
The New Rules of Hybrid Cloud: AI Workloads Demand a New Cloud Architecture
Highlights at a glance
- Explains why centralized cloud architecture fails AI workloads on latency, data gravity and governance
- Makes the case for bringing compute to the data through distributed cloud and edge deployment
- Closes the three-part series by tying placement and operating-model rules together for AI-scale workloads
You asked the right question. Now meet the hardest answer.
You learned to ask what each workload needs before deciding where it runs. AI-enabled workloads answer that question in a way that breaks the centralized model outright.
AI does not fit the architecture you already have. It requires one built around where data and inference actually happen.
AI workloads break the old rules
- Massive data. AI training and inference generate and consume data at a volume traditional apps never approached. Moving all of it to a central region is slow and expensive.
- Low latency. Real-time inference, whether on a factory line or in a customer interaction, cannot wait on a round trip to a distant data center.
- Governance at the edge. Sensitive data used for inference often cannot leave its region. Governance has to hold where the model runs, not where the cloud console lives.
Bring compute to the data, not the data to compute
Run workloads where the data lives and the inference happens. Compute moves to the data, not the other way around.
AI does not adapt to centralized compute. You bring compute to the data through distributed cloud and edge, then govern all of it as one system.
Conclusion
The third rule of the new hybrid cloud
- Rule one: out-operate complexity, don’t out-adopt it
- Rule two: placement follows requirements, not preference
- Rule three: AI workloads don’t conform to your architecture. Your architecture has to conform to them
The enterprises that win with AI will be the ones who rebuild around where data and inference happen, governed as one system, and treat that as the new baseline rather than a future project.
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