Pillar 01 — Rack-Scale AI GPU Cluster — Dedicated
Cluster Architecture
100% of cluster compute capacity contractually reserved for your engagement. No burst sharing, no multi-tenant scheduling. Hardware generation confirmed in MSA Hardware Schedule prior to go-live.
- Rack-Scale GPU Cluster — Dedicated100% capacity contractually reserved. No burst sharing, no multi-tenant scheduling.
- Workload-Calibrated ConfigurationCluster configuration documented in MSA Schedule B against your production workload specification.
- No Best-Efforts ClauseZero shared tenancy is a binding contractual obligation — not a policy statement or service tier.
- Hardware Lifecycle TransparentHardware generation documented at signing. Independent valuation at Verde's cost six months before term end.
Zero Shared TenancyMSA MandatedIE-Certified M3
Pillar 02 — Direct Liquid Cooling — CDU Architecture
Liquid Cooling
Current-generation rack-scale AI GPU systems require direct liquid cooling at rack level. Verde deploys rack-level Coolant Distribution Units with rear-door heat exchangers, eliminating the thermal ceiling that forces GPU frequency reduction under sustained workloads.
- Rack-Level CDU Liquid CoolingDirect liquid cooling designed for 100% sustained utilisation — not average load.
- No Thermal Throttling by ArchitectureYour cluster runs at rated performance — not rated performance minus the shared platform's thermal headroom.
- Cooling Documented in MSA Technical ScheduleCDU configuration, thermal design load, and power density allocation contractually specified.
- 500 kW Dedicated Power AllocationMinimum 500 kW dedicated capacity per cluster — contracted with the DC operator prior to go-live.
CDU Direct120 kW/RackASHRAE A1M2 IE-Certified
Pillar 03 — Scale-Up GPU Interconnect — Full Fabric
Scale-Up Interconnect Fabric
PCIe bandwidth was designed for the pre-LLM era. Scale-up interconnect is the minimum for current-generation AI training and large-scale inference. All-to-all high-bandwidth switching topology with no PCIe bottleneck and no network-layer overhead.
- Scale-Up GPU InterconnectMulti-terabit bidirectional bandwidth per GPU — not PCIe bandwidth with networking overhead.
- All-to-All Switching TopologyEvery GPU communicates with every other GPU at full bandwidth simultaneously.
- No PCIe BottleneckNo network-layer overhead for inter-GPU communication — full fabric bandwidth always available.
- Fabric Specification in MSA Technical ScheduleInterconnect topology and bandwidth specification contractually documented before Financial Close.
Scale-Up FabricMulti-Terabit Per GPUAll-to-All Switching
Pillar 04 — Hardware-Enforced Zero Access — BYOK + TEE
Confidential Computing
Zero-access is architecture, not policy. The difference is verifiability. Hardware-enforced Trusted Execution Environment with Bring Your Own Key encryption. Verde engineers access telemetry only — the compute layer is architecturally inaccessible.
- Hardware-Enforced TEETrusted Execution Environment enforces compute-layer isolation — not a software configuration that can be bypassed.
- Bring Your Own Key (BYOK)Your encryption keys, your environment. Verde holds no decryption capability by architecture — not by policy.
- Zero Compute-Layer AccessVerde engineers access infrastructure telemetry only. Model content, training data, and outputs are architecturally inaccessible.
- Regulatory AlignmentGDPR Article 9, HIPAA, EU AI Act Article 50 — architectural compliance, not policy compliance.
Hardware TEEBYOKGDPR Art. 9HIPAAEU AI Act
Pillar 05 — 15+ L3+ Engineers — Named in MSA Exhibit A
Engineering & NOC
Your NOC monitors one cluster. Yours. Verde commits in the MSA to a minimum of 15 named L3+ GPU Infrastructure Certified engineers (MSA Exhibit A). Full roster delivered 30 days before go-live. Verde's own L3+ engineers on-site 24/7 from go-live · DC Smart Hands 15-min P1 · DC 1-hr L3 + 4-Eyes SLA · Vendor 4-hr parts SLA · 4-Eyes Policy on all cage access.
- Named Personnel CommitmentMinimum 15 named engineers in MSA Exhibit A — not a headcount number. Named, qualified, contractually committed.
- 30-Day Pre-Go-Live RosterFull team roster delivered 30 days before go-live for client security review and approval.
- On-Site Coverage StackUnder the MSA, Verde commits its own L3+ certified engineers to 24/7 on-site coverage at the DC from go-live (zero travel time). DC facility Smart Hands: P1 on-site response within 15 minutes of confirmation, MSA committed. DC operator 1-hour L3 + 4-Eyes dual-authorisation cage access SLA. Hardware vendor 4-hour dedicated parts SLA with on-site spare inventory. All commitments in MSA Schedule B.
