Cloud Deployment & Scaling
Infrastructure should be boring: every commit tested, every deploy repeatable, every traffic spike absorbed without a pager going off.
Cloud deployment and scaling is the practice of running software on infrastructure that is defined as code, shipped by pipeline, and sized by demand: containerized services on AWS, GCP, or Azure, auto-scaling that adds capacity as traffic grows, and load balancing that spreads requests across healthy instances while routing around failed ones.
The 99.9% uptime our deployed systems maintain isn't a slogan — it's the output of specific engineering: redundant deployment so no single machine matters, health checks and failover that remove sick instances before users hit them, load balancing, comprehensive logging and monitoring, and CI/CD pipelines that make releases uneventful. Each piece is unglamorous; together they're the difference between infrastructure and a server someone hopes stays up.
Everything is built to be handed over. Infrastructure is defined in Terraform, deployment runs through pipelines your team can read, and the engagement ends with documentation and runbooks — you own the infrastructure, the access, and the ability to operate it without us.
Cloud deployment and scaling is the practice of running software on cloud infrastructure defined as code with automated capacity management. ORVINUS delivers cloud-native deployment on AWS, GCP, and Azure including Terraform infrastructure as code, Docker and Kubernetes, auto-scaling and load balancing, DevOps and CI/CD setup, and failover design engineered for 99.9% uptime.
Cloud-Native Deployment
We deploy services as containers on managed cloud platforms — AWS, GCP, or Azure, chosen for your constraints rather than our preference — with the entire environment defined in Terraform. Networking, TLS, DNS, secrets, databases, and compute exist as reviewed code, which means a new environment is a plan-and-apply away and 'how is production configured?' has an answer in version control instead of in someone's memory.
The architecture leans on managed services where they reduce operational load — managed databases with automated backups, managed load balancers, container platforms — and keeps portability in view so you're using the cloud, not married to one vendor's proprietary glue. Staging mirrors production closely enough that a deploy that works in staging works in production, and Nginx or the platform's native routing fronts services with TLS and sane headers from day one.
Auto-Scaling & Load Balancing
Auto-scaling is a policy problem before it's a platform feature: which metric triggers growth, how fast capacity is added, when it's safe to scale back in, and what the floor is so a quiet night doesn't turn into a cold-start morning. We derive those policies from load tests against your real traffic shape, then verify them by rehearsing the spike — before launch, not during one.
Load balancing carries the availability story: traffic spread across redundant instances and zones, health checks that eject failing instances before users reach them, connection draining so deploys don't sever in-flight requests, and failover paths that have actually been exercised. This is the machinery behind the 99.9% uptime our systems maintain — redundancy, health checks, and failover working as one design.
DevOps & CI/CD Setup
CI/CD is how releases become boring: every commit builds, tests, and packages automatically — typically in GitHub Actions — then promotes through staging to production with the same artifact at every step. Deploys are one action, rollbacks are one action, and nobody's laptop is part of the release process. The pipeline enforces what code review can't: nothing unbuilt, untested, or unscanned reaches production.
Around the pipeline we set up the operational practices that keep a team fast: secrets management so credentials never live in code, database migrations that run as part of deployment, environment parity so 'works locally' means something, and deployment history that answers 'what changed?' in seconds during an incident. Your developers keep shipping the way they already work — the pipeline meets them at git push.
Built With
The technologies we reach for on this work — and why we use each one.
See what we use every tool for in the full technology stack.
What You Get
Infrastructure as code
Your complete environment in Terraform — reviewable, reproducible, and owned by you, not configured by hand.
CI/CD pipeline
Automated build, test, and deploy on every commit, with staging promotion and one-action rollback.
Scaling & failover design
Load-tested auto-scaling policies, load balancing, and failover paths rehearsed before launch.
Handover documentation
Runbooks, architecture docs, and full access transfer so your team operates independently from day one.
Other AI Infrastructure Specializations
MLOps & Model Serving
Models deployed as versioned, monitored production services — inference infrastructure and the MLOps pipeline that keeps them shippable.
Explore MLOps & ServingGPU Computing Pipelines
GPU-accelerated compute and real-time processing pipelines — throughput engineering for workloads CPUs can't finish on time.
Explore GPU PipelinesBackend & API Engineering
High-performance backends, secure APIs, and database architecture — the service layer your product and AI systems stand on.
Explore Backend & APIsMonitoring & Observability
Logging, metrics, alerting, and AI model observability — the instrumentation that makes 99.9% uptime a practice, not a promise.
Explore Monitoring & AlertsWhere This Work Lands
SaaS & Startups
Ship an AI-powered product in weeks — on architecture that won't need rebuilding when you grow.
AI for SaaS & StartupsE-Commerce
Personalization, automation, and predictive intelligence for stores that compete on experience.
AI for E-CommerceOperations & Automation
Multi-step workflows orchestrated by AI — with intelligent routing, error handling, and monitoring built in.
AI for Operations & AutomationCommon Questions
Which cloud platform should we use?
The one your constraints pick: existing credits, data residency, team familiarity, and the managed services your workload leans on. We work across AWS, GCP, and Azure, and because everything is defined in Terraform and containers, the architecture stays portable if the answer changes later.
Can you migrate our existing deployment without downtime?
Usually, yes. Migrations run as staged cutovers: the new environment is built alongside the old, traffic shifts gradually behind a load balancer, and rollback stays available at every step. Discovery includes an audit of your current setup so the migration plan is written against reality.
How is 99.9% uptime actually achieved?
Through compounding safeguards rather than any single trick: redundant deployment so no instance is critical, health checks and failover that remove failing components automatically, load balancing, comprehensive logging and monitoring, and CI/CD that makes releases small and reversible. Uptime is an architecture property, designed in from the start.
What does an engagement look like?
It starts with a free discovery call — we respond within 24 hours — where we audit your current infrastructure and define targets. From there: architecture proposal, build in weekly increments you can see, and handover with docs and runbooks. You own everything we deliver; ongoing support is optional.
Ready for Cloud & Scaling?
Free discovery call — we scope the work, name the trade-offs, and respond within 24 hours.