Does WebAuthn Signal the End of Passwords for Browsers?

VPNs are dangerous and overly complex. So why are we still pretending that VPNs are an effective security technology?

Join this webinar if you are responsible for implementing Zero Trust or managing complex VPN environments.

Learn why:
- VPNs cannot support your move to Zero Trust
- Managing VPNs is too complex for delivering granular access to a mobile workforce
- Eliminating VPNs can deliver Zero Trust secure access to the cloud, DevOps and third parties

Learn how you can effectively analyze vulnerability data to prioritize patching and remediation to reduce cyber exposure. Overcome vulnerability overload and gain insight into the following topics:
1. Recognizing the value and limitations of CVSS scores for prioritization
2. Identifying vulnerabilities most likely to be exploited in the near term
3. Incorporating asset criticality into your analysis
4. How to compare the effectiveness of your internal operations with industry peers and across internal business units
5. How you can more effectively prioritize your efforts to reduce cyber risks

The rush to innovate has resulted in more sophisticated threat defenses, but it has also created a complex web of tools that must be managed by an already overworked and understaffed security team. Heterogeneity of defense systems is itself a defense, so modern security teams need to approach consolidation differently.

In this session, Jeff Costlow, Deputy CISO at ExtraHop will give an abbreviated version of his keynote presentation at the upcoming CSA Summit at (ISC)² and share insights about how data-first approaches and cross-collaboration improve security posture and help reduce tool sprawl.

Zero Trust is a concept that is typically used to describe the security model for a company's infrastructure and data. Application delivery pipelines are typically managed using a perimeter-centric security model. In this session, we will discuss how to apply the core concepts of Zero Trust to the application delivery pipeline, helping to ensure your applications are delivered to production safely and securely.

Come learn how leading technology companies are optimizing cloud vendor security assessments by leveraging the recently-released CAIQ-Lite in their workflow. Also learn how and why the CAIQ-Lite came to be, as well as best practices from early adopters.

Takeaways from this webinar include...
- An introduction of the history/creation of the CAIQ-Lite
- Best practices for using CAIQ-Lite to perform security assessments of cloud vendors
- A "behind the scenes" look at how technology companies are using both the CAIQ and CAIQ-Lite in their assessment workflows

Over the past several years, we have developed and implemented Common Controls Framework (CCF) across Adobe, enabling our cloud products, services, platforms and operations to achieve compliance with various security certifications, standards, and regulations such as SOC2, ISO, PCI, HIPAA, FedRAMP and others. CCF is the foundational framework and backbone of our companywide security compliance strategy. It also provides the flexibility to quickly adapt to and tackle new compliance and certification requirements as needed for our business and solutions. We have also open-sourced CCF for other peer industries to leverage it for their compliance goals.

As the next level of organic maturity for the CCF strategy @ Adobe, we are now developing and implementing a controls automation framework which will help enable near real time monitoring of the controls operating effectiveness. The CCF controls automation framework is intended to change the controls testing strategy from a point in time/reactive mode to near-real time monitoring, tracking and alerting. This mode of controls assessment via automation not only increases the frequency of testing, but also enable quicker remediation to reduce the risk of controls failure. This framework will also enable with scaling the CCF controls framework by making it easier for new services and product teams to onboard the controls as well as help eliminate the compliance fatigue imposed on the operations and engineering teams, and still reducing risk. During this webcast we will share the automation platform that is being built by Adobe and how it aligns with CCF and Adobe’s approach towards faster adoption of controls.

SDP combines well-proven technical and architectural components to protect networked applications and infrastructure, more efficiently and effectively than with traditional network security tools.
This document serves to explain SDP, educate readers on its benefits, and encourage its adoption.

Cloud adoption for some services is no longer optional, however security is what is overwhelmingly holding organizations back from doing more. Cloud and SaaS themselves are also evolving, which is changing the approach for securing access to them. The right security capabilities will allow you to address risk while having you ready for tomorrow.

