diff --git a/Micro–DC/blueprint.toon b/Micro–DC/blueprint.toon new file mode 100644 index 0000000..0b2f793 --- /dev/null +++ b/Micro–DC/blueprint.toon @@ -0,0 +1,382 @@ +meta: + format: toon + version: "1.0" + kind: "deployment_blueprint" + name: "Sovereign Modular Micro-DC v1 — EU/GDPR, Eco-Efficient" + generated_by: "AI Council OS — 14-seat round table" + lastUpdated: "2026-DEC-04" + +context: + objective: > + Deploy a repeatable, sovereign, eco-efficient micro–data center “module” + within the EU that can be cloned to multiple locations. All infra must be + reproducible from Git, fully automated (zero manual provisioning), and + aligned with GDPR/data-sovereignty and sustainability expectations. + primary_regime: + jurisdiction: "EU/EEA" + privacy: "GDPR" + facility_standards: + - "EN 50600-oriented design" + - "National electrical and safety codes" + sustainability_frameworks: + - "EU Code of Conduct for Data Centres (voluntary, strongly recommended)" + - "Energy Efficiency Directive reporting where applicable" + target_use_cases: + - "AI/ML training and inference with GPUs" + - "SaaS / line-of-business apps for EU customers" + - "Edge/municipal compute for public sector workloads" + design_principles: + - "Sovereign-by-design (location + jurisdiction + access control)" + - "Modular: small, repeatable 'bricks' instead of bespoke facilities" + - "Infra-as-code and policy-as-code; no snowflake clusters" + - "Observability, SLOs, error budgets from day one" + - "Sustainability KPIs are first-class (PUE/WUE/renewables/reuse)" + +assumptions: + module_scale: + it_load_kw: 80 # typical first module; scalable up/down + racks_total: 8 + racks_gpu: 2 + racks_compute: 4 + racks_storage: 2 + stack_choice: + bare_metal: "MAAS (or equivalent) for server discovery/commissioning" + virtualization: "Proxmox VE on most nodes; bare-metal K8s for GPU nodes optional" + cloud_layer: "Kubernetes as primary control plane; OpenStack optional add-on" + storage: "Ceph (NVMe + HDD tiers) + object storage; local NVMe cache on GPU nodes" + automation_stack: + iac: + - "Terraform for network/DCIM/inventory where APIs exist" + - "Ansible for OS/provisioning/bootstrap" + gitops: + - "Argo CD or Flux for K8s/OpenStack configuration" + policy_as_code: + - "OPA/Kyverno, CI policy checks, security/compliance gates" + sovereign_controls: + residency: + - "All personal data stored and processed in EU/EEA micro-DC modules" + - "No admin access from non-EU locations without explicit DPIA and legal controls" + data_classification_levels: + - "PUBLIC" + - "INTERNAL" + - "PERSONAL" + - "SENSITIVE_PERSONAL" + - "CRITICAL_SOVEREIGN" + cross_border_rules: + - "CRITICAL_SOVEREIGN must not leave the country/region" + - "SENSITIVE_PERSONAL must not leave EU/EEA" + - "PERSONAL only with approved transfer mechanism (SCCs, adequacy, etc.)" + +architecture: + layers: + - name: "Facility & Physical (Physical Infrastructure & Facility Engineering Lead)" + description: > + Design of the physical micro-DC module: room/container, racks, power, + cooling, structured cabling, environmental monitoring, and maintenance + envelopes, all aligned with the sustainability objectives defined by + the Sovereign Compliance & Sustainability Lead. + design: + form_factor: + options: + - "Prefabricated container (2–4 racks) for edge/remote sites" + - "Dedicated room in existing building for 6–10 racks" + environmental: + hot_cold_aisle_containment: true + access_control: "Electronic locks, CCTV, dual-person entry for critical areas" + power: + utility_feeds: "2 independent feeds where possible" + ups_topology: "Modular online UPS, N+1" + generator: + presence: true + autonomy_hours: 8 + redundancy_level: "N+1 for IT load; 2N for critical control systems if feasible" + per_rack_pdu: + type: "Intelligent, metered, switched" + phases: "3-phase where compatible with design" + cooling: + primary: + type: "In-row or rear-door cooling" + chilled_water: "Preferred for higher density" + free_cooling: "Enabled where climate permits" + density_targets: + cpu_racks_kw: 8 + gpu_racks_kw: 20 + set_points: + cold_aisle_celsius: [26, 28] + monitoring: + sensors: + - "Inlet and outlet temperature per rack" + - "Humidity" + - "Power per PDU and per rack" + - "Leak detection" + telemetry_export: "All metrics exposed to Prometheus-compatible gateway" + documentation_as_code: + artefacts: + - "site_manifest.yaml" + - "rack_layout.yaml" + - "power_chain.yaml" + - "cooling_spec.yaml" + + - name: "Network & Connectivity (Network Architect)" + design: + topology: + underlay: "Small leaf-spine (2x spine, ToR per rack)" + uplinks_per_rack: 2 + routing: "L3 to the top; BGP between ToR and core" + segmentation: + vrfs: + - "INFRA_MGMT" + - "TENANT" + - "STORAGE" + - "OUT_OF_BAND" + vlans: + - "vlan10_mgmt" + - "vlan20_storage" + - "vlan30_k8s_nodes" + - "vlan40_gpu_nodes" + - "vlan100_dmz" + whitelisted_egress: + - "Security update mirrors" + - "Central CI/CD and artifact repositories in EU" + wan: + connectivity: + - "Dual ISPs with BGP" + - "Optional private MPLS/EVPN to regional hub" + sovereignty: + - "All WAN termination and encryption endpoints in EU/EEA" + infra_as_code: + - "Device templates and routing policies defined via Terraform/Ansible" + - "CI tests for config linting and connectivity (e.g., Batfish, network simulations)" + + - name: "Compute, Storage & Virtualization (Virtualization Architect, Capacity & Performance Engineer)" + design: + node_types: + - name: "compute-standard" + cpu: "2 x 32-core" + ram_gb: 512 + storage_local: + system: "Mirrored SSD" + data: "Optional NVMe cache" + - name: "compute-gpu" + cpu: "2 x 32-core, NUMA-friendly" + gpus: 4 + ram_gb: 768 + storage_local: + system: "Mirrored SSD" + data: "NVMe for scratch" + - name: "storage-ceph" + cpu: "1 x 24-core" + ram_gb: 256 + storage: + osd_nvme: 2 + osd_hdd: 10 + hypervisor: + platform: "Proxmox VE (KVM)" + features: + - "Clustered with quorum (odd number of nodes)" + - "Ceph integration for shared storage" + - "SR-IOV and PCI passthrough for GPUs where required" + storage: + ceph: + pools: + - name: "k8s-block" + type: "replicated" + - name: "gpu-block" + type: "replicated, tuned for throughput" + - name: "object-archive" + type: "erasure-coded" + performance_principles: + - "NUMA and PCIe alignment validated for all GPU nodes" + - "Baseline throughput/latency benchmarks defined and stored in Git" + - "Capacity models maintained and updated based on real telemetry" + + - name: "Platform & Workloads (Principal SRE, OpenStack Architect, Automation & IaC Lead)" + design: + provisioning_flow: + - "MAAS discovers and commissions bare metal" + - "Ansible installs Proxmox/K8s base" + - "GitOps installs cluster add-ons and workloads" + clusters: + k8s: + role: "Primary orchestration and platform layer" + ha_control_plane: 3 + worker_pools: + - "general-purpose" + - "gpu-accelerated" + openstack_optional: + role: "IaaS for VM-centric workloads" + deployment: "Kolla-Ansible on top of bare metal or VMs" + multi-tenancy: + - "Namespaces and RBAC in K8s" + - "Projects/tenants in OpenStack" + - "QoS and resource quotas aligned with capacity models" + + - name: "Compliance, Sovereignty & Sustainability (Sovereign Compliance & Sustainability Lead + Physical Infrastructure Lead + Security Architect)" + design: + data_residency: + - "Storage replication confined to EU/EEA DCs" + - "Backups encrypted at rest and stored in EU-only targets" + admin_access: + - "All operators authenticated via EU-based IdP" + - "No standing privileges; just-in-time access with full audit" + sustainability_kpis: + targets: + pue_max: 1.4 # example for a small, efficient module + renewable_share_min_percent: 70 + energy_reuse_target: "Local heat reuse where feasible" + tracking: + - "All metrics scraped and trended" + - "Alerting on drift from targets" + policy_as_code: + - "OPA/Kyverno policies enforce namespace placement by data class" + - "CI checks for non-compliant manifests (e.g., wrong storageClass for CRITICAL_SOVEREIGN)" + +git_structure_and_pipelines: + repos: + - name: "infra-foundation" + contents: + - "network/terraform/" + - "facility/site_manifests/" + - "proxmox/ansible/" + - "maas/profiles/" + - name: "platform-clusters" + contents: + - "k8s/clusters/microdc-v1/" + - "openstack/envs/microdc-v1/" + - "addons/monitoring-logging-security/" + - name: "policies-and-compliance" + contents: + - "data-classification/" + - "opa-policies/" + - "sustainability-kpis/" + - "rbac-and-iam/" + ci_cd: + pipeline_stages: + - name: "lint_and_unit" + checks: + - "YAML validation, Terraform fmt/validate, Ansible syntax" + - name: "policy_gates" + checks: + - "OPA/Conftest for data residency and security rules" + - "Sustainability checks where applicable (e.g., rejecting non-approved SKUs)" + - name: "integration_test" + checks: + - "Ephemeral lab deployment (virtual or small test rack)" + - "Conformance tests: networking, storage, K8s/OpenStack" + - name: "promotion_to_microdc_template" + checks: + - "Approval from relevant leads (SRE, Security, Sovereign Compliance)" + - name: "site_rollout" + strategy: + - "ArgoCD/Flux syncs manifests to target micro-DC cluster(s)" + - "Progressive rollout: canary → partial → full" + +deployment_runbook: + phases: + - phase: 0 + name: "Policy & Site Definition" + owners: + - "Sovereign Compliance & Sustainability Lead" + - "Physical Infrastructure & Facility Engineering