This type of steganography hides the message in the carrier another file.

This type of steganography hides the message in the carrier another file.

• A. Semagrams
• B. Linguistic Steganography
• C. Image Steganography
• D. Covered Ciphers

Answer: (B)

Hiding a message in the carrier by using language features is linguistic steganography. This approach treats the text itself as the cover and encodes the secret within linguistic elements—such as choosing synonyms, using specific punctuation, adjusting spacing, or arranging initial letters to form an acrostic—so the text still reads normally while secretly carrying information. The carrier is a text file, and the hidden data lives in how that text is written rather than in the underlying binary of an image or other file. That’s why this option fits best: it specifically describes embedding within language, not within image data or other methods. Image steganography would hide data in image pixels, and a term like semagrams isn’t the standard way to describe embedding in text.

Hiding a message in the carrier by using language features is linguistic steganography. This approach treats the text itself as the cover and encodes the secret within linguistic elements—such as choosing synonyms, using specific punctuation, adjusting spacing, or arranging initial letters to form an acrostic—so the text still reads normally while secretly carrying information. The carrier is a text file, and the hidden data lives in how that text is written rather than in the underlying binary of an image or other file. That’s why this option fits best: it specifically describes embedding within language, not within image data or other methods. Image steganography would hide data in image pixels, and a term like semagrams isn’t the standard way to describe embedding in text.