e A c h i n d i V i d u A l m i c r o P A r T i c l e B e A r s h i G h s e c u r i t y h o l o g r a p h i c f e a t u r e s b a s e d o n e - b e a m t e c h n o l o g y. i d e n T i f y i n G d o c u m e n T s W i T h T h e i r “ f i n G e r P r i n T s ” It could seem that security holograms cannot be used for identification of particular documents. How can we identify a particular hologram when all of them are produced from the same master hologram? However, OPTAGLIO has developed a solution sometimes described as “document holographic fingerprint.” It is based on microholograms explained on the previous page. They are randomly scattered in the defined area of the document. Therefore each card is an original that can be easily distinguished from other cards. A software application covers the following functions: y o u C A n e x A c t L y I D e n t I f y f r o m w h A t P A s s P o r t w A s r e m o v e D t h e A b u s e D e L e m e n t. y o u C A n s A y w h e n t h e P A s s P o r t w A s I s s u e D, w h o w A s I t s h o L d e r … Getting documents with a particular distribution of holograms, create database records and provide them with metadata. Keeping records in accordance with information security requirements (confidence, integrity, availability). Getting a card during an identity check, comparing with database records and identifying it. microholograms random application unique “fingerprint” image processing database access o n C e A D o c u m e n t I s C r e A t e D, I t C A n n o t b e r e P r o D u C e D e v e n b y I t s o w n m A n u f A c t u r e r. B u s i n e s s B e n e f i T s fun DA ment AL enh AnCement of Prote CtIon. An attacker would need to replicate not just micro-holograms but also their mutual position. InPut for forens IC I nvest IGA tIon cOST SAVING, because microholograms don’t cover entire card but only a defined area. ex CeLL ent vAL ue – P rIC e rAtIo. more protection for less money.
