Have you noticed an increase in phishing attacks finding a path through your detections? You aren’t the only one...

Luke Jennings, VP R&D at Push Security, tears down popular AitM phishing kits to see what makes them so effective at getting through your defenses.

You’ll learn:

• The common tricks that attackers and malware devs are using when building phishing kits

• Why established anti-phishing controls are failing to keep up with offensive innovations

• What security teams need to do to level the playing field against the influx of AitM phishing kits

Push CEO & co-founder Adam Bateman appeared on the RSnake show to discuss Push's browser-based ITDR product.

A few months ago, the Snowflake breach shone a light on the threats posed by infostealers. In it, 80% of the credentials used were seen in infostealer infections dating back to 2020. Naturally, the fact that the credentials that facilitated one of the largest breaches in history were just sitting around on the internet is seriously alarming.

Attackers are also increasingly using infostealers to steal authenticated user sessions, bypass MFA and take over corporate accounts. From there, they can access and steal sensitive data, take over critical functionality, and pivot to conduct more traditional attacks like deploying ransomware.

Join Luke Jennings, VP R&D at Push Security, as he rolls up his sleeves to demonstrate:

• How attackers use infostealers to steal sessions and compromise MFA-protected services like M365.

• How attackers use residential VPNs to bypass conditional access policies.

• How downstream SaaS app sessions can be stolen to avoid the need to access highly protected IDPs like Microsoft and Okta.

Once upon a time, we thought of cyber attacks in terms of recon, port scanning, enumeration, vulnerability identification and exploitation and we had various approaches we would use to frustrate attackers at every phase.

As the cat and mouse game of security continued, this eventually morphed into an endpoint compromise focused process involving initial access, exploitation, persistence, command and control and lateral movement inside a complex internal network. But with the remote working and SaaS revolution, the way organizations work has changed radically – so what does the cyber kill chain look like now?

This talk considers what a new SaaS cyber kill chain looks like for modern organizations that are fully SaaS native without any concept of an internal network, and the surprising number of attacks that are possible without touching company owned endpoints or infrastructure.

We will consider topics like how the initial access stage is changing due to the availability of so many potential beachheads, what lateral movement looks like in a world with no internal infrastructure to migrate to and how persistence methods have changed and are much more resilient to common containment measures such as password resets and secure device wipes.

Finally, we'll consider how the open-source SaaS attacks matrix can be used by both red and blue teams to help navigate this new world.

The Snowflake breach will be for cloud identity attacks what WannaCry was for Ransomware.

Touted as potentially the biggest breach in history, the Snowflake incident is a watershed moment for identity security, impacting ~165 organizations (so far) and millions of downstream customers.

Just as we had with OS security, this is the 'security by default' moment for SaaS.

Join Luke Jennings, VP R&D at Push Security, to explore the practical takeaways from the incident. He'll discuss what Snowflake shows us about the complexity of the identity attack surface, and discuss the practical steps that organizations can take to investigate and respond effectively.

Attackers are increasingly using new phishing toolkits (open-source, commercial, and criminal) to execute AitM and BitM attacks and bypass traditional phishing prevention controls such as MFA, EDR, and email content filtering.

They're not only harvesting credentials, but stealing live session logins for high-value platforms like Okta and MS365.

In this webinar, our VP Research, Luke Jennings, demonstrates how these tools work as well as how Push uses browser telemetry to detect these toolkits running on webpages and block users from accessing them.

Luke Jennings, Push's VP of R&D, explores the evolution of cyber attacks and the impact of the remote working and SaaS revolution on the cyber kill chain.

He discusses the new SaaS cyber kill chain for modern, fully SaaS native organizations and the surprising number of attacks possible without touching company-owned endpoints or infrastructure.

Luke discusses how initial access, lateral movement, and persistence methods have changed in a world with no internal infrastructure. He also introduces the open-source SaaS attacks matrix as a tool for both red and blue teams navigating this new landscape.

In this episode of Shared Security Luke Jennings VP of Research & Development from Push Security joins us to discuss SaaS attacks and how its possible to compromise an organization without touching a single endpoint or network. Luke talks about his recent SaaS attack research, why SaaS based attacks are different than traditional network based attacks, the SaaS attack matrix which can be used by both red and blue teams, and why its important that this research is shared and talked about in the cybersecurity community.

Luke Jennings, Vice President of R&D at Push Security, gives a talk about new SaaS attack techniques at WithSecure Conference