KuppingerCole's Advisory stands out due to our regular communication with vendors and key clients, providing us with in-depth insight into the issues and knowledge required to address real-world challenges.
Compare solution offerings and follow predefined best practices or adapt them to the individual requirements of your company.
Meet our team of analysts and advisors who are highly skilled and experienced professionals dedicated to helping you make informed decisions and achieve your goals.
Meet our business team committed to helping you achieve success. We understand that running a business can be challenging, but with the right team in your corner, anything is possible.
Fraud is a major cost to businesses worldwide. Banking, finance, payment services, and retail are some of the most frequent targets of fraudsters. However, insurance, gaming, telecommunications, health care, cryptocurrency exchanges, government assistance agencies, travel and hospitality, and real estate are increasingly targeted as cybercriminals have realized that most online services trade in monetary equivalents. After years of being the focus of cybercriminals, banking and financial institutions are more likely to be better secured than other industries, meaning that fraudsters are increasingly likely to attack any potentially lucrative target if given the opportunity. Fraud perpetrators are continually diversifying and innovating their Tactics, Techniques, and Procedures (TTPs).
The most prevalent types of fraud businesses, non-profit organizations, and government agencies experience today are:
Account Takeover (ATO) Fraud - occurs when fraudsters use breached passwords, phishing, social engineering and credential stuffing attacks to execute unauthorized transactions.
Account Opening (AO) Fraud – also called New Account Fraud or Synthetic Fraud, often happens as a result of using stolen identities or assemblages of personal information to create synthetic digital IDs.
In this session we will provide an overview of Fraud Reduction Intelligence Platforms and show the highlights of our latest research in this area.
Fraud is a major cost to businesses worldwide. Banking, finance, payment services, and retail are some of the most frequent targets of fraudsters. However, insurance, gaming, telecommunications, health care, cryptocurrency exchanges, government assistance agencies, travel and hospitality, and real estate are increasingly targeted as cybercriminals have realized that most online services trade in monetary equivalents. After years of being the focus of cybercriminals, banking and financial institutions are more likely to be better secured than other industries, meaning that fraudsters are increasingly likely to attack any potentially lucrative target if given the opportunity. Fraud perpetrators are continually diversifying and innovating their Tactics, Techniques, and Procedures (TTPs).
The most prevalent types of fraud businesses, non-profit organizations, and government agencies experience today are:
Account Takeover (ATO) Fraud - occurs when fraudsters use breached passwords, phishing, social engineering and credential stuffing attacks to execute unauthorized transactions.
Account Opening (AO) Fraud – also called New Account Fraud or Synthetic Fraud, often happens as a result of using stolen identities or assemblages of personal information to create synthetic digital IDs.
In this session we will provide an overview of Fraud Reduction Intelligence Platforms and show the highlights of our latest research in this area.
AI actors are poised to eclipse the number of human users on the internet. Many industry observers have decried such growth, pointing to the immense risks that such a brave new world poses. How can security systems even keep up with the rate of expansion in AI technologies? How can enterprises hope to compete with the vast amounts of money, time, and resources that AI companies use to train their models? Such questions presage a significant evolution in the way the tech industry envisions, develops, and deploys security systems.
Fortunately, there’s a way forward, but it requires the cybersecurity market to shift toward a pattern that follows what AI vendors have done: make the science of biological systems the template for cybersecurity. Breakthroughs in social science, political science, evolutionary biology, and neuroscience demonstrate that our focus should be on establishing trustful relationships rather than a direct reliance on structural interventions such as identity management, attack surface management, and zero trust practices. The pathways that enable biological entities to come to trust and successfully collaborate with each other are known to science. In this presentation, Global Head of Research Mike Neuenschwander will delve into what changes are coming to the security market in order to achieve such levels of trust online. The presentation will provide a market roadmap for vendors, enterprises, governments, and standards organizations alike to create a security model that is highly collaborative and ultimately highly trustworthy.
