Cloud Solutions

Infrastructure that scales with your business

FIG 1. VPC TOPOLOGY


  +-------------------------------+
  |          [VPC 10.0.0.0/16]    |
  |                               |
  |  +----------+  +----------+  |
  |  | Public   |  | Public   |  |
  |  | Subnet   |  | Subnet   |  |
  |  | AZ-1     |  | AZ-2     |  |
  |  +----+-----+  +----+-----+  |
  |       |              |        |
  |  +----v--------------v----+  |
  |  |       [ALB / NLB]      |  |
  |  +----+------------------+   |
  |       |                      |
  |  +----v-----+  +----------+ |
  |  | Private  |  | Private  | |
  |  | Subnet   |  | Subnet   | |
  |  | AZ-1     |  | AZ-2     | |
  |  +----------+  +----------+ |
  |       |              |       |
  |  +----v--------------v---+  |
  |  |     [RDS Multi-AZ]    |  |
  |  +-----------------------+  |
  +-----------------------------+

INFRASTRUCTURE DESIGN

Cloud architecture is not about which services you use. It is about how they connect. We design infrastructure that is reproducible, auditable, and version-controlled — using infrastructure-as-code from day one.

Every environment — development, staging, production — is defined in Terraform or Pulumi modules. No manual console clicking, no configuration drift. Changes go through pull requests, are reviewed by engineers, and are applied through automated pipelines.

If you cannot recreate your infrastructure from code in 30 minutes, you do not have infrastructure-as-code.

Multi-account strategy, with isolated environments and centralized billing.
Network design, VPCs, subnets, security groups, and private connectivity.
Cost guardrails, with budgets, alerts, and reserved capacity planning.

FIG 2. K8S CLUSTER


  +--[CLUSTER]-----------------+
  |                            |
  |  +--[NODE 1]------------+  |
  |  | +------+  +------+  |  |
  |  | |pod-a |  |pod-b |  |  |
  |  | |:8080 |  |:8080 |  |  |
  |  | +------+  +------+  |  |
  |  +-----------------------+  |
  |                            |
  |  +--[NODE 2]------------+  |
  |  | +------+  +------+  |  |
  |  | |pod-a |  |pod-c |  |  |
  |  | |:8080 |  |:3000 |  |  |
  |  | +------+  +------+  |  |
  |  +-----------------------+  |
  |                            |
  |  [INGRESS] --> [SERVICE]   |
  |      --> [DEPLOYMENT]      |
  |          --> [PODS]        |
  +----------------------------+

CONTAINER ORCHESTRATION

Containers give you portability. Orchestration gives you reliability. We deploy and manage containerized workloads with Kubernetes or ECS, handling service discovery, health checks, and autoscaling automatically.

Helm charts and Kustomize, for templated, environment-specific Kubernetes manifests.
Service mesh, with mTLS, traffic splitting, and observability built in.
Autoscaling policies, based on CPU, memory, and custom application metrics.

KubernetesDockerHelmECSFargate

FIG 3. DEPLOYMENT PIPELINE


  main branch
    |
    v
  +----------+
  | Checkout  |
  +----+-----+
       |
  +----v-----+  +----------+
  |  Lint &  |  |  SAST    |
  |  Test    |  |  Scan    |
  +----+-----+  +----+-----+
       |              |
       +------+-------+
              |
        +-----v------+
        |  Build &    |
        |  Push Image |
        +-----+------+
              |
        +-----v------+
        |  Deploy     |
        |  Staging    |
        +-----+------+
              |
        +-----v------+
        |  Canary     |
        |  Prod 10%   |
        +-----+------+
              |
        +-----v------+
        |  Full       |
        |  Rollout    |
        +------------+

CI/CD PIPELINES

Shipping code should be boring. Our pipelines make it routine. We build deployment pipelines that run tests, scan for vulnerabilities, build artifacts, and deploy — all triggered by a git push.

Every pipeline includes security scanning (SAST, dependency audit, container image scanning), automated testing, and deployment gates. Rollbacks happen automatically when health checks fail.

GitHub Actions workflows, with reusable actions and matrix builds for multi-platform support.
GitOps with ArgoCD, syncing Kubernetes state with your git repository.
Canary deployments, gradually shifting traffic to new versions with automatic rollback.

FIG 4. OBSERVABILITY STACK


  [APP] --> [OpenTelemetry SDK]
                 |
        +--------+--------+
        |        |        |
   +----v--+ +--v---+ +--v-----+
   |Metrics| | Logs | | Traces |
   +----+--+ +--+---+ +--+-----+
        |        |        |
   +----v--+ +--v---+ +--v-----+
   |Prom   | |Loki  | |Jaeger  |
   +----+--+ +--+---+ +--+-----+
        |        |        |
        +--------+--------+
                 |
           +-----v------+
           |  Grafana    |
           |  Dashboard  |
           +-----+------+
                 |
           +-----v------+
           |  Alerting   |
           |  PagerDuty  |
           +------------+

OBSERVABILITY

You cannot fix what you cannot see. We instrument your systems with metrics, logs, and traces — giving you complete visibility into application behavior and infrastructure health.

Observability is not about dashboards. It is about being able to ask any question about your system and get an answer.

Distributed tracing, following requests across services with OpenTelemetry.
Alert routing, with PagerDuty integration and escalation policies.
SLO tracking, measuring error budgets and reliability targets.

DatadogPrometheusGrafanaOpenTelemetryPagerDuty

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