Workloads
Ten Workloads, One Flagship Each
Workload pages describe what runs in data centers; Types pages describe the buildings it runs in.
| Page | Flagship | Covers |
|---|---|---|
| AI Training | Colossus 1 Megapacks, Memphis | Power swings and grid rules |
| AI Inference | Cerebras, Oklahoma City | Tokens, latency and custom chips |
| Cloud and Enterprise | AWS us-east-1, Northern Virginia | Cloud market and Arm CPUs |
| Big Data and Analytics | Databricks | Warehouses, streaming, AI retrieval |
| Storage and Archival | Seagate HAMR drives | Drives, flash, tape and the shortage |
| Telecom and Content | Equinix Ashburn | CDNs, interconnection, 5G core |
| Government and Defense | AWS classified regions | Classified clouds and DOE land |
| Financial Services | CME Group, Aurora, IL | Matching engines and trading GPUs |
| Healthcare | Epic hosting, Verona, WI | Health records and clinical AI |
| Energy and Utilities | ERCOT, Taylor and Bastrop, TX | Grid operations and seismic HPC |
Shift
AI Is Now the Largest and Fastest-Growing Workload
- Inference: about half of AI compute in 2025 and a forecast two-thirds in 2026 (Deloitte); Google processed 3.2 quadrillion tokens in May 2026.
- Training: single jobs now span hundreds of thousands of GPUs and swing building power by tens of megawatts, enough for grid operators to write new rules.
- Everything else: cloud infrastructure still grew 43% in Q2 2026, much of it pulled by AI, and AI's demand for drives and flash has created a storage shortage.
Sectors
Sectors Add Their Own Rules
- Government: classification levels decide where work can run.
- Finance: microsecond latency and resilience rules such as the EU's DORA.
- Healthcare: HIPAA and records that cannot go down.
- Energy: grid control rooms with fully redundant sites.
Record
Dataset Record
- Dataset
- Index of data center workloads with flagships; data on each linked page
- Sources
- Listed on each Workloads page
- Last verified
- October 2026