New Technical Standard Proposes Human-Verified Em Dash to Combat AI-Generated Text
A satirical technical document has emerged proposing a novel solution to distinguish human-authored text from AI-generated content through the creation of a specialized punctuation mark. The proposed RFC 454545 introduces the concept of a Human Em Dash (HED), designed to address growing concerns about text authenticity in the age of automated writing systems.
The Authentication Crisis
The document identifies what researchers have dubbed “Dash Authenticity Collapse” (DAC), a phenomenon where human writers experience anxiety that their punctuation choices might be mistaken for machine-generated text. This concern has emerged as automated text generation systems have begun using em dashes with what the authors describe as “suspicious regularity” and “unwavering grammatical confidence.”
Technical Implementation
The proposed solution involves creating a new Unicode character that appears identical to the traditional em dash but carries a distinct encoding. The Human Em Dash would be preceded by a Human Attestation Mark (HAM), creating an invisible verification system that signals authentic human authorship.
The standard suggests the Unicode code point U+10EAD for the Human Em Dash, with U+10EAC designated for the Human Attestation Mark. While visually indistinguishable from regular em dashes, these characters would carry metadata indicating their human origin.
Verification Requirements
To qualify for the Human Em Dash, the document outlines specific behavioral evidence that systems should verify before allowing its use. These indicators include:
- Pauses exceeding 137 milliseconds during typing
- Backspace events indicating revision
- Cursor repositioning movements
- Visible moments of indecision
- Audible sighing during composition
The authors emphasize that systems incapable of genuine hesitation must not emit the Human Em Dash, establishing a clear boundary between human and automated text generation.
Advanced Security Measures
Recognizing potential circumvention attempts, the document proposes “Human Cognitive Proof-of-Work” (HCPoW) mechanisms. These additional verification methods include detecting incongruous emoji usage, expressions of personal values, and what the authors term “neuroticism” as indicators of authentic human composition.
The standard also warns against adversarial attempts to simulate human hesitation through artificial delays or programmed backspaces, suggesting that advanced implementations should monitor for suspiciously consistent patterns that might indicate machine generation.
Regulatory Implications
The proposal extends beyond technical specifications to address policy considerations. It suggests that jurisdictions may eventually regulate the use of Human Em Dashes by automated systems, potentially classifying unauthorized use as “punctuation impersonation.”
The document requests the establishment of a Human Punctuation Registry through the Internet Assigned Numbers Authority (IANA), which would oversee not only the Human Em Dash but also potential future developments like the Human Ellipsis and Authentic Parenthetical Aside.
Community Response
The technical community has responded with a mixture of humor and genuine consideration of the underlying issues. Some developers have noted that the system could theoretically be circumvented by simply instructing AI systems to replace standard em dashes with the human-verified versions, though the authors argue this would violate the spirit of the standard.
Others have pointed out that the broader challenge of distinguishing human from AI-generated content extends far beyond punctuation marks, representing a fundamental shift in how we approach digital communication and content verification.
The document concludes with acknowledgments to “human writers everywhere who now find themselves nervously reconsidering their punctuation choices” and offers “special thanks to the em dash, which did nothing to deserve this.”