Persistent Specification Memory
Requirements, specifications, issues, and decisions remain linked across AI sessions.
Software development is one validated process domain where SDD keeps generated code aligned with requirements, specifications, architecture, tests, and evidence.
AI agents such as Codex and Claude can generate large amounts of code, but they lose project context between sessions. SDD maintains persistent and interconnected structured memory so agents operate with consistent intent and traceable engineering decisions.
Works with GitHub, Jira, Azure DevOps, Polarion and enterprise delivery systems.
All linked through SDD memory.
AI tools generate code quickly, but every session loses the reasoning behind previous decisions. Requirements, specifications, issues, and implementation drift apart.
SDD maintains a structured project context linking requirements, specifications, issues, architecture decisions, and generated code. AI agents operate inside this persistent context instead of generating isolated results.
Requirements, specifications, issues, and decisions remain linked across AI sessions.
Agents such as Codex and Claude execute development tasks with full project context.
Artifacts remain linked from requirement to validation evidence.
SDD connects to the systems that already contain your delivery information.
SDD becomes the central project memory layer across your engineering environment.
This software-development view is one part of SDD: the broader platform controls validated processes from intent to evidence.
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