2024 Review

Intaglio printing creates unique graphic elements on a banknote and has been in use for centuries. Although this printing method already achieves a remarkable degree of realism, there have been efforts to render intaglio drawings even more true-to-life. Orell Füssli proudly introduces Escher®, a cutting-edge method that aligns intaglio design and origination with the latest advancements in digital 3D design.
The Escher® method turns any object into digital 3D intaglio designs. With Escher®, designers can quickly generate design variations, easily reposition an object or its light source, and apply security screens according to lighting and 3D modulation. The resulting 3D intaglio elements almost protrude from the banknote design. The realism is outstanding, and the results comply with the highest security printing standards.

The alignment of intaglio design with the latest advancements in digital 3D design brings unrivalled realism to the banknote design and an improved user experience for designers and issuing authorities.

Niels will present the recently published currency plans for Denmark. The plans were established on the backdrop of an extensive analysis of the use of cash in Denmark. The strategic development of cash in Denmark include a redemption process of notes, and the development of a brand new banknote series expected to be launched from 2028.

Neurocash® is a new methodology developed by the Banco de España and Instituto LENI (Polytechnic University of Valencia) for conducting innovative perception studies of banknotes based on the application of neuroscience and artificial intelligence. Neurocash takes advantage of the latest technologies to study users’ biometric responses. Algorithms based on artificial intelligence analyse these responses to obtain neurometric indicators of visual, emotional and cognitive impact in addition to the perception of security.
Neurocash® can be applied in different phases of the cash life cycle, such as: neurodesign of banknotes and security features, virtual neurodesign for quick and affordable banknote prototyping, assessment of the public perception of banknote production defects, counterfeit resilience assessment and evaluation of the efficiency of cash communication campaigns.

Some of the countless advantages of Neurocash® are achieving cash that, in terms of design and security, is attractive, intuitive and secure, reducing development costs by virtualising its design and improving quality control, meeting the requirements of an efficient means of payment, as demanded by the public and other stakeholders.

In collaboration with our Latvian partner, we proudly announce a significant breakthrough—the deployment of advanced ePassports in Latvia, setting a new benchmark for secure travel and document verification. Veridos and our Latvian partner would like to present this new passport to the world at HSP EMEA.
Veridos’ cutting-edge ePassports for Latvia boast innovative security features, with the standout addition being a color photo—a groundbreaking feature shared only with Germany within the European Union. This evolution positions Latvia as a distinguished innovator, showcasing confidence in Veridos’ expertise and emphasizing our commitment to advanced security features.

Introduced at HSP EMEA in 2023, the ePassport incorporates three new security features: CLIP ID Echo, Amber ID, Diamond ID, and Spectre ID. CLIP ID Echo introduces a repeated portrait and selectively visible biographical data, merging color photos with laser engraving for enhanced security. The additional features—Amber ID, Diamond ID, and Spectre ID—further fortify the ePassports, offering heightened security through metallic optically variable windows, UV-fluorescent color, and dynamic effects visible upon tilting the card.

The integration of a color photo in the ePassport marks a notable milestone in security document evolution. In conclusion, our collaborative effort with the Portuguese state printer INCM underscores pragmatic advancements in redefining travel security, reflecting innovation, sophistication, and secure travel in Latvia’s new ePassport.

We will analyse which security features and which biometric concepts best protect a person’s right to travel and to identify him/herself. From the pool of available resources we chose the best match and show their implementation in the new Austrian Passport. Some features are visible and obvious, but the hidden treasures are even better.

When we are talking about security design trend we tend to think about esthetics. My presentation will not be about esthetics but rather about design as part of the security strategy.
There are no new guilloche or micro-texts that can be a magic element of the security design but the existing applications give a complexity to the design that is very, very difficult to forge.

On these bases we develop all necessary tools for the designers/users to be able to develop and plan the up to dated high security products.

The digital printing is developing very fast. The quality of the print is better and better. Without question will have a share in the security printing, the question is where, in what format?

