ENTERPRISE VERTICAL ARCHITECTURE
Data Centers & Colocation
Multi-tenant colocation automation, rack-level hardware lifecycle management, DCIM integration, power and cooling telemetry, and tenant self-service provisioning.
Data center operations stack
From power-strip telemetry to tenant SLA dashboards — one operations plane.
Document management (DMS)
Rack-layout diagrams versioned per change ticketCustomer contracts and SLA schedulesHardware warranty and support-entitlement archivesCompliance audit packages (SOC 2, ISO 27001, PCI)Capacity planning models and cabinet reservation records
Hardware & storage
IPMI/BMC-based bare-metal lifecycle managementNVMe SSD pools with per-tenant QoS quotasSAN/NAS (iSCSI, NFS, FC) fabric managementObject storage for backup and snapshot offloadSmart PDU telemetry integration (power per outlet)
Virtual machines & containers
Multi-tenant hypervisor (KVM/VMware) orchestrationTenant self-service VM provisioning with quota enforcementKubernetes as a Service (KaaS) per-tenant namespaceVM live migration for hardware maintenance windowsTemplate library with hardened OS images
Databases
PostgreSQL for CMDB and asset inventoryTimescaleDB for PUE / power / temperature time-seriesRedis for real-time ticket-routing and NOC stateClickHouse for capacity analytics and billingCassandra for high-write alarm/event log at scale
Messaging & streaming
Kafka for real-time power/thermal sensor streamsRabbitMQ for provisioning workflow orchestrationNATS for lightweight NOC alert routingSNMP trap → Kafka bridge for legacy network gearDead-letter queue for missed provisioning steps
Networking: IP, mTLS, DNS, LB
IPAM with per-tenant VLAN and IP block allocationmTLS for tenant management API callsDNS authoritative zones per tenant domainL4 load balancers for tenant-facing VIP poolsBGP route advertisement for customer PI spaceOOB (out-of-band) management network isolation
DCIM integration & power efficiency
Visibility from the rack to the building management system.
- ✓DCIM connectors: Sunbird, Nlyte, Schneider EcoStruxure, Vertiv
- ✓PUE trending with automated cooling setpoint recommendations
- ✓Stranded-capacity detection: idle VMs consuming power quotas
- ✓Carbon intensity overlay for Scope 2 reporting
- ✓Automated capacity runway forecasting with 90-day horizon
ILLUSTRATIVE ESTIMATE · NOT A GUARANTEE
27%average operational efficiency gain — multi-tenant colocation automation
Modelled planning figure for typical scenarios in this sector. Actual results depend on your estate and are only confirmed by measuring against a baseline you approve.
How to read this
Dollar ranges below are planning assumptions, not quotes or customer results. Use the ROI calculator or request an assessment to model your own estate.
Compare plans →Primary Economic Drivers
- $Tenant self-service VM provisioning can reduce NOC provisioning tickets and free operations staff from repetitive manual work.
- $Stranded-capacity detection can recover allocated-but-unused compute, reducing power and cooling overhead.
- $Automated PUE optimization with cooling set-point recommendations can lower energy spend, which matters most at large facilities.
- $Integrated SOC 2 and ISO 27001 evidence collection can reduce annual compliance audit effort.
Regulatory & Framework Coverage
SOC 2 Type IIISO 27001PCI DSSEN 50600TIA-942LEED / ENERGY STARUptime Institute Tier
Interactive TCO scenario
Illustrative · Replace with your dataMonthly infrastructure spend$500K
$50K$5M
Scenario computation unavailable for these inputs.
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