When designing security features for tax stamps, attention is increasingly being paid to features created by digital printing, since this technology is developing very fast. However, many highly effective tax stamps, in use today, carry features printed with traditional, analogue methods, such as offset and intaglio. So, which is better? Or should both methods be used together for an optimal security solution?

LEONHARD KURZ, a global player in security and surface finishing technologies, has announced the integration of its subsidiary SCRIBOS, a digital platform provider, under a new unified brand identity—KURZ SCRIBOS.

Lebanon is one of the few nations where the tobacco sector, including tobacco leaf farming and manufacturing, falls under state control.

Reconnaissance International is pleased to announce the release of its new publication – ‘Smartphones for Authentication’ – the only publication of its kind.

As the traditional linear 1D barcode celebrates its 50th birthday, its days could be numbered now that GS1 – the global body responsible for barcode standards – prepares for the worldwide acceptance of younger, 2D codes in retail outlets by the end of 2027.

SICPA and nanotechnology company UbiQD have announced an expansion of their partnership to develop security inks based on the latter’s quantum dot technology.

The ability to link a physical object such as a stamp, label, or direct mark to the digital space, through devices such as a smartphone is a persuasive and growing field.

De La Rue has appointed David Sharratt as Managing Director of its Authentication division, replacing Andrew Clint, who has resigned to pursue other opportunities, after three years leading the division – and over 13 years with the company.

In the past ten years or so, quantum materials have become increasingly interesting to scientists looking for properties not usually exhibited by classical structures. While most solids display varying degrees of repeatability in the array of atoms from which they are formed, when you get down to the atomic level, where quantum effects are most pronounced, materials display unique attributes due to their randomness.

The advent of the smartphone has led to a surge in the development of smartphone readable security features.