Enterprise Architecture Private Blueprint
P100 --:--:-- COMMAND
LIVE
TERRAFORM WRITE → PLAN → APPLY • PULUMI TYPESCRIPT + PYTHON + GO + C# • MOBY CONTAINER ENGINE • KUBERNETES ORCHESTRATION • HELM RELEASE PACKAGES • ARGO CD GITOPS SYNC • HPA AUTOSCALING • ZERO-TRUST NETWORK POLICY • OBSERVABILITY • DISASTER RECOVERY • FINOPS •
000%
TERRAFORM CORE
ENTERPRISE BLUEPRINT READY · MORPH BACKDROP V2

CLOUD
COMMAND

A deployable cloud architecture workspace connecting infrastructure as code, multi-language provisioning, container delivery, Kubernetes operations, Helm packaging, and Argo CD reconciliation.

06Core platforms
04Pulumi languages
03Availability zones
12Max workload replicas
01 — Infrastructure lifecycle

TERRAFORM
FOUNDATION

Versioned VPC, subnets, encryption, managed Kubernetes, backups, and policy boundaries follow a reviewable write-plan-apply workflow.

02 — Container platform

MOBY TO
KUBERNETES

A hardened multi-stage container image moves through registry scanning into a three-zone Kubernetes runtime with probes, resource limits, PodDisruptionBudget, and autoscaling.

03 — Declarative delivery

HELM +
ARGO CD

Helm packages environment values while Argo CD continuously compares Git state with the cluster and applies approved self-healing policies.

04 — Operational control

SECURE
RESILIENT

Network segmentation, RBAC, Pod Security, observability, backup drills, multi-zone recovery, and assumption-based cost optimization complete the enterprise operating model.

P200

Enterprise Infrastructure Map

Explore the application, networking, security, observability, resilience, and cost layers of the deployable blueprint.

RESOURCE INVENTORY

Enterprise components

Configuration-derived
LayerComponentAvailabilitySecurityImplementation
P300

Automated Delivery Pipeline

Terraform and Pulumi provision infrastructure; Moby builds containers; Helm packages releases; Argo CD reconciles desired state.

PLAN PREVIEW

Enterprise deployment trace

READY
$ pipeline ready — this preview shows commands; GitHub Actions performs real execution after secrets are configured.
MULTI-LANGUAGE

Pulumi deployment SDKs

Each example deploys the same Kubernetes workload contract using its native language SDK.

Loading implementation…
P400

Kubernetes Runtime Operations

Configuration-backed workload topology, autoscaling, networking, availability, and package controls for a production cluster.

BASE REPLICAS3spread across zones
HPA RANGE3–12CPU + memory targets
PDB2minimum available
NETWORKDENYdefault isolation
WORKLOAD GRAPH

Three-zone service topology

Kubernetes manifests
ZONE Aapi-7d9fworker-3ac1
ZONE Bapi-52b0worker-f148
ZONE Capi-83e4surge capacity
Gateway API → Service → Ready Pods → Managed Data Layer
HPA CALCULATOR

Replica recommendation

Recommended desired replicas4ceil(3 × 78 / 65)
DASHBOARD SOURCE NOTE

Kubernetes Dashboard snapshot

The uploaded Dashboard source is preserved in the Source Vault for historical study. The upstream project is archived, so this enterprise blueprint does not make it a production dependency.

Read migration note ↗
HELM RELEASE

Environment values

Chartcloud-command
Replicas3
Autoscaling3–12
Pod Securityrestricted
NetworkPolicyenabled
Open values.yaml ↗
P500

Security & Observability

Defense-in-depth controls and telemetry paths are represented as deployable Kubernetes, Helm, and monitoring artifacts.

ZERO TRUST

Control coverage matrix

Policy as code
NETWORK POLICY

Default deny + explicit flows

GATEWAYTLS + WAFAPI PODSmTLS/RBACDATABASEPRIVATEOBSERVEEGRESS DNSOpen policy ↗
OBSERVABILITY

Telemetry pipeline

APPOTel SDK
COLLECTORmetrics/logs/traces
PROMETHEUSalert rules
GRAFANAoperations view
SLO availability99.9%
Error budget43.8 min/mo
Alert routeseverity + service
P600

Disaster Recovery & Cost Optimization

Recovery objectives, backup automation, capacity planning, and assumption-based FinOps controls are integrated into the architecture.

RECOVERY TIERS

Enterprise continuity model

Runbook-backed
TIER 0RPO 0Git + IaC desired state
TIER 1RPO 15mDatabase snapshots
TIER 2RTO 60mWarm secondary cluster
TIER 3RTO 4hFull region rebuild
FINOPS MODEL

Monthly estimate

Editable reference assumptions—not live provider prices.

Estimated monthly baseline$852Compute $552 + Data $180 + Network $120
OPTIMIZATION

Cost control actions

  • Right-size requests using observed p95 utilization.
  • Scale stateless workloads to zero in non-production windows.
  • Use spot capacity only for disruption-tolerant pools.
  • Enforce labels for owner, environment, service, and cost center.
  • Review idle load balancers, volumes, and snapshots weekly.
BACKUP AUTOMATION

Recovery workflow

  1. Snapshot etcd and persistent data.
  2. Copy encrypted backups across regions.
  3. Validate checksums and retention policy.
  4. Rebuild infrastructure from Terraform.
  5. Restore applications through Argo CD.
  6. Run synthetic readiness and data checks.
Open restore checklist ↗
RISK REGISTER

Failure-mode controls

Failure modeDetectionAutomated responseRecovery evidence
Single pod failureReadiness + restart countReplicaSet replacementPod event timeline
Node lossNodeNotReadyReschedule + node autoscalingZone spread report
Bad releaseSLO burn alertArgo rollback / Git revertSync history
Data corruptionIntegrity checksPoint-in-time restoreRestore drill report
Region outageExternal health probesDNS failover + warm clusterDR exercise log
P700

Full Upstream Source Vault

All five uploaded source archives are preserved inside a compressed, chunked bundle while the deployable website remains below Cloudflare per-file limits.

UPLOADED SNAPSHOTS

Source inventory

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REASSEMBLY

Combined source archive

Download every part in order, concatenate them, then verify SHA-256 before extracting the .tar.zst archive.

Open instructions ↗
IMPLEMENTATION TREE

Cloud blueprint files

blueprints/
├── terraform/aws
├── pulumi/{typescript,python,go,csharp}
├── container
├── kubernetes/base
├── helm/cloud-command
├── argocd
├── monitoring
├── security
├── dr
└── cost
.github/workflows/
docs/