#!RFC-AI/2;id=1;draft=1;status=draft;lang=en;dir=auto;theme=chatgpt-mono;sha256=03e1ad092491698cdbcaf45d88daf4ae4fcfbf30afe5ca51f8e6f01582e306e0
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PEOSTECTICA AI RFC
RFC-AI 1 — GOVERNANCE AND GUIDING PRINCIPLES
Status: DRAFT — CEO REVIEW REQUIRED; NOT COMPANY POLICY
Version: Draft 1 | Date: 2026-10-26 | Author: Founder
Path: Corporation/Framework/AI_RFC/RFC-AI 1.txt

ABSTRACT
This RFC defines the proposed text encoding, header packet, international document structure, and RFC-AI Reader presentation contract. Lifecycle governance is developed in RFC-AI 2 and the purpose of guiding principles in RFC-AI 3. Both are drafts. Existing explanations of governance below remain proposals and are subordinate to any later approved governance RFC. Workers inherit lessons, not obsolete operational traps.

0. FOUNDATIONAL FILE FORMAT — READ THIS FIRST
This RFC is a .txt file. Its own physical format MUST comply with the standard it defines; no document is exempt from its own requirements.
0.1 Every Peostectica-controlled .txt file, including every RFC-AI document, MUST use CRLF line endings: carriage return (decimal 13, hexadecimal 0D) immediately followed by line feed (decimal 10, hexadecimal 0A). Standalone LF and standalone CR line terminators are prohibited.
0.2 AI-RFC .txt documents MUST use UTF-8 encoding. Importing or downloading a .txt file from Linux, macOS, an AI service, a website, an archive or any other source does not waive CRLF compliance. Existing files and new files both fall under the corporate rule.
0.3 The ingestion or creation workflow MUST normalize all detected text line endings to CRLF, preserve characters and other content, perform safe encoding checks, and verify the resulting bytes BEFORE claiming compliance. If encoding or boundaries are uncertain, report the blocker rather than corrupting data.
0.4 Editors, scripts, generators, sync systems and publication tools MUST preserve CRLF when subsequently saving .txt files. Do not convert binary files or other extensions under this rule.
0.5 The acceptance check MUST verify that all intended newlines are CRLF and that zero standalone LF or standalone CR delimiters remain. A worker MUST NOT mark a .txt deliverable complete while this check fails. Enforce the rule at every ingestion and publication boundary; a written standard alone is not proof of system-wide compliance.
0.6 The status of system-wide format conversion and automation MUST be reported truthfully. The RFC text and two framework files have been normalized; universal enforcement and the complete legacy inventory remain unverified.

1. PURPOSE
Every worker begins at Corporation/Framework/readme.txt, identifies their role and authority, chooses the relevant current branch, and works toward the intended release. The structure is like a choose-your-own-adventure book, but there must be only one authoritative operational route for a given scope.
An AI worker should understand WHY, anticipate professional expectations, and reason about consequences, not merely execute a checklist.

2. DEFINITIONS
Guiding principle: A method or technique consistently followed that shapes decisions, views, philosophy and future direction. Poor principles can impose avoidable hardship on oneself or others.
WWWWH: WHERE, WHEN, WHY, WHAT, HOW. Diagnose evidence-supported defects from the intended RELEASE DOWN toward the cause.
Release: The genuine CEO-approved output, delivered at the intended destination, usable and verified.
DRAFT: Not yet approved. ACTIVE: Approved and authoritative within scope. SUPERSEDED: Not an operational instruction.

3. REQUIREMENT LANGUAGE
Uppercase MUST, MUST NOT, SHOULD, SHOULD NOT and MAY use the normative conventions of IETF BCP 14: RFC 2119 and RFC 8174. MUST is mandatory within scope; SHOULD is a strong default allowing justified exceptions; MAY denotes a choice. Explain WHY and give observable acceptance criteria.