In his talk, Martin Kuppinger, Principal Analyst at KuppingerCole Analysts, will look at the concepts behind Decentralized ID and its current state. Based on that introduction, he will share his perspectives on how Decentralized IDs can improve the cybersecurity posture of organizations for different use cases, including workforce, business partners, customers, and citizens.
In this session, I will give an overview of a number of emerging security and privacy technologies, such as advanced cryptography (e.g., lightweight cryptography, post-quantum cryptography, etc.), privacy-enhancing technologies (e.g., confidential computing, zero-knowledge proof, etc.), and blockchain, and discuss why and how organizations should consider building their cybersecurity strategies with these emerging technologies.
Businesses, public institutions, and government agencies face various cybersecurity issues in an increasingly connected world. This welcome session highlights current and emerging cybersecurity challenges and trends as perceived through the lens of public leadership in Hesse.
From the intricacies of regulatory policy to the application of practical security measures, the discussion will provide a comprehensive understanding of the state's strategic approach to enhancing security and resilience. Attendees will gain unique insights into how government agencies shape cybersecurity trends and translate them into actionable support for stakeholders.
As governments around the world increasingly turn to artificial intelligence (AI) to enhance their security, a myriad of complex challenges emerge. This presentation delves into the multifaceted landscape of applying AI to secure government operations.
The German railroad system is part of the national Critical Infrastructure, and hence all major train stations are fall under the KRITIS regulation. Recently, OT-(in)Security has drawn the attention of Threat Actors, and it is due time, to focus on securing Building Automation and Control system. The talk introduces to the challenges of managing a diverse and distributed technology landscape and how established solutions can help protect the infrastructure - or not...
Time is moving fast in the IT-Security industry. The rise of AI brings new attacks for example as new and better redacted phishing emails. What are the risks and chances for Security Operations? What is the impact on identity and access management. How can AI be used to improve threat hunting. These are some of the topics presented here.
The Digital Operational Resilience Act (DORA), which entered into force on 16 January 2023 and will apply from 17 January 2025, aims to enhance the digital operational resilience of entities across the EU financial sector and to further harmonise key digital operational resilience requirements for all EU financial entities. DORA sets out uniform requirements for the security of network and information systems of companies and organisations operating in the financial sector as well as critical third parties which provide ICT (Information and Communication Technologies) services to them, such as cloud computing or data analytics services. DORA creates a regulatory framework on digital operational resilience, whereby all financial entities need to make sure they can withstand, respond to, and recover from all types of ICT-related disruptions and threats. These requirements are homogenous across the EU, with the core aim to prevent and mitigate cyber threats. DORA is complemented with several “regulatory technical standards (‘RTS’)” which give more details on requirements for cyber security.
As the whole DORA legislation cannot be presented in a short timeframe, I will focus on the part that is most important to ensure cybersecurity and the part that is the most interesting one for the audience, the RTS on ICT Risk Management Framework. I will give a quick overview and highlight the topics, which will bring the most workload to the industry. The biggest challenges will be in the areas of Asset Management, Operations Security, Network Security and Encryption.
This interactive workshop will provide a practical approach to understanding and applying Zero Trust principles in creating your cybersecurity architecture.
We will focus on transitioning from traditional security perimeters to an identity-driven Cybersecurity Mesh, acting as the backbone for implementing the Zero Trust model. A detailed case study will guide you through the initial stages of incorporating Zero Trust principles into your current security landscape, identifying potential challenges, and offering methodical solutions.
The session will center on active learning through real-world examples, where participants will gain hands-on experience in shaping a resilient Cybersecurity Fabric. The workshop will conclude with participants developing a personalized roadmap to integrate Zero Trust principles into their cybersecurity systems seamlessly.
Join us to kickstart your Zero Trust journey, navigate its intricacies, and move towards a secure future with real-world applications and interactive problem-solving guidance.
At first, some insights into the background, purpose and history of the e-IDAS regulation are provided and the difference between the previous and the currently proposed e-IDAS version are explained very shortly. Core part of the presentation addresses the impact and main challenges, including the concerns expressed by various stakeholder groups. Finally, the expected timeline is given.