Are you experiencing these common challenges in your cloud security program?

There is no question that the way we work has changed with the rise of cloud and the widespread access to mobile devices. This shift in how we work requires us to also shift how we think about security when it comes to the cloud.

Listen in as our panel of C-Level security leaders discuss common obstacles CISOs encounter when moving to the cloud and how you can overcome them.

Topics covered include:
- Tackling privacy regulations
- Protecting your company's sensitive data
- Shifting your existing security strategies to be more cloud-focused

Want to eliminate passwords? We all do. WebAuthn is a new web standard published by the World Wide Web Consortium (W3C) for users in the era of passwordless authentication for web applications. This new standard offers strong authenticators such as Touch ID or Face ID directly from your browser to keep attackers out while delivering first-class authentication experiences.

Watch this webinar to learn about:
- Use cases: Understand how the new standard enables low friction, phishing-resistant authentication
- Technology: Peak beneath the hood and see the core technical concepts that comprise WebAuthn
- User experience: Look at the user registration and authentication flows
- Business impact: WebAuthn helps security and product forge mutually aligned objectives

Web applications are becoming increasingly complex, with most applications now built using multiple layered components, such as web servers, web frameworks, language engines and JavaScript libraries. The growing number of cyber attacks stemming from component vulnerabilities highlights a limitation of conventional scanning for securing web applications. Join Tenable experts to learn how you can go beyond traditional scanning to better protect your web application estate from component vulnerabilities.

It’s no secret that today’s hackers are smarter than ever before - a motivated hacker can use a variety of different methods to steal passwords from unsuspecting users.

While two-factor authentication solutions have been around for a while, they're no longer comprehensive enough to defend the new perimeter. Join us to learn the anatomy of common identity attacks, and how to keep hackers out of your organization.

We’ll discuss:
- Identity attacks that exploit insecure methods of authentication
- How to add a smart layer of security over your critical apps, services, and devices
- What to look for in a multi-factor authentication solution

This session will explore the emerging regulatory trends in Vendor Risk Management in APAC and demonstrate how Security Ratings can play a key role in supporting enterprises in the establishment of strong governance and compliance oversight for their vendor landscape.

The session will use a case study based approach and share with you how security ratings work, how to apply them, and how to leverage them to meet the emerging compliance mandates.

Without native network visibility in the cloud, enterprises have been limited to log or agent centric tools to support their cloud migration and to secure their workloads, making it challenging to detect and investigate complex threats in a timely manner. The introduction of Microsoft Azure V-Tap and Amazon VPC Traffic Mirroring finally provides access to context-rich network data for threat detection, investigation and response.

Join this webinar to learn how to gain visibility in your cloud workloads by leveraging the new network tap features released by the leading public cloud providers. During this session, Amelie Darchicourt, Cloud Product Marketing Manager at ExtraHop, will present the benefits of adopting a cloud-first approach to Network Detection and Response (NDR) and will share insights about how SecOps teams can hold up their side of the shared responsibility model and deliver unified security across the hybrid attack surface.

Encryption of all traffic in the cloud is a widely adopted best practice. The new TLS 1.3 standard with Elliptic-Curve Diffie Helman (ECDH), perfect forward secrecy and ephemeral keys renders most traditional decryption methods ineffective and out-of-band decryption essentially impossible. Combined with the distributed and elastic nature of cloud computer architectures and the use of third party services, enterprises have been forced to choose between security and visibility or between security and modern architectures.


Join us for a “How To” webinar covering the newest possibilities for decryption in the public cloud. During the session, Steve Perkins, Chief Product Officer and Erik Freeland, Director of Customer Success at Nubeva, will discuss the complications and opportunities surrounding the new TLS 1.3 protocols. They will walk through how organizations can implement encryption best practices and also gain full decrypted traffic visibility for intrusion detection, threat hunting, incident response and beyond with the newly announced Amazon VPC traffic mirroring and industry-leading open source monitoring tools.