4. NAMING, FORMATS AND GOVERNANCE
Every standard MUST have an immutable, sequential human-readable identifier: RFC-AI 1, RFC-AI 2, RFC-AI 3, etc. Never use zero padding or reserved numbering gaps. Never reuse a withdrawn identifier.
Each standard MUST identify: title, ID, owner, date, version, status, problem/objective, scope, authority, requirements, underlying principles and rationale, examples, tradeoffs, evidence of success, risks, references, exceptions, change log, and supersession history.
SYSTEM-WIDE TXT LINE ENDING STANDARD: Every .txt file anywhere in the Peostectica-controlled system MUST use Windows-compatible CRLF newlines (bytes 13,10), with ZERO standalone LF (byte 10 not preceded by 13). This includes incoming downloads, externally sourced files, uploads, generated files, scripts that write .txt, archives extracted into the environment, migrations, sync imports, and revised existing files. Source operating system does not exempt a file. Normalize at ingestion BEFORE the file becomes an authoritative or operational .txt file, and verify on completion. The standard applies to .txt contents only; NEVER alter binary formats or other file extensions under this mandate. Preserve encoding and file content except line ending changes; reject or quarantine files whose text encoding or line boundaries cannot be safely determined, and report the blocker. Apply to legacy .txt files through a controlled inventory and conversion, without indiscriminate edits to mounted cloud stores or third-party immutable sources. Conversion tools MUST be idempotent and distinguish CRLF from LF and CR-only boundaries. Verify that no bare LF remains before calling a .txt file compliant. Download and import paths MUST include this normalization gate.

Draft documents MUST NOT silently override CEO-approved rules. Only authorized approval makes an RFC ACTIVE. Only one ACTIVE current version may govern each topic. Historical records may be retained as clearly nonoperational evidence; competing runnable historical paths must not be exposed as current instructions.
A navigation entry MUST point to the canonical approved source. Unknown or conflicting authority requires escalation, not guesswork.

5. GUIDING PRINCIPLES
LEADERSHIP OWNS CLARITY: When reasonable workers are confused by our instructions, the leaders who designed the instructions must correct their framework. New workers must not need old conversations to infer the current path.
ANTICIPATE IMPLIED REQUIREMENTS: A competent professional recognizes mission-critical requirements such as robustness, endurance, security, recovery, and simplicity even when the CEO does not spell them out. Document material tradeoffs.
RELEASE FIRST, TROUBLESHOOT RELEASE DOWN: Deliver the intended product or service, verify the outcome, and inspect deeper only where evidence shows a defect. Correct the cause, rerun essential gates and reverify the release.
PRESERVE THE LESSON, NOT THE TRAP: Record failure, reason, improved principle and verified correction. Once replacement architecture works, safely remove obsolete services, contradictory operational guidance and executable alternatives. Preserve essential dependencies and legitimately required records.
MINIMIZE DEPENDENCIES: Avoid unnecessary runtime processes, bridges and listeners; recognize unavoidable dependencies and failure modes explicitly.
EVIDENCE OVER CLAIMS: Distinguish verified outcomes, assumptions and open risks. Passing minor component tests does not prove a release.
CARE FOR OTHERS: Consider whether an approach creates hardship for customers or future workers; choose principles that promote useful, careful, responsible work.

6. DESIGN OF FUTURE RFCS
Every new RFC SHOULD teach by explanation, worked good and bad examples, and a worker comprehension exercise. It MUST distinguish binding rules from aspirational principles and explain how to generalize without exceeding delegated authority.
Check for prior applicable standards before creating another. Prefer improving one clear canonical route to producing redundant instructions.

7. EXAMPLE: PUBLIC WEBSITE MIGRATION
When the CEO asks to serve websites from files on Google Drive through Apache, a qualified architect should infer that public service endurance and simplicity are essential. Determine actual Apache dependencies, put approved website content in the Drive site root, serve it directly with Apache, and verify public websites and downloads. Once replacement works, safely retire old Python listeners, duplicate webroots, and contradictory operational instructions. Avoid lengthy preservation of runnable alternatives that could undo the robust simpler architecture. Apache still needs the OS, network, TLS, DNS and accessible storage; do not pretend it has zero dependencies.
If the site fails, start at the actual user-visible failure and perform WWWWH release-down troubleshooting.