- 4-Eyes PolicyAll cage access requires minimum two authorised personnel. Zero solo access by policy and physical procedure.
15 Named L3+24/7 NOCVerde L3+ 24/7 On-SiteDC Smart Hands 15-minDC 1-hr L3 + 4-EyesVendor 4-hr Parts SLA4-Eyes Policy
Pillar 06 — DC Partner Selection Criteria — Pacific Northwest
Data Center Foundation
Verde imposes minimum infrastructure requirements on every data centre partner before a cluster deployment is authorised. The facility housing your cluster must meet or exceed these criteria — documented in Verde's DC partner qualification schedule.
- Dual Utility Feed + N+1 Generator CoverageTwo independent electrical utility feeds from physically separate grid entry points. N+1 generator configuration — if one generator fails, full cluster load transfers to the second. No single point of failure in the power chain. Verified as a Verde DC partner selection criterion.
- WREGIS Certified Renewable Energy100% renewable hydroelectric baseload. WREGIS RECs issued per facility — audit-ready for CSRD, ISSB S1/S2, SEC Scope 2. Quarterly Scope 2 carbon report delivered to client.
- Dual-Carrier Fibre + BGP Auto-FailoverTwo 10Gbps fibre circuits from separate carriers, entering the facility via physically diverse paths. BGP routing enables automatic failover — a single carrier outage does not interrupt cluster connectivity.
- Uptime Institute Tier III — 99.982% Design AvailabilityN+1 power and cooling redundancy, multiple concurrent-maintainable active distribution paths. Independently audited — not a self-declared specification. Verde's SLA is aligned to Tier III design availability.
Dual Utility FeedN+1 GeneratorN+1 UPSDual-Carrier FibreBGP FailoverTier III CertifiedWREGIS REC · Scope 2
Pillar 07 — Institutional Legal + Financial Structure
Compliance & Guarantee Stack
Every guarantee is contractual — not aspirational. Delaware SPV per engagement, 21-policy institutional insurance consortium, 7-tier escrow waterfall, Surety Bond, and Independent Engineer certification at every milestone.
- Delaware LLC SPV Per EngagementOne client, one legal entity. Assets, contracts, and personnel legally ring-fenced from all other Verde engagements and Verde Inc. itself.
- 21-Policy Insurance ConsortiumPre-paid at Financial Close. Client named as Additional Insured on Cyber Liability, Professional Liability, and CGL policies.
- 7-Tier Escrow WaterfallIndependent institutional trustee. Client funds never commingled with Verde corporate cash. Verde equity distribution is last — residual only.
- Surety Bond + Independent EngineerDirect financial guarantee to your organisation. IE certifies every milestone — not Verde self-certification.
Delaware SPV21-Policy Insurance7-Tier Escrow WaterfallSurety BondSOC 2 Type II
Pillar 08 — Parallel NVMe — High-Throughput Tier
AI Storage & Data Ingestion
GPU utilisation is strictly bound by data ingestion rates. Verde clusters include a dedicated high-performance parallel file system architected for AI workloads, eliminating the storage bottleneck during massive dataset loading and model checkpointing.
- Parallel NVMe ArchitectureDistributed storage layer delivering multi-terabyte-per-second throughput directly to the compute fabric.
- Zero-Bottleneck CheckpointingRadically reduces the time GPUs sit idle waiting for state saves during large-scale training runs.
- Dedicated Storage NodesStorage compute is isolated from GPU compute — no resource contention.
- Scale-Out CapacityStorage scales independently of compute, defined in your MSA Technical Schedule.
Parallel NVMeMulti-TB/s ThroughputDedicated Nodes
Pillar 09 — Software Demarcation & Readiness
Turnkey Orchestration Layer
Verde delivers a cluster ready for your workloads, not a bare-metal puzzle. We pre-install and validate the entire base software stack, allowing your AI engineering team to bypass weeks of configuration and immediately deploy models.
- Enterprise OS & Native DriversPre-configured with enterprise-grade Linux and the full native accelerator driver stack.
- Parallel Computing ToolkitsHardware-optimized ML libraries and low-level SDKs pre-compiled and version-locked for stability.
- Container & HPC OrchestrationDelivered with a production-ready cloud-native container orchestration fabric and high-performance batch scheduling system.
- Seamless DemarcationVerde manages the infrastructure up to the orchestration layer; you retain 100% control over the application and model layer.
Native DriversML ToolkitsCloud-Native OrchestratorHPC Scheduler