I think the biggest refinement is deciding what kind of standard you're writing. Right now DRS works because it isn't trying to govern every type of project. It's specifically about releases. For standards/frameworks, I'd avoid making a generic "write good standards" document and instead create something more opinionated: Standards Framework Development Standard (SFDS) Mission Ensure every standard is understandable, implementable, verifiable, versioned, and preservable. A standard should survive: • Loss of the original author • Loss of the original repository • Loss of the original tooling • Loss of the original implementation That's very much in line with your archival mindset. ─── Core Principles Specifications Before Implementations A standard should describe behavior, not a specific implementation. Good: text Hashes MUST be encoded as lowercase hexadecimal. Bad: text Use this Rust crate. ─── Examples Are Required Every standard must include: • Minimal example • Typical example • Advanced example AAMHS already does this fairly well. SESM does too. ─── Validators Are First-Class Artifacts If compliance cannot be tested, compliance cannot be trusted. Every mature standard should eventually have: text validator/ or text validation-rules.md ─── Version Everything Standards evolve. Every standard must define: text MAJOR.MINOR.PATCH rules. SESM already does this nicely. ─── Define Boundaries One of the strongest parts of DRS is Design Boundaries. I'd make that mandatory here too. Every standard should answer: text What is this trying to solve? What is it intentionally NOT solving? ─── Maturity Levels Level 0 — Concept Idea exists. Required: • README • Scope • Goals • Non-goals ─── Level 1 — Draft Specification exists. Required: • Specification • Terminology • Version number • Examples ─── Level 2 — Candidate Ready for real-world testing. Required: • Reference implementation • Validation rules • Migration policy ─── Level 3 — Stable Ready for adoption. Required: • Changelog • Compatibility guarantees • Conformance levels • Adoption guide ─── Level 4 — Reference Standard Battle tested. Required: • Multiple implementations • Validator • Long-term maintenance policy • Deprecation policy ─── Required Repository Layout text MyStandard/ ├─ README.md ├─ SPECIFICATION.md ├─ CHANGELOG.md ├─ CONFORMANCE.md ├─ VALIDATION.md ├─ ADOPTION-GUIDE.md ├─ DESIGN-RATIONALE.md │ ├─ schemas/ ├─ examples/ ├─ templates/ ├─ validators/ └─ reference-implementations/ ─── Conformance Levels This is something most small standards skip. Example: text AAMHS Core AAMHS Standard AAMHS Full or text SESM Minimal SESM Standard SESM Extended That allows adoption without forcing everything immediately. ─── Compatibility Policy A section like: Backward Compatibility Minor versions: text Must not break existing implementations. Major versions: text May introduce breaking changes. Deprecated fields: text Must remain documented for one major version. ─── Standard Manifest This is where it gets very "Aptlantis." Every standard should have: toml [standard] name = "SESM" version = "0.2.0" status = "draft" [compatibility] minimum_reader_version = "0.2.0" [artifacts] specification = "SESM-v0.2.md" validator = "sesm-validator" examples = "examples/" [governance] maintainer = "APTlantis" Think of it as the equivalent of DRS's release manifest, except for standards themselves. ─── Release Blockers for Standards A standard cannot be considered stable if: • Terminology is undefined • Required fields are ambiguous • Examples contradict the specification • Validation rules are missing • Versioning policy is missing • Non-goals are missing • Migration path is missing for breaking changes ─── The One-Sentence Philosophy For DRS you have: The release note is the human promise. The manifest is the machine record. The hash binds them. For SFDS I'd use: The specification defines the rules. The examples demonstrate the rules. The validator proves the rules. That's short, memorable, and captures exactly what separates a real standard from a design document. Yes — make a Standards & Frameworks Development Standard. DRS governs application releases: release note, manifest, checklist, artifact hash, verification, blockers. Your standards/frameworks need the sibling model: specification, schema, examples, validator, adoption guide, changelog, conformance levels. Suggested Name Standards & Frameworks Authoring Standard SFAS v1.0 Or more Aptlantis-flavored: Aptlantis Standards Framework Standard ASFS v1.0 Core idea A framework is not complete because it is written. It is complete when another project can implement it, validate against it, and understand its versioned boundaries. Recommended document suite File Purpose README.md Entry point, badges, status, quick explanation [StandardName].md Full human-readable specification [StandardName].schema.json/toml Machine-readable schema, if applicable CHANGELOG.md Version history of the standard itself CONFORMANCE.md What “compliant” means VALIDATION.md How to test an implementation examples/ Minimal, standard, advanced examples templates/ Copyable starting points adoption-guide.md How another project starts using it design-rationale.md Why the standard exists and why choices were made Tiers Tier Meaning Draft Idea is coherent, but fields/rules may change Candidate Ready for trial implementation Stable Safe for other projects to adopt Reference Has examples, validator, schema, and at least one real implementation Deprecated Preserved but no longer recommended This fits your existing standards nicely: AAMHS already defines exact canonical output, hash suite, signing, and validator expectations. SESM already has versioning, goals, non-goals, required fields, examples, validation rules, and security/privacy notes. NeonInk is more design-system/framework oriented, with status, metadata, language stack, philosophy, and generated manifest roots. Standard sections I’d use md # [Standard Name] ## Status ## Scope ## Problem Statement ## Core Principles ## Terminology ## Required Artifacts ## Versioning Rules ## Canonical Format ## Required Fields ## Optional Fields ## Conformance Levels ## Validation Rules ## Examples ## Security / Privacy Considerations ## Compatibility Policy ## Deprecation Policy ## Reference Implementations ## Changelog The key difference from DRS DRS says: release note + manifest + hash = release SFAS should say: specification + examples + validator + conformance rules = standard That gives you a clean family: text DRS = Desktop Release Standard AAMHS = Archive Integrity Standard SESM = Embedded SVG Metadata Standard NeonInk = Design System / Semantic UI Framework SFAS = Standard for creating standards/frameworks This is absolutely worth doing. It would make your standards feel less like isolated docs and more like a governed ecosystem.