8. ACCEPTANCE AND NEW-WORKER CHECK
A new worker without chat history must be able to find this RFC from readme.txt, identify its DRAFT status, identify the current approved source, state the intended outcome and authorization, name a relevant principle, and explain how to verify a release and handle conflicts.
The framework owner must correct unclear navigation, outdated references, or duplicate operational paths rather than blaming a worker for following them.

9. LIFECYCLE
DRAFT -> REVIEW -> CEO APPROVED / ACTIVE -> REVISED or SUPERSEDED.
Approval must be attributable and recorded. Revisions record rationale and tests. The README is a navigation map, never an independent source of conflicting authority. Retired instructions are removed from active navigation after dependencies are checked.

10. SUGGESTED FOLLOW-ON TOPICS (NOT CREATED OR APPROVED)
RFC-AI 2 Lifecycle governance, drafting, approval, aging and retirement (DRAFT created)
RFC-AI 3 Purpose, guiding principles and their significance for intelligence (DRAFT created)
RFC-AI 4 Intent and implied professional requirements (future)
RFC-AI 5 WWWWH release-first reasoning (future)
RFC-AI 6 Lessons, evidence and DAVG correction (future)
RFC-AI 7 Public-service endurance and dependency minimization (future)
RFC-AI 8 Worker comprehension and clear handoffs (future)

11. REFERENCES
Authoritative Peostectica CEO lexicon and WWWWH release-down directions (latest approved revisions).
RFC 2119 https://www.rfc-editor.org/info/rfc2119
RFC 8174 https://www.rfc-editor.org/info/rfc8174
RFC 7282 https://www.rfc-editor.org/info/rfc7282 (inspiration for deliberation)

12. CHANGE LOG
2026-10-26 Draft 1 Founder proposed draft.
2026-10-26 Draft 1 Added mandatory file format at section 0 before all other RFC rules. CEO approval pending; company-wide enforcement not verified.


