Cloud architecture to support scale without losing control
DOMVS iT designs and develops cloud environments to support critical applications, growing demand, and new data workloads or artificial intelligence.
Architecture defines what the cloud can sustain.
Before scaling resources or adding new services, it is the architecture that determines how the environment responds to load, inter-system dependencies, and availability requirements.
DOMVS iT structures this design considering the actual behavior of the applications and the way each layer needs to operate within the cloud.
This makes it possible to build new environments with a consistent foundation or to revise existing architectures that already present technical limitations.
What changes for the business
An infrastructure built to grow without requiring constant fixes.
Scale without constant resizing
Use autoscaling and elastic services to respond to load variations without maintaining excess capacity all the time.
More resilience for critical applications
Reduce single points of failure and prepare the environment to respond better when any component experiences downtime.
Governance from foundation
Establish cloud access and organization standards before growth makes the environment difficult to manage.
Foundation ready for data and AI
Provide the necessary capacity for data pipelines and new artificial intelligence workloads without rebuilding the infrastructure for each initiative.
Solution components
The decisions that define how your cloud environment will operate.
Landing zone and cloud organization
We structured the foundation so that new applications can enter the cloud within standards defined from the beginning.
Network and connectivity
We design VPCs, VNets, and the necessary communication flows between systems and environments.
IAM and access control
We apply the principle of least privilege to control how users and services access cloud resources.
High availability
We distribute components according to application criticality to reduce impact in the event of a failure.
Scalability and performance
We scale services and autoscaling strategies to match the actual operational demand.
Observability
We structured monitoring and alerting to provide visibility into the environment's behavior and accelerate incident identification.
Frequently asked questions
Cloud architecture is the technical design that defines how applications, services, and data utilize the resources of a cloud platform. It establishes how the environment will be structured to operate securely and grow without losing control.
The review is recommended when the environment begins to present difficulty in scaling, cost increases with no clear origin, or limitations in putting new applications into production.
A landing zone is the foundation of a cloud environment. It establishes organization and control standards so that new resources are provisioned consistently from the start.
A well-scaled architecture prevents idle resources and allows capacity to be adjusted according to demand. It also creates a more suitable foundation for FinOps practices and continuous optimization.
The environment can be provisioned to automatically respond to load variations with elastic resources and autoscaling, reducing the need for manual resizing.
Yes, network, identity, and access control decisions are part of architecture design. Features like IAM and segmentation help limit improper exposure within the environment.
Cloud migration focuses on transferring applications and environments to the cloud. Cloud architecture defines how this infrastructure will be organized and operated after the systems are in the cloud.
Yes. An existing architecture can be evaluated to identify bottlenecks and areas that need to evolve without necessarily rebuilding the entire environment.
Yes. DOMVS iT structures architectures according to the company's technological context and can operate on the main public cloud providers, including AWS, Microsoft Azure, and Google Cloud.