
Sign up to save your podcasts
Or


Tesla, Cloudflare, Halifax Health, and Equinox are among the victims involved in a breach of more than 150,000 Verdaka's security cameras by a group of hackers known as Advanced Persistent Threat 69420 Arson Cats. The hackers used a "super admin account," which allowed them to peer into the cameras of all of Verdaka's customers. The group found the user name and password for the administrator account publicly exposed on the internet. (Source:https://www.foxbusiness.com/technology/hacker-group-breaches-security-cameras-at-tesla-equinox-cloudfare)
Are there reasons to believe that an incident involving office security cameras can impact your customers? How do you defend Device Cybersecurity?
In this Battleground, we will dig into the cybersecurity implication of unmanaged devices in organizations and how zero trust isolation policies can be put in practice to prevent lateral threats from propagating in the network.
In this episode of Ransomware Battleground, we will be talking about Ransom DDoS attacks. Unlike a ransomware attack, a DDoS Ransom attack does not encrypt a company's systems; it mainly aims to stress and halt them offline. It also does not require the attacker to gain access to a business's internal systems before it can be carried out. So, how would a zero trust isolation solution work to stop this type of attacks. We will discuss:
What is a ransom DDoS attack?
What is a DDoS attack?
How does a ransom DDoS attack work?
What is the difference between a ransom DDoS attack and ransomware?
How you can stop the attacks with identity-based segmentation and Zero Trust Isolation?
From the publisher's feed