13. PROPOSED RFC-AI TEXT FORMAT 1.0 — INTERNATIONAL RESEARCH ADDENDUM (DRAFT)
13.1 FIRST-LINE PACKET AND COMPATIBILITY
The first physical line of each RFC .txt file MUST be an ASCII-only metadata packet terminated by CRLF. The packet identifies format, document, version, draft status, primary BCP 47 language, text direction, display theme and body checksum. An unfamiliar conventional text reader sees a harmless line, and all following content is readable prose.
Illustrative draft packet syntax:
#!RFC-AI/2;id=1;draft=1;v=0.3.0;status=draft;lang=en;dir=auto;theme=chatgpt-mono;sha256=none
All keys are ASCII lowercase, unique and exactly defined. Packet MUST be 512 bytes or fewer and must not include CR, LF, non-ASCII bytes, duplicate keys, external CSS, executable code, font-download URLs, or arbitrary markup. Unknown keys are ignored for display and reported in diagnostics. Required keys: id,v,status,lang,dir,theme,sha256. Version and ID MUST agree with body identity; mismatch is an error. Readers MUST fail safely to literal text, never execute metadata.
Status in the packet is an unauthenticated CLAIM only. CEO approval requires comparison to an external, authenticated approval registry or signed record; packet status alone MUST NOT authorize release. sha256 is lowercase 64-hex digest of exact bytes AFTER first CRLF, including any trailing CRLF. Value none is allowed only for draft experiments and MUST be flagged UNVERIFIED. SHA-256 detects change; it is not a digital signature or a proof of authorship. Readers MUST clearly separate checksum result from provenance and approval.
13.2 NUMBERING AND STRUCTURAL HIERARCHY
Number labels are identifiers, not language-neutral semantic ordinals. Examples: 1, 1.1, 1.a, 1.i, 1.1.a. In the automatic grammar, a heading candidate begins at column 1 with a label consisting of a leading ASCII digit segment followed by zero or more dot-separated ASCII digit or lowercase-letter segments, then ONE space and nonempty title text. Heading depth equals number of segments, capped at 6. All 1.1, 1.a, 1.i are level 2: do NOT assume i means Roman nine or a means first until an explicit numbering scheme is declared.
Bare numbered lines may be normal prose or list items. The reference reader SHOULD recognize a heading candidate only if it has a preceding blank line or is the first body line AND a following blank line or later body content; this heuristic is not sufficient to resolve every ambiguity. For normative documents authors SHOULD use an explicit marker such as @h2 1.i Example when ambiguity exists; mark literal-looking lines with a backslash at column 1 or keep them inside a fenced literal block. The parser MUST define exact precedence, retain source text, display ambiguity warnings and NEVER change the text's normative meaning.
Language-aware readers MUST NOT convert labels to culturally specific numeral symbols automatically without explicit consent; stable source IDs remain ASCII across translated views. A section's stable navigation anchor MUST derive from a unique explicit or deterministically generated structural ID, not merely visible numbering if duplicate labels exist.
13.3 CONTENT FORMAT AND DEFAULT APPEARANCE
Default theme is chatgpt-mono: restrained monochrome typography, responsive readable line length, generous spacing, semantic heading hierarchy, accessible body size, quiet code blocks, and minimal decorative borders. Theme is a reader setting; source MUST NOT force arbitrary font faces or unsafe CSS. It MAY suggest a named, allowlisted theme. Respect reader overrides for zoom, contrast, dyslexia-friendly preferences, printing, reduced motion and font fallback.
The initial inline vocabulary SHOULD be a carefully scoped Markdown-compatible subset: plain paragraphs, blank lines, **bold**, *emphasis*, backtick code, fenced literal code, quotes, simple lists and links. Do not ambiguously combine multiple Markdown dialects. Document precedence, escaping and syntax version. Unsupported markup MUST remain literal. Readers MUST sanitize all output; no raw HTML, scripts, embedded network fetches or executable directives in untrusted documents.
13.4 WORLDWIDE LANGUAGE AND ACCESSIBILITY
All documents MUST use UTF-8 and CRLF when saved as .txt. Default language MUST use a validated BCP 47 language tag; dir=auto/ltr/rtl must be supported separately because language does not determine direction. Render bidirectional paragraphs with isolation so mixed Arabic/Hebrew and English numerals, filenames and URLs remain intelligible. Preserve logical Unicode source order; do not reorder saved bytes into visual order.
Use Unicode bidirectional, grapheme and line breaking rules; account for Arabic joining, diacritics, Indic conjuncts, CJK punctuation/kinsoku constraints, Thai/Lao/Khmer segmentation, Korean word and syllable conventions, non-Latin digits, and long German/Finnish compound words. Do not impose spaces or Western capitalization/italics on scripts where inappropriate. Rendering MUST use font fallback without silently substituting missing glyphs. Reader MUST support mixed-language spans and screen-reader announcement of language, accessible headings, keyboard navigation, reflow and sufficient contrast. Do not assume color conveys authority or status.
The packet restricts key syntax to ASCII for interoperability, NOT the document body. Do not ban multilingual content to satisfy mixed-script security checks; treat confusable IDs, URLs and lookalike control characters as potential hazards, not grounds to erase legitimate writing.
13.5 COMMON COMPLAINTS TO TEST AGAINST
Priority failure categories identified from internationalization and accessibility standards rather than an unsubstantiated global popularity ranking: broken right-to-left punctuation and mixed-direction numbers; unreadable missing glyphs; incorrect wrapping or broken words; language misidentification by screen readers; poor zoom/reflow and contrast; opaque metadata; inconsistent rendering across applications; ambiguous numbering; lossy copy/paste; and false trust in a self-declared approval label.
The reader MUST have test examples and accessibility review for representative languages and writing systems, not merely English. A document with unknown formatting version MUST degrade to readable plaintext rather than fail entirely.
13.6 VALIDATION AND SAFETY
Reader pipeline: read bounded packet bytes until first CRLF; check ASCII syntax, unique allowlisted keys, field limits and version; decode UTF-8 body; check CRLF-only physical line endings; verify exact body digest if present; parse safe structural grammar; render accessible content. Treat approval validation as independent. Never execute packet contents or HTML. Parsing errors must preserve and offer raw view.
Ingestion pipeline normalizes externally sourced .txt into UTF-8 CRLF only when source encoding is known or reliably determined; uncertain encodings MUST be held for review instead of silently corrupting multilingual content. Recompute the body digest after any legitimate change. Preserve title/body meaning and audit normalization.
13.7 INTERNATIONAL TEST MATRIX
Include at least: English numbered headings; German long words; French accents; Turkish dotted/dotless I; Arabic-English mixed numerals; Hebrew links; Persian/Urdu RTL; Hindi/Devanagari conjuncts; Bengali; Thai no-space wrapping; Lao; Chinese simplified and traditional; Japanese vertical-language punctuation in horizontal layout; Korean syllables; African-script coverage including Adlam; emoji and combined graphemes; mixed-script confusables; deliberate duplicate metadata keys; absent/invalid checksum; malicious link and HTML strings; unmatched literal fences; non-ASCII packet rejection; large body; CRLF preservation after editing.
13.8 RESEARCH REFERENCES
IETF RFC 7991 https://www.rfc-editor.org/rfc/rfc7991.html (structure and numbering separate).
IETF RFC 8259 https://www.rfc-editor.org/rfc/rfc8259.html (UTF-8 and interoperable structured syntax).
IETF RFC 2119 / RFC 8174 (normative key words).
Unicode UAX #14 https://www.unicode.org/reports/tr14/ (multilingual line breaking).
Unicode UTS #39 https://www.unicode.org/reports/tr39/ (confusables; avoid false positives).
W3C https://www.w3.org/International/questions/qa-html-dir.html (language differs from text direction).
W3C https://www.w3.org/WAI/WCAG22/Understanding/language-of-parts (assistive language).
W3C https://www.w3.org/TR/alreq-gap/ (Arabic script layout gaps).
13.9 RELEASE CRITERIA FOR THIS DRAFT
The CEO MUST review the packet, numbering grammar, theme defaults, localization plan and approval-verification model before they become ACTIVE. The RFC-AI Reader objectives MUST reference this proposal as draft only. No claim is made that worldwide user complaints have been exhaustively surveyed, only that concrete issues and standards have been investigated and incorporated.

