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This session aims to explore the practicalities and paradigms of integrating AI identities into current and future digital infrastructures. Topics will include the regulatory and governance challenges posed by autonomous AI operations, the technical requirements for creating and managing AI identities, and the technical and even legal considerations of recognizing AI as identifiable entities, focusing on accountability and traceability within various frameworks.
This session aims to explore the practicalities and paradigms of integrating AI identities into current and future digital infrastructures. Topics will include the regulatory and governance challenges posed by autonomous AI operations, the technical requirements for creating and managing AI identities, and the technical and even legal considerations of recognizing AI as identifiable entities, focusing on accountability and traceability within various frameworks.
The side effects of (re)generative AI impacting cyber security
The polarizing public discussion about ChatGPT and its siblings and the smokescreens of those responsible for technology and business behind the brands obscure a differentiated view on the non-obvious side effects of a completely overheated Chatbot rally. This makes it difficult to seriously address the partially mutually dependent side effects of the large-scale public use of this technology.
Employers in particular are torn between giving in to the tempting benefits of this technology while, at the same time, they have to live up to their responsibility towards the law, regulations such as ESG, their organizations and their digital assets, the society and the duty of care towards their employees. All of that without missing a beat of innovation in that field.
In this workshop, we'll jointly explore the missing questions that need individual answers for a conscious, responsible and security aware use of AI.
Comprehensive protection of networks, system infrastructures, hardware and software, applications and data is part of every cyber security strategy. But what does this actually mean for identity and access management? Unloved for many years and repeatedly declared dead: passwords. Large IT companies have been promising us a password-free future for a long time. Is it really that easy to finally turn your back on passwords? The fact is that we have to deal with a large number of passwords every day in order to complete our professional and private tasks. Every password should be unique, highly complex and as long as possible. But what does the frightening everyday life with passwords look like today, what will it hopefully look like in the future and why it is essential to deal with the topic right now, explains Daniel Holzinger in his lecture.
The realm of cloud security has been extensively covered in books and articles, yet a crucial aspect remains ripe for exploration. It revolves around the fundamental understanding of what your cloud service provider offers and, equally vital, where your responsibilities lie in the realm of cloud security.
When embarking on the journey of adopting a cloud service, the foremost question to answer is, "What aspects of security do I need to oversee?" In a traditional on-premises setting, roles are distinct: IT manages infrastructure, information and cybersecurity handles security, and application developers bear the responsibility for code integrity. However, the landscape is evolving, with many organizations embracing DevOps, where these responsibilities are often shared, and the lines between development and operations blur or vanish.
Regardless of organizational structure, the majority of security obligations reside within your company's domain when you use an on-prem environment. Transitioning from an on-premises environment to a cloud environment presents one of the most intricate challenges—a more intricate shared responsibility model for security.
In the context of cloud security, two paramount concerns need close attention.
The first is the risk of misconfiguration. In a cloud environment, misconfigurations can inadvertently expose sensitive data and vulnerabilities, underscoring the critical importance of ensuring that cloud services and resources are set up correctly to mitigate such risks.
The second concern is insider attacks. Cloud users often lack influence over the staff of cloud service providers, making it essential to consider the possibility of insider threats. While cloud service providers typically promise robust security measures in place, it's crucial for organizations to implement their own layers of security to safeguard against insider attacks and unauthorized access, fortifying the shared responsibility model in the cloud.
In my presentation, I will delve into these intricacies, providing valuable insights and real-world examples of what your cloud service provider can do, irrespective of your specific needs and/or preferences.
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.
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.
Attackers follow the money. In a digital economy, this means targeting web apps and APIs to exploit vulnerabilities and abuse business logic, leading to data breach, account takeover, and fraud that can devastate your business. To effectively prevent these attacks, you need comprehensive, consistent security that protects your entire digital footprint.
F5 solutions reduce complexity in a hybrid and multi-cloud world so you can deliver secure digital experiences at scale—in the architecture you have now, and for the architecture you aspire to evolve your business into.
Step into the future of cybersecurity in an engaging and enlightening keynote presentation featuring Jonathan Blanchard Smith from SAMI Consulting and Berthold Kerl, CEO of KuppingerCole. Join us as we unveil the outcome of extensive discussions with CISOs and cybersecurity experts, exploring the ramifications of SAFIRE scenarios on the digital realm.
The keynote commences with captivating short films that vividly illustrate the diverse future scenarios. Witness how technological advancements, societal shifts, economic fluctuations, environmental concerns, and political dynamics intertwine to shape the cyber landscapes of tomorrow.
Delve into thought-provoking discussions as we ponder the most effective means of safeguarding the future digital life for each scenario. Gain insights into the challenges and opportunities that lie ahead, and explore innovative approaches to bolstering cyber resilience in a rapidly evolving world.
By the end of this session, you will be equipped with a clearer vision of the future of cybersecurity. Embrace this unparalleled opportunity to comprehend the potential challenges and transformations that await us.
Don't miss this extraordinary keynote at cyberevolution, where groundbreaking minds converge to envision the digital frontier. Join us and embark on a journey to discover the cyber future that lies ahead.
When the worst happens, and your defenses are breached, how do you respond? This engaging workshop, led by an experienced CISO, takes you through the crucial first hours of a cyber-attack. Using real-world examples and first-hand experience, the workshop highlights the immediate steps and strategies essential to mitigating damage and restoring operations. It provides insight into the tactical responses required during these stressful moments and offers guidance on how to create a robust response plan to prepare your organization better.
Attendees can expect to walk away with a better understanding of incident response management and benefit from the lessons learned from past attacks. This is a rare opportunity to learn from the trenches and equip your organization with the resilience it needs in the face of cybersecurity threats.
Organizations nowadays are agile and tech-dependent, deploying updates frequently and relying ons 3rd parties. This leads to dynamic and complex digital systems with exposed and vulnerable assets. Testing frequency does not keep pace with development, is very noisy, and more than one-third of an organization’s attack surface is unknown to the organization. Autonomous ethical hacking powered by hackers and AI, can help tech teams to identify and mitigate vulnerabilities and manage their digital infrastructure continuously and accurately. By combining machine hacking with human hacking in a symbiotic relationship, machines can go in-breadth and automated (80% of tasks with 20% of impact ); while ethical hackers go customized and in-depth (20% of tasks with 80% of impact). The knowledge flows from humans to machines and the platform learns continuously through ML & AI. This allows to uniquely provide instant, continuous, accurate, and affordable security.
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...