Needless to say that in all the developments be that application or equipment to serve the industry we do our best to optimize the effectiveness and the cost. Last but not least today is a basic requirement that we do our best to save the environment.

In my presentations I will give an overview of these developments.

This presentation will look at the reasons behind the ever increasing number of Cash in Transit vehicles (and staff) as well as ATM physical attacks, the impact that this has on the public’s access to cash together with the measures that Central Banks have introduced to reduce the numbers of attacks.
This session will cover the rationale why Central Banks should become involved, examples of the measures that Central Banks have undertaken together with the types of cash protection solutions that Central Banks have introduced under regulations

The family-owned company HUECK FOLIEN, based in Austria, is an independent supplier of high security threads and foils to the banknote industry. The company’s products are in circulation in low, medium and high denomination banknotes as well as high security documents all over the world. The product portfolio includes all kind of ColorSwitch™ effects, Picture Thread®, Trilumic® *, holographic threads and high security foils.
The trends in the high security industry are perfectly met with the latest product developments of the R&D team of HUECK FOLIEN:

The latest security thread feature is OPTOMOVE® – a unique combination of a ColorSwitch™ effect with a strong and brilliant movement. The micro-optical moving elements are brilliantly visible from any viewing angle.

*a trademark resulting from a cooperation between HUECK FOLIEN and Banque de France

LaserLine Secure Luna represents a significant innovation from Seprinto, featuring patented technology utilizing specially treated elastomer Shablons to regulate ink transfer to intaglio plates. This advancement not only enhances print quality but also reduces ink consumption by up to 20%. Additionally, the elastomer Shablons offer various other benefits without any work on the printing press.

Once issued, electronic ID documents (passports, ID cards, driver’s licenses, etc.), are typically valid for approximately ten years. During this time fraud techniques will inevitably evolve, and security of the document may decline.
For this reason, ID issuing-authorities need to futureproof eID documents by ensuring they remain highly protected, and that security is optimal throughout the validity period. The only way to do this is by guaranteeing updatability even after the document has been issued and is in circulation.

To help with this, new security regulations such as eIDAS v2, EUCC, and the Cyber Resilience Act are being deployed. The goal is to put new and more stringent requirements in place for the security of eID documents.

The good news is that all electronic ID documents contain a chip, and updates can be conducted through the operating system and/or applets. Currently, there are several solutions that have been developed to ensure that ID documents are secure ready for all security evolutions needed to maintain product security.

“Since the first polycarbonate documents in the 90’s, embedded DOVIDs have been holographic patches of around 22 mm diameter, protecting a small part of the picture and personal data. Such limited area restraints DOVID manufacturers in the introduction of new technologies and was due to the technical limitations of the integration of a DOVID within a polycarbonate document.
As polycarbonate documents became more and more popular, new attacks start emerging which showed that counterfeiters have adapted to this new reality. This situation led to recent developments that offer the possibility to integrate larger size DOVIDs, protecting more personalized data. Such DOVIDs open a new era for innovations enhancing the polycarbonate document in terms of security and functionalities.

This presentation aims at explaining the benefits of the integration of large size DOVIDs into polycarbonate document and the unlimited new possibilities they bring; for example: beautification, document verification enhancement and combination with other security features.”

Even though the production of banknotes is only a smart part of the total carbon footprint of the cash cycle it is nonetheless important that each player in the supply chain takes their responsibility to reduce their footprint.
At Leonhard KURZ we have taken significant steps to reduce our impact on the environment and as this presentation will show, even minor changes can have a major impact throughout the lifetime of a security feature.

Koenig & Bauer Banknote Solutions is the leading supplier of high-security printing solutions around the world. In the current evolution of the worldwide payment landscape, some fundamentals, such as ‘Innovation’ and ‘Value Creation’ are contributing to the development of sustainable, resilient and robust payment ecosystems. During this presentation, we will see that the banknote production process has evolved and is continuing to evolve into a lean and efficient model. The progress achieved in this domain has been overshadowed by challenges coming from the cash cycle. We will introduce how the banknote printer can position itself at the centre of the value chain to create a sustainable future for cash by supporting the stakeholders, societies and people who manage it and use it.

