability
Metrics, logs, traces and alerting with OpenTelemetry — dashboards that answer questions.
Benefit — You find out before your customers do.
Cloudflare Architecture
CDN, WAF, DNS and edge caching configured for speed and defense.
Benefit — Faster globally, protected constantly.
Backup & Disaster Recovery
Automated, tested backups with documented restore procedures and RTO targets.
Benefit — Recovery measured in minutes, verified quarterly.
Cost Optimization
Audit of cloud spend: right-sizing, reserved capacity and removing zombie resources.
Benefit — The same performance for a smaller bill.
Security Hardening
Least-privilege access, secrets management, patch automation and audit trails.
Benefit — A security posture you can show a reviewer.
Use cases
Where this shows up.
SaaS platforms
Zero-downtime deploys, autoscaling and observability for customer-facing products.
E-commerce
Peak-traffic readiness, CDN strategy and checkout-path monitoring.
WordPress fleets
Containerized hosting, staged updates and monitored backups across many sites.
AI workloads
GPU-aware deployment, model serving and cost controls for AI systems.
Legacy modernization
Lifting hand-built servers into code-defined, documented infrastructure.
Compliance readiness
Access controls, audit logs and backup evidence for reviews and certifications.
Process
How we deliver.
Step 1
Audit
Current infrastructure mapped: risks, costs, single points of failure — in writing.
Step 2
Architecture
Target design with migration path, cost estimate and rollback strategy.
Step 3
Implementation
Infrastructure as code, built alongside the running system — no big-bang risk.
Step 4
Migration
Rehearsed cutover with monitoring in place and rollback ready.
Step 5
Observability
Dashboards, alerts and runbooks configured and explained.
Step 6
Operations
Handover to your team, or ongoing operations under a written agreement.
Technologies
Our infrastructure stack.
Linux
The foundation — Debian/Ubuntu servers configured for stability and security.
Docker
Every workload containerized: consistent, portable, restartable.
Terraform
Infrastructure declared in code — reviewed, versioned, reproducible.
Cloudflare
DNS, CDN, WAF and edge compute — speed and security at the perimeter.
Nginx
Battle-tested reverse proxy and load balancing.
GitHub / Azure DevOps
Pipelines, reviews and deployment automation where your code already lives.
OpenTelemetry
Vendor-neutral metrics, logs and traces — observability without lock-in.
AWS
Managed services where they earn their cost — compute, storage, queues.
Deliverables
What you receive.
Infrastructure you own and understand — nothing locked to our accounts.
+
Infrastructure code
Terraform and Docker configurations in Git — fully yours.
+
CI/CD pipelines
Automated deploy workflows with rollback procedures.
+
Monitoring dashboards
Metrics, alerts and on-call routing configured.
+
Runbooks
Step-by-step procedures for deploys, incidents and recovery.
+
Backup verification
Tested restore procedures with documented recovery times.
+
Operations agreement
Optional ongoing management with response-time commitments.
Why EKSNEKS
Uptime is a practice, not a promise.
Everything as code
No hand-built servers — every change reviewed, versioned and reversible.
Tested recovery
Backups verified by actually restoring them, on a schedule.
Transparent costs
Hosting spend estimated up front and monitored after.
Right-sized
Infrastructure matched to your real load — no resume-driven architecture.
Documented operations
Runbooks mean incidents get handled, not improvised.
No lock-in
Standard tools on your accounts — you can leave us without leaving your stack.
FAQ
Infrastructure, answered.
Can you take over infrastructure someone else built?
Yes — we start with an audit, document what exists, secure access and backups first, then improve incrementally. No forced migrations.
Do we need Kubernetes?
Probably not. Most businesses run beautifully on Docker Compose or simple orchestration. We recommend Kubernetes only when scale genuinely demands it — with written reasoning either way.
Which cloud provider do you recommend?
Depends on workload and budget: often a European VPS provider plus Cloudflare beats hyperscaler pricing for SME workloads; AWS where managed services earn their cost. You get a comparison, not a default.
Can you reduce our cloud bill?
Usually — cost audits typically find 20–40% in right-sizing, zombie resources and caching. The audit report itemizes savings before you commit to changes.
Do you offer ongoing operations?
Yes — monitoring, updates, incident response and capacity planning under a written agreement with response-time commitments.
How do you handle secrets and access?
Least-privilege accounts, secret managers instead of config files, audit logging, and offboarding procedures. Access stays on your accounts — we're guests, not owners.
What does DevOps work cost?
Indicatively from €1,500 for pipeline and deployment setups; larger infrastructure projects quoted individually after a free audit.
Who owns the infrastructure?
You do — accounts, code and documentation are yours from day one. Everything we build runs on your cloud accounts.
Related pages
Often paired with.
Infrastructure that lets you sleep?
Start with a free infrastructure audit. You'll get written findings and a fixed quote — before any commitment.