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Cloud Commitment and Infrastructure Optimization

Cloud Commitment and Infrastructure Optimization

1
posts
2026

Uber is developing a comprehensive approach to cloud commitments and infrastructure optimization, focusing on a layered engineering discipline. This involves deep analysis of regional and availability zone topology, power architecture, fit-for-purpose compute ecosystems, and silicon-level awareness for SKU selection. The goal is to ensure cost-effectiveness, performance, and operational autonomy in large-scale cloud deployments, moving beyond default provider offerings to tailor infrastructure t

2026

The 5 Layers Every Cloud Commitment Depends On

5/4/2026

This post details the 5 physical layers critical for cloud commitments: Regional and Availability Zone Topology (considering fault boundaries, latency, and service offerings), Power Architecture (auditing facility feeds, redundancy, and on-site generation), Fit-for-Purpose Compute Ecosystem (defining hardware requirements based on workload profiles rather than mapping to default SKUs), SKU Selection and Silicon-Level Awareness (evaluating performance characteristics of different silicon generations like x86 and ARM, and their impact on workloads), and Network Topology and Traffic Routing. It emphasizes the importance of sequence and deep understanding of each layer's constraints for successful large-scale cloud deployments.