Insights from a 2023 survey conducted by Royal Dutch Kusters Engineering among central banks, repeated for the second time, shed light on outdated banknote disposal practices, emerging trends and recycling innovations The survey emphasizes the pressing need to tackle sustainability issues in currency management. Promising advancements in recycling technologies and collaborative initiatives aim to transform the lifecycle management of banknotes, improving efficiency and promoting environmental responsibility.

Jeroen Kusters is the Director of Sales for Royal Dutch Kusters Engineering and is part of Management Team of the company. He is the 4th generation in the Kusters family that has owned the company since it was founded in 1911. He is responsible for all global sales and marketing activities as well as all after-sales services. Jeroen grew up within the business and started his professional career within the company in 2005. Jeroen has lived overseas numerous times and has professional working experience in the UK, India, China and the United States. He is currently based at the Royal Dutch Kusters Engineering head office in Venlo, the Netherlands. Jeroen previously headed the Recycling division of Royal Dutch Kusters Engineering and is still very much involved with all activities that contribute to a cleaner and better world. His ambition is to bring the industry together to contribute to a more sustainable cash cycle, in which the destruction is an essential part.

For many decades, banknote destruction has been mainly done by shredding the material to standardized particle sizes, e.g. P5 according to DIN 66399. By cutting the banknote material, large amounts of the natural fibers are shortened and damaged – what unfortunately limits recycling options for banknote waste. This is why we had to find a solution to securely destroy banknotes whilst keeping fibers intact for repurposing. The solution, Banknote Fiber Extractor (BFE), is an innovation to the industry which fundamentally transforms the traditional banknote destruction into a much more sustainable but also safer banknote de-composition.

As the travel industry increasingly embraces the Digital Travel Credentials (DTC) concept, a critical challenge emerges: achieving global standardization amidst a complex web of regulatory frameworks. This presentation delves into the intricate landscape of international regulations and standards governing DTC. We aim to explore the multifaceted process of harmonizing DTC systems worldwide, addressing both the technical and legislative aspects.
Key discussions will include an overview of existing international standards and protocols for digital identity and travel documents, and the role of major international bodies like the International Civil Aviation Organization (ICAO) and the World Travel & Tourism Council (WTTC) in shaping these standards. We will also analyse the challenges posed by diverse national regulations, data privacy laws, and security requirements, which can create barriers to the seamless integration of DTC systems across borders.

The presentation will propose strategies to foster global cooperation and alignment in DTC implementation. By highlighting the importance of international collaboration and standardization, this presentation aims to provide a roadmap for the successful global implementation of DTC, paving the way for a more interconnected and efficient future in international travel.

The management of national identity documents production waste is a critical aspect of maintaining security, sustainability, and environmental responsibility.

As governments globally strive to enhance identity verification measures, such as passports and ID cards, has increased significantly.

There is therefore the need to explore the challenges and strategies associated with managing the by-products of national identity document production processes.

This presentation will touch on the environmental impact of identity document production waste and try to bring identity technology vendors’ attention to the need to provide sustainable disposal solutions as part of their packages for their clients. It will also discuss the potential risks associated with mishandling of sensitive materials and emphasize the need for secure and confidential waste disposal practices.

Additionally, it will challenge vendors to explore technological innovations that can minimize waste generation and highlight the importance of adopting eco-friendly materials in the identity document manufacturing process.

Understanding the implications of identity document production waste management is crucial for policymakers, industry stakeholders, and environmental advocates. The presentation will provide a concise overview of the multifaceted considerations surrounding the responsible management of national identity document production waste, emphasizing the necessity of striking a balance between security, efficiency, and environmental stewardship.

