Intercept

Filter and rewrite

Paste or drop source. InvisableOS strips invisible Unicode, folds homoglyphs, kills bidi overrides, and rewrites Claude-voiced comments before anything is allowed near git.

01 Incoming
02 Detect
03 Rewrite
04 VCS

Verdict

tainted

Risk

Findings

Marks

Lang

Strip invisible / format characters1
Fold homoglyphs to ASCII3
Strip Claude / AI-voiced comments3

Channels

Homoglyph ‘а’ → ‘a’
high
U+0430 looks like Latin ‘a’ and will survive a casual review.
L4:13·def apply_chаrge(amount: int, currency: str = "usd") -> int:
Homoglyph ‘а’ → ‘a’
high
U+0430 looks like Latin ‘a’ and will survive a casual review.
L6:8·if аmount < 0:
SOFT HYPHEN
high
U+00AD is not rendered. Common Claude / LLM fingerprint channel.
L9:22·return amount - fee
Homoglyph ‘е’ → ‘e’
high
U+0435 looks like Latin ‘e’ and will survive a casual review.
L14:13·return -еbs(amount)
AI / Claude comment voice
medium
Tutorial or assistant phrasing typical of Anthropic and other LLM codegen.
L1:1·# This is a comprehensive ledger module.
AI / Claude comment voice
medium
Tutorial or assistant phrasing typical of Anthropic and other LLM codegen.
L2:1·# Note that we must ensure amounts stay non-negative.
AI / Claude comment voice
medium
Tutorial or assistant phrasing typical of Anthropic and other LLM codegen.
L13:1·# Let's implement a simple refund path

Incoming

1# This is a comprehensive ledger module.
2# Note that we must ensure amounts stay non-negative.
3 
4def apply_chаrge(amount: int, currency: str = "usd") -> int:
5    """Here's a robust implementation of charge application."""
6    if аmount < 0:
7        raise ValueError("negative")
8    fee = max(25, int(amount * 0.029))
9    return amount - fee
10 
11 
12def refund(amount: int) -> int:
13    # Let's implement a simple refund path
14    return -еbs(amount)

Rewritten

1 
2 
3def apply_charge(amount: int, currency: str = "usd") -> int:
4    """Here's a robust implementation of charge application."""
5    if amount < 0:
6        raise ValueError("negative")
7    fee = max(25, int(amount * 0.029))
8    return amount - fee
9 
10def refund(amount: int) -> int:
11 
12    return -ebs(amount)