Cloud architecture and migration
Assess workloads and dependencies, then define an architecture or migration plan across AWS, Google Cloud or Azure that fits the operating requirements.
SERVICES / CLOUD & PLATFORM ENGINEERING
A stronger foundation for the software your business relies on.
Design, automate and improve cloud platforms with reliability, security, observability and operating cost considered together.
PLOVETEK LABSEngineering intelligence. Building what’s next.
THE BUSINESS CONTEXT
A clear purpose behind the technology.
Production readiness is a set of everyday capabilities: repeatable deployments, useful visibility, controlled access and a recovery plan. We help establish these foundations around the needs of your applications and the team that runs them.
Discuss your priorities ↗CHALLENGES WE CAN HELP ADDRESS
- 01
Manual releases introduce delays and inconsistent environments.
- 02
Teams struggle to understand production incidents and service health.
- 03
Cloud resources and costs grow without clear ownership or usage visibility.
WHAT WE CAN BUILD
Practical solutions. Connected foundations.
Start with a focused capability or combine these approaches into an engagement around your requirements.
Delivery and infrastructure automation
Build repeatable environments and release pipelines using infrastructure as code, containers and an appropriate deployment model.
Reliability and observability
Make application behavior visible through logs, metrics and alerts. Define recovery, support and service ownership around business priorities.
ILLUSTRATIVE USE CASE
A repeatable release platform for a growing application
A practical example to discuss during discovery. This illustrates a possible solution; it is not a claim about an existing client engagement.
- 01
Assess the foundations
Review the application, environments, release process and current operational risks.
- 02
Automate the path to release
Create repeatable infrastructure and a delivery pipeline with appropriate validation, access and rollback behavior.
- 03
Operate with visibility
Establish service dashboards, useful alerts and runbooks, then review performance and resource usage.
TYPICAL ENGAGEMENT OUTPUTS
Useful work.
A reviewable result.
The exact scope is agreed during discovery. These outputs provide a starting point for defining the engagement.
- Architecture assessment and recommendations
- Infrastructure and deployment automation
- Monitoring and alerting foundations
- Access and environment configuration guidance
- Operating and recovery runbooks
QUESTIONS THAT SHAPE THE DESIGN
Define the important
constraints early.
We make the key assumptions visible before implementation, so the architecture and delivery plan reflect the work ahead.
- What service availability and recovery goals matter to the business?
- Who owns production and how are incidents handled?
- Where are credentials, access and configuration managed?
- What usage and cost signals should guide platform improvements?
COMMON QUESTIONS
Clarity for
your next step.
Do we need Kubernetes?
It should be selected when the workload and operating model justify it. A managed application or container service may provide a simpler foundation for some products.
Can you improve our existing setup?
Yes. A platform engagement can focus on release automation, observability, architecture or cost visibility without requiring a full migration.
How do you approach cost optimization?
We begin with workload requirements and usage visibility, then review resource sizing and architecture options. The aim is to balance operating cost with the reliability and performance the business needs.
EXPLORE MORE
Connected capabilities.
LET’S BUILD SOMETHING THAT MATTERS
Your next chapter.
Engineered together.
Tell us where you want to go. We’ll help you work out what to build and how to get there.