Part 2: What Alignment Actually Is

The second post in a four-part series on alignment engineering explores the concept of alignment in software development, emphasizing its importance in ensuring that what the software does aligns with the customer's needs and the team's understanding. It defines alignment as the convergence of intent, interpretation, and execution, highlighting the challenges of maintaining this alignment across five layers: ontological, teleological, behavioral, temporal, and reflexive. Each layer can independently hold or fail, leading to misalignment that results in building software that solves the wrong problem. The post also identifies three forces—lossy translation, the butterfly effect, and incentive drift—that cause alignment to decay by default. The text stresses that alignment must be actively maintained to prevent these forces from pulling the systems apart, and it sets the stage for the next part of the series, which will discuss the seven properties necessary for an aligned system.

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