15 Architectural Decisions Series: Effortless Reliability

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purestorage
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Episode 3 of our series around Pure's fundamental design principles dives into engineering decisions that deliver improved reliability. Learn how Pure Storage’s controller architecture was intentionally designed around key principles: statelessness, active/active operation, and the ability to enable non-disruptive operations over the long term - resulting in improved operating experience and fewer interruptions to the business. We also tackle our philosophy of limiting error paths (also described as streamlined code paths) meaning that systems are engineered with fewer hardware components and simpler, tighter software logic leading to fewer human error, less complexity and better uptime.

Series Overview: Pure Storage’s foundational approach to product engineering is guided by 15 architectural decisions that were established at the company’s inception and have shaped both the technical and user experience across its product lines. These architectural choices were not made arbitrarily—they stem from a deliberate focus on simplicity, efficiency, and scalability, ensuring Pure could deliver storage solutions that break away from legacy complexity and enable continuous innovation without compromise. This series will guide viewers through all of the 15 principles, helping you understand why certain choices were made, how they impact your operations, and how they compare to other industry features and products. Join Pure Report podcast hosts Rob Ludeman, Andrew Miller, and J.D Wallace for this fun technical retrospective on Pure Storage.
Category
Pure Storage
Tags
15 architectural, andrew miller, episode 3
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