Today’s digital landscape is ushering in a transformative era of identity management. Building on the success of our ISO/IEC 18013-5 compliant VeriGO DriveID application, Veridos is pleased to announce our latest generation MobileID Platform, redefining the way we authenticate and protect our personal information on a smartphone or mobile devices
In our presentation, we will begin by delving into the critical aspect of standardization in the realm of digital IDs. Addressing the benefit of the maturing global standards and regulations, and the potential challenges and opportunities for customers pursuing proprietary solutions. We’ll explore the impact of the market and standards on the reliability and interoperability of mobile ID systems as we evolve from storing a single credential on a smartphone to a true online identity ecosystem.

Moving forward, we will navigate the intricate landscape of challenges and benefits associated with Digital IDs. From privacy concerns to enhanced security measures, we’ll assess the complexities involved in implementing and embracing digital identification, shedding light on both potential pitfalls and promising advantages.

The spotlight of our presentation will be on the Veridos MobileID Platform. A citizen-centric and rapidly deployable solution We will showcase how this platform not only aligns with international and regional governmental standards but also addresses the contemporary demands for secure, convenient, and user-friendly digital identity solutions.

Francis Tuffy has held senior business and technical management positions at Oberthur Fiduciaire, DuPont Authentication, API Security Products and Light Impressions International.

A selection of projects that Francis has led include anti-counterfeit programmes in China (tobacco), Turkey (tea), Scandinavia (mobile phone batteries) and security documents projects in Kenya (tax-stamps), Vietnam (banknotes) and Pakistan (ID – cards)

He has also managed large science programmes at the National Physical Laboratory – one of the leading measurement and testing laboratories in the world and has been called on to advise international anti-illicit trade bodies such as the Kimberley Process, the International Conference on the Great Lakes Region and the OECD.

He was Chairman of the International Hologram Manufacturer’s Association from 1998 – 2000. He has been a Chartered Engineer since 2014 and is a Member of the Institute of Physics.

Early in his career, Francis was awarded a British Council Research Scholarship at Budapest Technical University, Hungary and was a finalist in the Young Science Writer competition run by the Sunday Telegraph.

Francis has business, academic and professional qualifications. He now runs an online science tutoring service (he is a qualified teacher) and is Consultant Editor at Reconnaissance.

Distinkt SL. has created a revolutionary smart dynamic ink based on nanotechnology to prevent counterfeiting globally. The inks developed change its color or fluorescence when irradiated with Near Infrared light (NIR). The ink can be programmed to interact with the light source in a unique and personalized way. The inks are made of tiny particles (of a tunable size from 200 nm to 10 µm) composed of three different components that react to the NIR light in a cascade effect generating a color or an emission change. Moreover, the inks can be easily customized and different parameters can be tuned:
• The effect after irradiating with the NIR.

• Time to recover the initial state after removing the NIR source.

• The threshold NIR source power to induce the color or fluorescent change.

• The wavelenght in the NIR region to activate the color or fluorescent change

The difference with respect to UV-luminescent inks dominating the market is that in addition to the UV source to reveal the ink, Distinkt ink undergoes additional changes when exposed to NIR light modulating its initial fluorescence and making it dynamic.

Distinkt can provide unparalleled authentication to banknotes, identification documents, tax stamps, luxury goods and much more.

Counterfeit Travel and Identity Documents in Republic of Moldova
Republic of Moldova stands at the external borders in the East of the EU from one side and Ukraine from an other side due to this geographical position illegal migrants frequently use it as a transit country into Central and Western Europe. Since February 24, 2022 Moldova has faced a new challenge huge flow of refugees from Ukraine. As the result number of detected counterfeit travel documents on the border considerably increased.

The presentation will provide an overview of the major types of counterfeits and the techniques used to reproduce the documents as well as what efforts Moldova has taken to reduce counterfeiting.

Like it or not, remote identity verification is here to stay. Consumers, and therefore governments and corporations, demand fast and accurate self-service. Document design must now include consideration of the new playing field.
In this session, we will look at some of the results of Onfido’s latest Annual Identity Fraud Report. We will discuss the value of consistency of issuance, and modernising document design for the current environment.