Before — manual deployments
Computer A
v1.2Computer Bv1.3Serverv1.1Different versions. Manual steps. Uncertain rollback.
Deployments
under control.
We organise environments, deployment of changes and monitoring of application behaviour.
Stable foundations
for your product's development.
The environment, version and responsibility for deployment should be clear. We help organise the process and reduce manual steps.
What would you like to build?
Select your project scale. See a starting point for discussing the environment.
Proposed approach
Start simple. Kubernetes is optional.
A small application often needs simple hosting, automated deployment and a tested backup. We select tools according to requirements, skills and maintenance costs.
DockerGitHub Actions
Proposed approach
Separate your environments. Organise deployments.
Separate staging and production environments, logs, monitoring and reproducible images make safe development easier. We consider scaling based on actual load.
DockerTerraform
Proposed approach
Add orchestration where it solves a problem.
For multiple services, we assess Kubernetes, access standards and shared automation. Environmental complexity needs an owner and a reason.
KubernetesTerraform
From a change to a safe deployment
The same application package moves through successive environments. The rollback plan also accounts for data and migration compatibility.
- Code changeVersion in the repository
- TestAutomated checks
- StagingAcceptance before deployment
- ProductionVersion available to users
Controlled rollback to a compatible previous version
Why organise your environments?
After — one deployment recipe
# One application package release: v1.4.0 environments: - test - staging - production- The same application version
- Pre-deployment checks
- Documented rollback plan
- It is clear who accepts the change
The right tools at the right stage.
You do not need the whole set. We select the elements that suit the product and team.
AWSCloud infrastructure and servicesDocumentation ↗Google CloudEnvironments and data servicesDocumentation ↗DockerReproducible application imagesDocumentation ↗KubernetesContainer orchestrationDocumentation ↗TerraformInfrastructure as codeDocumentation ↗GitHub ActionsAutomated testing and deploymentDocumentation ↗
Environments that
can be restored.
Configuration defined in code helps recreate an environment and control changes. A backup only has value when we know how to restore it.
Discuss your environment# Example configuration resource "aws_s3_bucket" "app" { bucket = "example-app-storage" } # We define versions and access # separately for each environment.- Versioned configuration
- Access control
- Tested recovery plan
Monitoring and responsibility.
We implement logs, metrics and alerts. We agree on who responds and what they check — a chart without a responsible person does not resolve the problem.
- Application and infrastructure monitoring
- Alerts for important events
- Clear allocation of responsibilities
Application stateDemo data
API response time · ms
Database · runningAPI: 680 ms > threshold 500 ms
Common uses.
Initial deployment
Setting up the application, infrastructure and deployment process from scratch.
Deployment automation
Repeatable tests and deployments that reduce manual tasks.
Environment development
Organising the existing configuration and preparing the next stage.
How we start
A clear process. A defined scope at every stage.
- 1
Consultation
We learn about the product, team and constraints.
- 2
Proposal
We select the tools and plan the work.
- 3
Implementation
We configure environments and automation.
- 4
Development
We agree on monitoring and ongoing maintenance.
Frequently asked questions.
Do I need Kubernetes for my project?
Not necessarily. Orchestration helps with complex environments, but adds its own operational cost. For a simple product, we often choose a less elaborate deployment model.
What are the differences between AWS and Google Cloud?
They are separate platforms with broad service offerings. We compare specific needs: available integrations, data, regions, team skills and expected costs, rather than choosing on brand alone.
How can cloud security be ensured?
Permission management, updates, secure configuration, backups and tested recovery are among the measures needed. Scope and responsibilities must suit the system.