Cloud & DevSecOps
Certified team with Google Cloud: native architectures, IaC, secure pipelines and end-to-end observability.
Infrastructure that becomes reliable operations
We design secure, automated and observable platforms that connect on-premise and cloud infrastructure with CI/CD, GitOps, security and observability. Each layer serves a purpose and enables the next, so you can deploy, operate and scale applications with more control and less risk.
A modern platform is not a list of tools. It is an architecture where infrastructure, automation, security and operations work as a single system. We integrate your own environments with Google Cloud and Azure under shared standards of governance, automation and control.
We are a certified Google Cloud Partner, with GCP-certified professionals and a specialized Google Workspace team to strengthen both your technology platform and your organization's collaboration.
Six foundational layers. Platforms built to operate.
From infrastructure to observability, every layer builds in automation, security and control practices to deliver reliable, scalable platforms ready to evolve.
- 01
Infrastructure foundations
The compute, network and storage base the platform runs on, sized and secured from the design stage.
Capacity planning
Infrastructure sizing: capacity, performance and fault tolerance defined at design time.
Sizing · Fault tolerance · Headroom
Connectivity and exposure
Secure design of service access through segmentation, encryption, load balancing and control of traffic between users, applications and platforms.
Segmentation · TLS · Load balancing
- 02
Infrastructure as code
Infrastructure is defined, versioned and deployed in an automated, repeatable and controlled way.
Declarative provisioning
Reproducible, consistent infrastructure across environments, cutting manual configuration and configuration drift.
Traceability · Reproducibility · Drift control
Standardization and reuse
Modular, parameterized components that speed up new environments while keeping common architecture standards.
Modularity · Versioning · Standardization
- 03
Container and orchestration platforms
Applications packaged consistently, and platforms able to run, scale and recover them automatically.
Immutable packaging
Immutable, minimal, reproducible artifacts: what is built once reaches production unchanged.
Immutability · Portability · Consistency
Resilience and scalability
The orchestrator keeps the desired state: reschedules workloads, replaces failed containers and scales with demand.
Autoscaling · Self-healing · Desired state
- 04
Application architecture
We design decoupled, scalable applications ready to evolve without compromising the stability of the platform.
Cloud Native design
Applications ready to run in dynamic environments, with decoupled configuration, horizontal scalability and resilience by design.
Decoupled architectures and microservices
Components with clear responsibilities, independent evolution and well-defined contracts between services.
Service management and exposure
Centralized, controlled access to platform capabilities through authentication, routing, policies and API governance.
Event-driven architecture
Asynchronous, decoupled communication to absorb demand spikes, improve resilience and reduce dependencies between components.
- 05
Continuous integration and delivery
From commit to cluster, with no manual intervention.
Versioning as the source of truth
Every change comes in through review and is traced in the repository, which declares the desired state of applications and infrastructure.
Stage 01 · Code
Continuous integration
Automated build and testing of every change, producing reproducible artifacts ready to publish.
Stage 02 · Build
GitOps delivery by reconciliation
The state declared in the repository is applied to the platform continuously, with declarative rollback and no manual deployments.
Stage 03 · Delivery
- 06
Observability
No signals, no operation: metrics, dashboards, and logs.
Metrics and alerting
Time series, alerting rules and service level objectives that reflect the real health of the platform.
Time series · SLOs · Alerts
Dashboards and visualization
Operational and business dashboards that consolidate multiple sources into a single view to operate on evidence.
Operations · Business · Multiple sources
Logs and diagnosis
Centralized log collection, search and analysis to speed up incident diagnosis.
Centralization · Search · Analysis
A loop with controls, not a pipeline with an audit
Security is not the last stage: it is stitched into every one of the four.
Code
Every change comes in through review, with traceable history.
Control: Static, dependency and secret scanning on every pull request.
Build
Reproducible artifacts from one and the same commit.
Control: Minimal images, scanned, signed, with a component inventory.
Delivery
The repository declares the cluster's desired state.
Control: No manual access: the change is applied by reconciliation.
Operation
The platform is observed and corrected through signals.
Control: Policies enforced, secrets managed, and alerts active.
One control plane, three substrates
On-premise data center and public cloud operated with the same pieces and the same criteria.
The four pieces that cross all three
These are not three separate operations. The same Terraform describes on-premise and both clouds, the same Argo CD delivers to all three, and the same Prometheus observes them.
Terraform
Kubernetes
Argo CD
Prometheus
On-Premise
Own infrastructure
What we operate here
- Virtualization and cluster nodes on owned hardware.
- Network, storage, and backup under direct control.
- Workloads with data residency or local latency requirements.
- Continuity backed by the cloud for disaster recovery.
Google Cloud Platform
Public cloud · data and analytics
What we operate here
- Managed Kubernetes and elastic compute on demand.
- Managed data and analytics services, with no servers to operate.
- Identity, network, and billing governed per project.
- Recovery target for the data center's workloads.
Microsoft Azure
Public cloud · enterprise integration
What we operate here
- Managed Kubernetes integrated with corporate identity.
- Hybrid network connected to the on-premise data center.
- Windows workloads and managed platform services.
- Governance and compliance enforced per subscription.
Partners & Certifications
We are a certified partner, authorized to sell solutions and provide specialized professional services across the Google ecosystem.
Google Cloud Partner
Certified GCP cloud architects and data engineers, for migrations, native architectures, and data platforms on Google Cloud.
Google Workspace
A team of certified Google Workspace engineers to deploy, integrate, and optimize your organization's collaboration.
Google for Education
Solutions for educational institutions with Google Workspace for Education, Classroom, and Chromebooks, including implementation, adoption, and specialized support.
Chrome Enterprise
Secure management for Chrome browsers and devices, with centralized policies, enterprise protection, and implementation support.
Shall we design your platform?
On-premise, in the cloud, or both at once, the starting point is the same: understanding your operation.