Researchers Discover SATA Cables Could Leak Data from Air-Gapped Systems

Air-gapped systems are isolated systems that remain segregated to keep sensitive information offline. While these systems are considered safe due to no connection with the internet world, they’re often the subject of interest for researchers to find out how an adversary could still exploit them. In this regard, researchers have proposed various attacks on air-gapped systems, the latest of which includes the SATAn attack.

https://latesthackingnews.com/2022/07/21/researchers-discover-sata-cables-could-leak-data-from-air-gapped-systems/

Physical destruction of data storage – Things to consider

The initial step when considering data destruction is basically the same first step in data protection: Take time to understand what kind of data you’re working with. Policy around data classification is going to dictate certain aspects of how that data must be treated

Physical destruction of data storage – Things to consider | April C Wright – Hacker, Speaker, Author (architectsecurity.org)

Data breaches explained: Types, examples, and impact

When data is lost in a breach, the costs and consequences for the companies that hold the data and the individuals whose data is stolen can be significant and long-lasting

Data breaches explained: Types, examples, and impact | CSO Online

How organisations can use vulnerability to create cyber resilience

For organizations to move past this protracted mistrust, they must exploit a different kind of critical vulnerability from what cyber professionals are used to—the vulnerability of an organization to be truly seen. They must embrace the willingness to be transparent within their organization and ecosystem about shortcomings in cyber resilience posture

Cyber trust issues: How vulnerability creates cyber resilience | World Economic Forum (weforum.org)

How Open-Source PKI Is Innovating Cybersecurity

It’s a development strategy born of both necessity and opportunity. It shows the critical role developer teams play in securing business software—especially in a rapidly evolving cloud environment facing a changing threat landscape—but it also highlights the essential contributions the open-source and public-key infrastructure (PKI) communities continue to make toward creating more secure software.

Read More: How Open-Source PKI Is Innovating Cybersecurity (forbes.com)