Build on infrastructure .
Zero One Creation designs, migrates, and operates cloud infrastructure and deployment pipelines, so releases are routine and scaling isn't a fire drill.
The product works. The infrastructure behind it is a liability.
Nobody starts out thinking they need Kubernetes. They think deployments are risky, the app is getting slower under load, and nobody's quite sure what happens if a server goes down tonight.
Releases still happen by someone manually moving code between environments. Staging doesn't match production. Cloud costs keep climbing without a clear reason. Scaling for a traffic spike means someone scrambling, not a policy that just works.
That's not solved by adopting whatever's trending in infrastructure. It's solved by engineering the infrastructure around what the product actually needs.
Six capabilities, one engineering standard.
From a first cloud setup to a full migration and monitoring stack, every build gets the same rigor.
Cloud architecture
Infrastructure designed around what the product actually needs to handle, not a default template scaled up after something breaks.
Cloud migration
Moving applications and workloads off legacy or on-premise environments without a weekend of downtime and a rollback plan nobody trusts.
CI/CD & deployment automation
Every release should not require someone manually moving code between environments. Builds, tests, and deploys run the same way, every time.
Containerization & orchestration
Consistent environments from a developer's laptop to production, so "it works on my machine" stops being an actual failure mode.
Monitoring & observability
Knowing what the system is doing, not just that it's running — logs, metrics, and alerts that catch a problem before a customer does.
Security & reliability
Least-privilege access, secrets handled properly, and backups that are actually tested, not just scheduled.
From commit to production, without manual chaos.
Every release moves through the same automated path, so shipping is routine, not an event.
Each layer earns its place.
A request's path through the system, monitored end to end.
Monolith or microservices? It depends on the product.
We choose architecture based on the product, not trends — the same logic applies to Kubernetes and serverless: the right tool for the workload, not a default.
Often the right call early on.
- —The product is early and requirements are still moving
- —Architecture stays simple enough for a small team to reason about
- —Deployment is one unit, one pipeline, one thing to monitor
- —Splitting services too early adds coordination cost with no payoff yet
Earns its cost once complexity justifies it.
- —Genuine domain boundaries exist between parts of the system
- —Different services need to scale or deploy independently
- —Multiple teams need to ship without blocking each other
- —The operational overhead is worth what it buys you
A six-stage migration process.
Not every migration should happen the same way — but every migration follows this discipline.
Assess
We understand the current infrastructure, dependencies, and what's actually running where.
Plan
Architecture, risks, and a migration strategy are defined before anything moves.
Prepare
The target cloud environment is set up and tested before it carries real traffic.
Migrate
Applications, data, and services move with a plan for rollback if something's wrong.
Validate
Performance, security, and reliability are verified against the environment being replaced.
Optimize
Cost, performance, and operations keep improving after the migration, not just at launch.
Development, staging, and production, kept honestly separate.
Environments that actually mirror each other, deployments that behave the same way in every one of them, and secrets that never leak between them — so what passes staging is what actually ships.
The stack chosen for the workload, not the other way around.
Infrastructure built on a platform we actually operate on
EC2, S3, RDS, CloudFront, and the surrounding AWS services, architected around what the product needs rather than a generic checklist.
Not a checklist. A requirement.
- Backups & recovery
- Backups that are actually tested, with a recovery plan nobody has to improvise.
- Health checks & redundancy
- Failures are caught and routed around automatically, not discovered by a customer.
- Least-privilege access
- IAM roles and access controls scoped to what a system or person actually needs.
- Secrets management
- Credentials and keys handled properly, never hardcoded or shared over chat.
- Environment separation
- Development, staging, and production stay isolated from each other by design.
Scale intelligently, not expensively.
Cloud infrastructure isn't "move everything to AWS and hope." Cost is a design decision, not an afterthought.
Right-sizing resources, reviewing storage and scaling policies, and not running infrastructure the product doesn't actually need — reviewed on an ongoing basis, not just at launch.
And the signals that it's time.
- Startups that need reliable infrastructure without overengineering for scale they don't have yet.
- Growing SaaS companies whose deployment process hasn't kept up with their release frequency.
- Businesses modernizing legacy systems that need a real migration plan, not a lift-and-shift guess.
- Product companies that need CI/CD and infrastructure without hiring a dedicated DevOps team yet.
Proof beats promises.
The same engineering process and standards behind every product we've shipped apply to the infrastructure underneath it.
Infrastructure engineering, not AWS reselling.
Architecture is chosen for the product, not the trend.
Monolith, microservices, serverless, Kubernetes — the decision follows what the product actually needs, and we'll say so when the simpler option is the right one.
Reliability is an engineering requirement, not an afterthought.
Monitoring, backups, and recovery plans are part of the build from day one, not a checklist added after an incident.
We're straight about cost.
Infrastructure is sized for what the product needs now, with a clear path to scale, not a bill that grows faster than the business.
You own everything. No lock-in.
Infrastructure, code, and cloud accounts stay in your name. If you move teams, nothing is trapped in a system only we understand.
Need the infrastructure and the product built together? See our web development services and app development services.
Questions worth asking before you commit.
Does Zero One Creation work with AWS?+
Yes. AWS is the cloud platform we build and operate on most, across services like EC2, S3, RDS, and CloudFront, architected around what the specific product needs.
Can Zero One Creation migrate our application to AWS?+
Yes. We assess the current environment, plan the migration, and move applications and data with a validated rollback plan, rather than a live cutover and hope.
Does Zero One Creation build CI/CD pipelines?+
Yes. Automated build, test, and deployment pipelines with staging and approval steps are a core part of how we set up infrastructure, so releases don't depend on someone manually moving code.
Does Zero One Creation work with Docker and Kubernetes?+
Yes. We use Docker for consistent environments on every project, and bring in Kubernetes when container orchestration and independent service scaling genuinely justify the added complexity — not as a default.
Does Zero One Creation build serverless systems?+
Yes, where it fits — event-driven workflows, lightweight APIs, and scheduled or background jobs are good candidates for serverless. We won't recommend it as a default for every workload.
How does Zero One Creation choose between a monolith and microservices?+
Based on the product, not a trend. A monolith is often the right call early on when the team is small and requirements are still moving. Microservices earn their cost once genuine domain boundaries, independent scaling needs, or multiple teams shipping in parallel justify the added operational overhead.
Can Zero One Creation manage and monitor our existing cloud infrastructure?+
Yes. We can take over monitoring, reliability, and ongoing optimization of infrastructure that's already running, not just infrastructure we build from scratch.
How does Zero One Creation approach cloud cost optimization?+
Right-sizing resources, reviewing storage and scaling policies, and avoiding infrastructure the product doesn't actually need — the goal is scaling intelligently, not just scaling.
We turn bold ideas into successful products