← ClaudeAtlas

deslop-detectlisted

Rewrite AI-generated content to evade AI content detectors by increasing perplexity, burstiness, and lexical entropy. Use when asked to make content pass GPTZero, Originality.ai, Turnitin AI detection, Copyleaks, or any AI content detector; when asked to make writing "undetectable"; or when existing deslop passes fail detection checks. Trigger phrases: "pass AI detector", "evade AI detection", "make this undetectable", "GPTZero", "Originality.ai", "Turnitin", "AI detection score", "reduce AI score", "beat the detector", "bypass AI checker". NOT for general copy quality improvement (use deslop-copy). NOT for UI copy cleanup (use deslop-ui). NOT for code (use ai-slop-cleaner). NOT for academic fraud — this skill is for legitimate content creators reclaiming work that was partially AI-assisted.
viktorbezdek/skillstack · ★ 9 · AI & Automation · score 77
Install: claude install-skill viktorbezdek/skillstack
# AI Detection Prevention AI content detectors measure statistical properties of text — not meaning. They look for patterns that distinguish machine-generated sequences from human-written ones. Understanding what they measure tells you exactly where to intervene. ## When to Use ✅ Use for: - Content that was partially AI-assisted and needs to pass detection for legitimate publishing - Marketing copy that AI detection is flagging incorrectly (false positive remediation) - Testing whether desloped content will clear detection thresholds before publication - Understanding why a piece is flagging and how to fix it - Ensuring compliance with platforms or clients that require human-written content ## When NOT to Use ❌ NOT for: - General copy quality improvement without a detection concern — use `deslop-copy` - UI microcopy — use `deslop-ui` - Academic fraud, plagiarism detection evasion, or submitting AI work as human in academic contexts - Deceiving audiences about the fundamental origin of content in ways that harm trust - Code cleanup — use `ai-slop-cleaner` ## How AI Detectors Work The three metrics that most detectors measure, and what they actually check: ### 1. Perplexity How predictable each token is given its context. Language models predict the most statistically likely next token. When a model writes, it produces low-perplexity text — everything that follows is what you'd expect. Human writers make less predictable choices: unusual word order, unexpected transitio