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The aim of this presentation is to map the comprehensive human factor and cybercrime landscape categories (Motivations, the category of the perpetrator, category of the targets and victims, opportunistic and targeted attacks, the jurisdiction of the target, technology versus social engineering). Mapping these two pillars provides indicators that can be integrated in AI cybercrime predictive analysis, construct a model of the man-cognitive system and a cyber leadership network based on the deduction of cyber policy challenges.
The aim of this presentation is to map the comprehensive human factor and cybercrime landscape categories (Motivations, the category of the perpetrator, category of the targets and victims, opportunistic and targeted attacks, the jurisdiction of the target, technology versus social engineering). Mapping these two pillars provides indicators that can be integrated in AI cybercrime predictive analysis, construct a model of the man-cognitive system and a cyber leadership network based on the deduction of cyber policy challenges.
For many years now, the management of incidents has been a challenging, dynamic and somewhat accidental in response. Today, whatever the threat we face, there is zero margin for errors if affected and excuses are certainly a thing of the past. Planning for the worst-case scenario is now commonplace, yet is it tested? and who is involved? Developing the right strategy for your organisation and its operations is key to continued success and minimising the impact of any incident. This presentation intends to encourage the consideration of different approaches, thinking, and conversations upon your return to your organisation.
Every year the number of cyber attacks is increasing. The types of targets include just about everyone, ranging from Fortune 500 companies, small and medium-sized businesses, critical infrastructure, and government agencies.
Cyber-attacks are becoming more sophisticated as well as growing in frequency. Up to a million new malware variants are created every day. Each new threat group can be significantly different from previous ones and can be used in damaging attacks around the world.
The Cybersecurity Innovation Night will focus on cutting-edge approaches and advanced solutions in the various areas of cybersecurity by utilizing Machine Learning (ML) and Deep Learning (DL) technologies. ML and DL have had many successful applications in image recognition and language processing, and now these techniques are the fastest growing trends in cybersecurity. These tools are gaining more traction in cybersecurity because they facilitate more efficient analysis and allow faster, automated responses to various threats.
The slam-style talks will present various approaches of combating cyber attacks and cybercrime using ML and DL techniques. Slammers will entertain and at the same time, try to convince the crowd that the world will be a safer place with their contribution.
Wenn es um die Integration von Mobile Apps in die Single Sign-On-Umgebung geht, dann entstehen oft Interessenskonflikte zwischen Designern, der IT-Sicherheit und dem, was der Kunde wirklich möchte.
Welchen Einfluss hat das gewählte Login-Verfahren auf die Sicherheit und welche Ansätze haben sich in der Praxis bewährt? Wie kann ein Kompromiss aussehen, der sowohl den Kunden zufriedenstellt, aber trotzdem ein ausreichendes Sicherheitsniveau bietet? Erfahren Sie, welche Best Practices es gibt und welche Rolle OAuth 2.0 dabei spielt.
Zero Trust Security assumes that nothing in a companies ITinfrastructure like including users, endpoint devices, networks, and resources, is ever trusted. All interactions must be verified to decrease the chance of a security breach. Zero Trust Security ensures secure access to resources while significantly reducing the possibility of access by bad actors. In this paneldiscussion we will discuss the considerations companies should make before implementing Zero Trust Security and Zero Trust Security by Design.
Make or buy? Budget annihilator or business driver? Only 2 questions which must be answered when building up a Security Operation Center. How to address these questions and how to start a project to establish a Security Operation Center in a traditional German manufacturing company is content of this session. |
- Start small, think big: Understand how to start a SOC project and deliver an added-value fast - Think big: Identify a SOC target vision which maps to your individual company situation - Be prepared: Learn about typical challenges during the SOC ramp-up process |
Businesses are more data-driven than ever, but inaccurate and manipulated information threatens to compromise the insights that companies rely on to plan, operate, and grow. Unverified digital resource is a new type of vulnerability - one that is
chronically overlooked by digital enterprises. With autonomous, data-driven decision making, the potential harm from unverified digital resources become an enterprise-level existential threat. And then, there's a wider cybersecurity aspect and how to address the following:
- Data provenance verification - the history of data from its origin throughout its lifecycle (cradle to grave)
- Data Integrity verification - continually maintain good health and predictable state of data
- Data context usage - keep an eye on behaviour and context around data's use
The Internet of Things has already become an integral part of our daily lives, whether we like it or not. In the office, at home, and even in the street, we are surrounded by a multitude of smart devices ranging from smart TVs and fridges to network routers, voice assistants and parking meters. No matter how different their functionality is, however, all these “things” share two major common traits: they are all connected to the public Internet and they lack the most basic security controls.
