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Today’s identity systems are a centralized collection of user data, and have become the #1 target for attackers. According to the Verizon DBIR, more than 80% of breaches start with compromised credentials.Decentralized identity represents a massive paradigm shift to a safer, more secure future by making the user's device the transport mechanism for that single user's data. In other words, no more “trusted” third parties. Decentralized identity eliminates the need to build connections into federation systems, and reduces the amount of personally identifiable information organizations must collect.In short, we’ll discuss how shifting to a decentralized identity model reduces risk for organizations while simultaneously improving users privacy.
Today’s identity systems are a centralized collection of user data, and have become the #1 target for attackers. According to the Verizon DBIR, more than 80% of breaches start with compromised credentials.Decentralized identity represents a massive paradigm shift to a safer, more secure future by making the user's device the transport mechanism for that single user's data. In other words, no more “trusted” third parties. Decentralized identity eliminates the need to build connections into federation systems, and reduces the amount of personally identifiable information organizations must collect.In short, we’ll discuss how shifting to a decentralized identity model reduces risk for organizations while simultaneously improving users privacy.
Decentralized Identifiers (DIDs) offer a unique solution for digital identity verification, allowing individuals to have complete control over their own identity and eliminating the need for a centralized registry or authority. In this session, we will explore the insights that can be gained through the analysis of global DID data. At Danube Tech GmbH, we have developed version trackers that monitor various DID methods, such as did:indy, did:ebsi, did:ion and others, collecting and storing data on DID transactions in our database for analysis. During this session, we will present the results of our latest analyses, including trends in DID transactions over time, distributions across different verification methods, and errors found in DIDs and DID documents. This information can be valuable for businesses looking to understand and utilize DIDs in their operations, as well as for individuals seeking to use DIDs for their own digital identity management.
The past few years have seen a startling increase in decentralized technologies for Digital Identities. So far, much of their adoption has been limited to academic or proof-of-concept integrations (barring some shining examples) rather than consolidated production-ready use cases.
Generally, there isn't an enforced link between real-world and digital identities, and rightfully so. Still, enterprises' policies and regulations mandate companies to ensure restricted access to reserved data and undeniable attribution, which collides with general anonymity and distributed principles. Albeit SSI technologies aim at filling this gap with trusted-yet-privacy-preserving solutions, companies still need to consolidate digital identities and collapse them into a well-defined entity. We will talk about a hybrid approach to classic IAM for workforce management including W3C native credential integration with solidified and well-established SSO federations. In other words, delegate to the end users the choice of which identity technology to use as long as they can provide a trust chain that the companies can verify.
Cybersecurity practitioners agree that Identity is now at the heart of everything we do. A variety of inescapable forces have brought us to this point and our success in the next years depends critically on how well we exploit the strategically placed Identity center piece. Rising to this challenge requires our accumulated business analysis and deployment experience as well as the power of modern Identity platforms. Critical to realizing this vision is an integrated set of connected identity services that communicate seamlessly within the identity fabric but also across the wider Cyber security ecosystem. One Identity lives and breathes connected Identity, and we are happy to share our experience helping organizations achieve value from connected identity security models. Whether you are struggling to integrate your existing Identity silos, wondering what Zero Trust means for identity or looking to new Identity services like PBAC and decentralized identity, One Identity's innovative approach and design patterns shared in this session will be of interest.
Takeaways:
Overview of types of data and how it can be used as well user consent models that organizations should consider with consumer facing services
In many respects, identity programs are inherently vulnerable because they often rely on something that is shareable; something that a person knows or something that they have.
Join iProov to hear how biometrics can improve security for both digital and physical access. Included in this presentation will be guidance on: aligning biometrics to high-risk inflection points in the identity lifecycle; important considerations for inclusivity; and how to mitigate the risk of generative AI in modern attack methodologies.
I will talk about lessons learned from several projects which tried to adopt verifiable credentials as learning credentials in educational institutes such as interoperability with the OpenBadge credentials.
ITDR: Is this really something new, given that around 80% of the cyberattacks are identity-related, from password phishing to bypassing MFA? Is it a separate discipline or just a part of XDR (Extended Detection and Response)? Or a new name for what Access Management and FRIP already do?
As always, there is something new and relevant in this. The fundamental question for many organizations will be on how to address the identity threat challenge best. Does it require new or different tools, or just a different use of what is already there? What to look for specifically? And how to reduce the risk of identity-based attacks? Is ITDR the core, or better identity protection? These questions will be answered in this session to help you navigating through the buzzword jungle.
The combined impact of the pandemic driven shift to remote work with a connect-anywhere paradigm and the ongoing digital business transformation has inspired a higher awareness of cybersecurity concerns, requiring a profound change in the way we define Access Management.
New contact-free onboarding experiences from the workforce to the customers; the need for managing human-to-device relationships; passwordless authentication as the new normal; decentralized identities as a new way for dealing with identities; the impact of policy based access; the convergence of IGA and Access Management: All these are just some of the trends we observe. In this session, we will talk about the Access Management trends and provide guidance on how to leverage and extend your existing Access Management towards a future-proof Access Management.
How Self-Sovereign Identity (SSI) enables decentralized Identity and Access management for Things
From SSI zero to hero – ETO`s digital & IoT transformation in practice
Skills not degrees are what matters in today's job market. Using SSI and OpenBadges standards, people can gain micro-certificates based on skills acquired during their studies, work, or volunteering. We will discuss what it takes for educational institutions and employers to adopt a privacy-friendly, frictionless, and more secure onboarding process for students and employees based on this technology. We will explore the new paradigm for IDaaS, an eIDAS 2.0 compliant process, and how we enable Life Long Learning.