Lead" + steps: + - "Define data classification model and residency rules." + - "Define sustainability targets (PUE, renewables, reuse)." + - "Create initial site_manifest.yaml and facility specs in infra-foundation repo." + - "Get legal and DPO sign-off on sovereignty model." + - phase: 1 + name: "Facility Build-Out" + owners: + - "Physical Infrastructure & Facility Engineering Lead" + steps: + - "Construct or prepare room/container per site_manifest.yaml." + - "Install racks, PDUs, UPS, cooling in line with power_chain.yaml and cooling_spec.yaml." + - "Cable power and network; validate with checklists generated from Git." + - "Connect sensors/BMS to telemetry gateway." + - phase: 2 + name: "Network & Out-of-Band Bring-Up" + owners: + - "Network Architect" + - "Security Architect" + steps: + - "Deploy ToR and core switches using Terraform/Ansible templates." + - "Bring up OOB management network and secure remote access." + - "Validate segmentation (VRFs/VLANs, firewall rules) using automated tests." + - phase: 3 + name: "Bare-Metal & Hypervisor Provisioning" + owners: + - "Bare-Metal Provisioning Lead" + - "Virtualization Architect" + steps: + - "MAAS enrols and commissions all servers; apply hardware profiles from Git." + - "Deploy Proxmox/K8s base OS via Ansible playbooks." + - "Run post-install tests (firmware, RAID, NIC bonding, GPU visibility)." + - phase: 4 + name: "Platform Bootstrap" + owners: + - "Principal SRE" + - "Automation & IaC Lead" + steps: + - "GitOps tool (Argo/Flux) installed and pointed at platform-clusters repo." + - "Argo/Flux syncs base K8s cluster and/or OpenStack control plane." + - "Install core services: CNI, CSI, ingress, observability, logging, security agents." + - phase: 5 + name: "Compliance & Telemetry Validation" + owners: + - "Sovereign Compliance & Sustainability Lead" + - "Observability & Telemetry Architect" + steps: + - "Deploy and configure telemetry stack (Prometheus, logs, traces)." + - "Verify all facility metrics (power, cooling, environmental) are ingested." + - "Verify data-residency policies via synthetic test workloads." + - "Generate initial sustainability and sovereignty report from observability." + - phase: 6 + name: "Workload Onboarding" + owners: + - "Platform Lifecycle & Operations Lead" + - "Capacity & Performance Engineer" + steps: + - "Define workload blueprints (Helm charts/Operators) for each application." + - "Assign workloads to namespaces/tenants based on data classification." + - "Run performance baselines and adjust resource quotas." + - "Set SLOs, error budgets, and alert policies per service." + - phase: 7 + name: "Scale-Out & Federation" + owners: + - "Principal SRE" + - "Network Architect" + steps: + - "Clone module to additional sites by reusing same templates with site-specific overlays." + - "Establish cluster federation (service discovery, identity, policy)." + - "Regularly review metrics and adjust reference design if needed." + +verification_and_validation: + automated_checks: + - "Unit and integration tests on IaC" + - "Pre-deploy policy gates (security, sovereignty, sustainability)" + - "Post-deploy conformance tests (network, storage, platform)" + manual_reviews: + - "DPO/legal review for residency and cross-border transfers" + - "Facility audit for physical security and safety" + - "Sustainability review vs targets (quarterly)" + continuous_improvement: + - "Chaos drills to validate reliability objectives" + - "Lessons-learned feeding back into reference module definition in Git" + +council_alignment: + outcome_requirements_satisfied: + - "zero_manual_provisioning: all steps via IaC/GitOps" + - "zero_snowflake_clusters: single reference module, per-site overrides only in Git" + - "fully_reproducible_infra_from_git: facility, network, platform all described as code" + - "multi_dc_consistency: micro-DC modules cloned from one canonical blueprint" + - "ha_control_planes: K8s/OpenStack control planes deployed HA by default" + - "predictable_gpu_performance: capacity/perf baselines, NUMA-aware design" + - "automated_lifecycle_management: Git-driven upgrades and change flows" + - "telemetry_and_self_healing: observability and auto-remediation hooks by design" + - "clear_slo_sli_error_budgets: defined in platform and observability repos" + - "security_and_compliance_built_in: policy-as-code, RBAC, auditability" + - "gdpr_and_data_sovereignty_alignment: data-classification and residency rules enforced" + - "eco_efficiency_and_sustainability_kpis: PUE/WUE/renewables targets and monitoring" + - "architecture_must_be_deployable: concrete runbook and automation stack specified" + - "all_answers_validated_by_cross_seat_consensus: design integrates all 14 roles" +``` +