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Paper on Architecture for AI-Assisted Software Development

Researchers have proposed the Spec Growth Engine, a framework for AI-assisted software development that addresses context explosion and silent spec-code drift through a machine-readable spec graph, a Spine context assembler, a vertical-slice growth protocol, and a drift gate. The framework, described in a paper submitted to arXiv on 25 Jun 2026, synthesizes established software engineering principles without the overhead of heavy-weight frameworks.

read2 min views1 publishedAug 15, 2026
Paper on Architecture for AI-Assisted Software Development
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[Submitted on 25 Jun 2026]


[View PDF](/pdf/2606.27045)

[HTML (experimental)](https://arxiv.org/html/2606.27045v1)

Abstract:AI coding agents dramatically accelerate implementation speed but introduce two structural failure modes that existing spec-driven approaches do not fully solve: (1) context explosion -- the agent must reason over an entire repository at once, degrading output quality as the context window fills; and (2) silent spec-code drift -- code evolves, the specification does not, and the divergence becomes invisible until it is costly to repair.

We present the Spec Growth Engine, a lightweight framework that addresses both failure modes through a machine-readable spec graph whose nodes carry explicit contract/design separation, a Spine context assembler that scopes agent context to an ownership path, a vertical-slice growth protocol that enforces hardest-first ordering, and a drift gate that makes spec-code divergence a blocking merge condition.

The design synthesises well-established software engineering principles (Parnas information hiding, C4, ADRs, Walking Skeleton, Reflexion Models, Fitness Functions) into a lean, code-coupled, machine-enforced whole -- without the overhead of heavy-weight frameworks such as RUP or MDA.

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