What Is Steganography?
Understanding Steganography
The word comes from the Greek for covered writing. In digital form, steganography makes tiny changes to an image or file that observers cannot perceive but that a decoder can read. The carrier looks completely normal, which is exactly the point.
In brand protection, steganography is the science behind embedding authentication data into packaging artwork. Because the data hides inside the design itself, a counterfeiter has no visible target to attack, and the consumer sees only the brand's normal packaging.
Key Components of Steganography
Why Steganography Matters
Encryption protects a message but advertises that something valuable is hidden. Steganography hides the message and its existence, which removes the target altogether. For packaging, that means security a counterfeiter cannot even find, let alone copy.
- Conceals that any security data is present at all
- Carrier image or artwork looks completely ordinary
- No visible code for counterfeiters to target
- Can be combined with encryption for layered protection
- Embeds cleanly into existing packaging designs
- Readable by smartphone with the right software
How Acviss Supports Steganography
Acviss Phantom Code applies steganographic principles to embed invisible authentication data inside packaging artwork at the pre-press stage. There is no visible marker and no extra label, yet each unit can be verified with a smartphone scan.
This is what makes Phantom Code a working route to invisible authentication and covert authentication: the security is hidden in plain sight, in the design itself.
Security hidden in plain sight
Discover how Acviss Phantom Code hides authentication data inside your packaging artwork.
Book a Free DemoFrequently Asked Questions
Encryption scrambles a message so it cannot be read, but shows that a message exists. Steganography hides the message inside an ordinary carrier so its very presence is concealed.
It lets brands embed authentication data invisibly into packaging artwork. The pack looks normal, but a scan can reveal and verify the hidden data.
Yes. Data can be encrypted first and then hidden, so even if someone suspects a hidden message, they still cannot read it.
No. Well-designed steganography makes changes too small for the eye to detect, so the artwork appears unchanged.