Medical devices have become more interconnected, and it has become important to understand how to deal with these devices during a DFIR process.
In the early 2000’s, the world of investigations entered the digital age as desktop computers became the new corporate file cabinet.
Malware authors are becoming increasingly creative in their creation of malicious binaries, which are successful at both compromising a system and hiding from the incident responder’s analysis tools.
karma v2 can be used by infosec researchers, penetration testers, bug hunters to find deep information, more assets, WAF/CDN bypassed IPs, internal/external infra, publicly exposed leaks, and many more about their target.
Trickbot, Qakbot, Dridex, Hancitor.
One of the primary roles of a practitioner in the field of digital forensics is to conduct the examination of any lawfully seized digital device content, and report upon any findings which may support any inquiry being conducted.
For the common investigator, Windows acquisition is something we see and perform nearly daily, and we have our trusted set of tools to acquire and process specific triage artifacts.
Since the release of the device, Apple’s latest IoT (or Internet of Things) product, the Airtag, has been a resounding success both commercially and technologically, but not without its share of issues.
This presentation will cover the forensics artifacts that are associated with the exploitation of a Kubernetes cluster.
This presentation will focus on the role that digital forensics has in an organizations e-discovery program. We will discuss how digital forensics, utilized in the proper way, will enable an organization to be compliant with ligation holds and other court orders. Additionally, we will discuss pitfalls, challenges, and limitations.