For decades, security was never a priority for embedded device manufacturers. Modern companies selling smart consumer devices still lack both expertise and budgets for making their products Secure by Design. Lack of regulation in this area doesn’t help either. As a result, vulnerabilities in consumer IoT products have already led to a number of security breaches on a massive scale: ranging from DDoS attack using huge botnets of hijacked cameras and routers to targeted attacks on corporate data using fish tank pumps.
As the number of consumer-grade IoT devices used by enterprises continues to grow, we can only brace for even larger attacks in the future. Or, instead of waiting for vendors or governments to do their job, we could start acting on our own. In this session, we are going to discuss the enterprise IT risks caused by consumer IoT devices and look into potential ways to incorporate them into existing enterprise security and identity infrastructures.
When we think of security in the OT / IoT space, we are very focused on technological measures and controls. However, the recent incidents in this field showed that security events are not only based on a failure of technical controls. The 2017 Triton malware attack on SaudiAramco is a good example of what can happen based on human behaviour. While the attacked Triconex SIS controller is protected by a physical switch, it seems that this switch has been left in program mode. The ongoing digitalization of operational technologies presents cyber security professionals a whole new challenge. Technical controls are just one part to successfully protect critical infrastructure, but we have to consider the human factor too. As 90% of cyber incidents are human-enabled (Verizon Data Breach Report 2017), this will be one of the main topics in security for critical infrastructure. How can these challenges be addressed, what are new and innovative ways to develop security solutions, create resilience and protection?
Having cloud software tools and services entering our core business processes, it becomes even more critical that we govern information across platforms, the diverse forms of data and at scale. Artificial Intelligence plays a significant role in enabling companies keep their business running faster, more protected in hybrid cloud environments, while optimizing the Hardware and Software stack.
We got security wrong. Enterprise security is failing with two-thirds of organizations experiencing an average of five or more security breaches in the past two years, according to Forrester. Adding to the fervor is the impact of Cloud, Mobile, DevSecOps, Access. The entire experience of developing, deploying and protecting applications has forever changed. In today’s network perimeter-free world, organizations must adopt a Zero Trust Security model – and shift from ‘trust but verify; to assume users inside a network are no more trustworthy than those outside. And with the digital economy in full swing, the adoption of continuous integration and deployment brings with it new challenges, including greater attack surfaces as well as increased, complex compliance.
In this session, Dr. Torsten George, cybersecurity evangelist, will explain how the velocity of DevSecOps, security breaches, access to applications is creating the mandate for Zero Trust, and in doing so ushering in a new era of experiences – everything from how we securely develop and deploy apps, to how we authorize access for consumers and privileged users. Dr. George will outline how to enforce risk-based policy in real time, at the point of access. He’ll also provide tips on how to speed up analysis and greatly minimize the effort required to assess risk across today’s hybrid IT environments through the use of machine learning.
Hear how a leading multinational Financial institution was able to evolve from Role Based Access Control (RBAC) to the new paradigm, Policy Based Access Control (PBAC), and learn what challenges this solved, and the ROI they were able to see from using PBAC.
More often we hear about the devastating effects the attack on critical infrastructure can have on the citizens of an affected city or a country. Yet we don't see large scale attacks yet being conducted. Panellist will discuss possible threats in todays world as well as the ways private sector and governments can collaborate to prevent such assaults on critical infrastructure.