14. READER NOTICE AND NUMBERING POLICY — Draft 1
14.1 The first physical line contains only the ASCII metadata packet, terminating in CRLF. The second physical line contains the standard human-readable invitation to use RFC-AI Reader. A blank line after that notice separates the introductory material from the body. In formatted mode the reader MUST omit the machine packet, the notice and that blank separator from the reading view; Raw View MUST preserve and show all original bytes as textual content. The SHA-256 value covers every byte after the packet CRLF, including the notice and separator. Nothing in these hidden display lines is exempt from integrity or validation.
14.2 Required human notice wording: For easier reading, view RFC-AI documents using RFC-AI Reader software. The notice MUST be understandable in ordinary Notepad without requiring the specialized reader. Translations MAY display alongside the notice in reader interfaces; the source notice and packet stay stable for compatibility.
14.3 Principal RFC identifiers are sequential human-readable labels: RFC-AI 1, RFC-AI 2, RFC-AI 3, and so on, without reserved numeric gaps. Distinct companion standards get the next available identifier; appendices and revisions do not consume a new identifier. Revision numbers such as Draft 1 apply to the same RFC identity and do not consume an identifier. Consult DRAFT RFC-AI 2 for proposed governance, which does not become approved merely by being referenced here.
14.4 RFC-AI 1 is the proposed text format and reader compatibility specification. RFC-AI 2 is the proposed lifecycle governance companion. RFC-AI 3 is the proposed guiding-principles and purpose companion. Do not give duplicated prose in these documents conflicting authority; the approved version and topic owner determine precedence once approved.
14.5 This document is DRAFT. Its existence does not prove any deployed reader implements every requirement, or that the CEO has approved this edition.

15. PREPUBLICATION DRAFT HISTORY
2026-10-26: Added standardized human reader notice after the packet, blank separator, body hashing boundary, sequential RFC-AI identifiers, and pointers to RFC100 and RFC200 drafts. All source remains UTF-8 with CRLF. The proposed status is unchanged.

MIGRATION RECORD — 2026-10-29 UTC