18 security innovations to make it difficult to replicate or copy - MoreInspiration

18 innovations

Industry: security × Function: make it difficult to replicate or copy ×

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ISO standards to help stop counterfeiting

service

ISO standard against counterfeiting

Olympic tickets with embedded RFID tags to cut down on fake tickets

dual use

RFID tags in Olympic tickets prevent fake tickets

Toppan's holographic nanotext printing uses electron beams (EB) to print characters 30 times smaller

small size

Nanotext

This pharmeceutical packaging has an incorporated unique fingerprint

3D protrusions

Security foil

Perforations in a passport photo are difficult to replicate

multiple hollows

Passport anti-counterfeiting

dyes on a passport only visible under special scanners

full spectrum of colour

Counterfeiters dye over security measures

combination of colour effects on surface of label

3D protrusions

Butterfly wings as model for counterfeiting

laser for marking products

full spectrum of colour

Datalase laser marking

Surface texturizing varying in depth and shape are hard to copy

3D protrusions

Microtechnology for surface texturizing

These labels have a floating image that provides a powerful product authentifcation

full spectrum of colour

Floating image labels

combination of coloured layers can deliver millions of unique combinations

full spectrum of colour

Microscopic, traceable, anti-counterfeit technology

An embossing technique for plate material has been developed which cannot be copied

3D protrusions

Anti-counterfeiting by embossing materials

small quantum photonic markers added to inks and coatings

full spectrum of colour

Photonic quantum markers

Montblanc pens have an integrated RFID tags to prevent counterfeiting

dual use

RFID in Montblanc pens

sandwich of thin layers of microscopic and durable particle create a colour code

full spectrum of colour

Marking with hidden information

Conductive inks can be used for printing RFID tags

liquid

Printing RFID tags

Microsphere encoding consists of reading and writing by optical means of micron-sized encoding

full spectrum of colour

Microsphere encoding

A unique 'fingerprint' formed by microscopic surface imperfections could be used as a cheaper method to combat fraud

3D protrusions

"Fingerprint" on materials

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