Learnings from Real World Cloud Data Breaches
Cloud-based cyberthreats can come in many different forms: whether from misconfigured firewalls, disgruntled employees, or unsecured cloud storage, each of which pose very serious and significant risk.
Cloud-based cyberthreats can come in many different forms: whether from misconfigured firewalls, disgruntled employees, or unsecured cloud storage, each of which pose very serious and significant risk.
Cybersecurity teams need to prioritize developing, implementing, and updating their incident response playbooks.
According to Statista.com in 2022, the global social penetration rate reached 58.4% percent, with Northern Europe and Western Europe having g the highest penetration rate at 85 percent and 84 percent, respectively. As of July 2022, 9 in 10 Internet users have social media accounts per Datareportal. Many technology thought leaders believe social networking will displace traditional email as the leading communication medium.
This presentation will provide a practical walkthrough of preservation of top social media sites and how to effectively utilize tools for evidentiary collection across the Web, PCs/desktops and smart devices. We will look at social media apps on smartphones and what digital evidence exists compared to what can be found on the cloud. We will also explore innovations in emoji/avatar Apps such as Bitmoji.
In this presentation we will cover the main current features of Comae, and how the platform can be used for memory analysis but also for threat hunting through our memory queries and playbooks.
Join Kim Bradley, forensic consultant, as she shows you how to acquire data from cloud sources using different methods, such as user credentials and login tokens from mobile extractions. Each login method will allow you to acquire different types of data, so you’ll learn what data is available and how to quickly process acquired data … Continued
Digital Forensics and Incident Response (DFIR), is often used to speak about both the digital forensics and incident response fields—related but separate areas. Let’s delve into what both digital forensics and incident response are and why they are often grouped together.
Moving to the Cloud provides advantages in speed, scale, and security, reduces total cost of ownership, and increases investigative speed. Augmenting investigators and analysts with machine learning and artificial intelligence reduces backlog through automated data tagging, filtering, deduplication, and intelligent search.
The cloud can be your best friend in conducting digital investigations. Increasing volumes of digital evidence, budget constraints and talent shortages can make it difficult for your lab to keep up with demand.
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.
When deploying cloud solutions in a LEO or consultative organization, we often keep the discussion focused on the legality of acquired data and storing it in the Cloud. This is important, but there are other things to consider such as how you will setup, deploy, secure and run the day-to-day when you’re in the Cloud.