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In this video, we'll dive into the world of cloud forensics, exploring the methods and techniques used to investigate digital crimes in cloud computing environments. Cloud computing has become a ubiquitous technology in today's digital landscape, with businesses and individuals alike relying on it for their data storage and processing needs. However, the convenience of cloud computing also presents new challenges for digital forensics investigators who must now contend with the complexities of investigating crimes that involve data stored on remote servers. In this video, we'll explore the unique challenges that cloud computing presents for digital forensics investigators, including issues related to data privacy, data location, and data access. We'll also examine the tools and techniques used in cloud forensics investigations, such as forensic analysis of cloud storage systems, network traffic analysis, and log file analysis. We'll hear from experts in the field of cloud forensics, who will share their insights and experiences with investigating digital crimes in cloud computing environments. We'll also discuss the legal and ethical considerations that come with cloud forensics investigations, including issues related to data ownership, data preservation, and data privacy. Whether you're a digital forensics investigator, a cloud computing professional, or simply interested in the latest developments in digital technology, this video is a must-watch for anyone looking to understand the intricacies of cloud forensics. So join us as we explore this fascinating and rapidly-evolving field of digital investigation.

The NotPetya cyber attack, believed to have been carried out by Russia against Ukraine, was one of the most destructive and costly cyber attacks in history. The malware spread rapidly across the globe, infecting thousands of computers and causing massive disruptions to critical infrastructure, businesses, and individuals. NotPetya is unique in that it was not just a ransomware attack, but rather a wiper, designed to destroy data irreversibly. This attack serves as a stark reminder of the growing threat of cyber warfare and the need for organizations and governments to take proactive steps to protect against future attacks. Thanks for watching! Explore our free digital forensics training available on our website.

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These 8 devices can be hacked or used for digital forensics. --- Learn digital forensics https://www.udemy.com/course/digital-forensics/

Learn digital forensics https://www.udemy.com/course/digital-forensics/

Learn digital forensics https://www.udemy.com/course/digital-forensics/

Digital forensics is an element of cybersecurity that focuses on the acquisition, recovery, investigation and analysis of digital material found on electronic devices, computer networks, cloud resources and mobile devices. Digital forensics is commonly used by law enforcement in the investigation of cyber crimes as well as non-cyber related criminal activity. Digital forensics is also used in government and in business environments for incident response, IT audits and cybersecurity reporting. A few objectives of digital forensics include the recovery, analysis and preservation of data, recovering deleted or hidden data on electronic devices, producing forensics reports following an incident. There are many tools, techniques, and applications for digital forensics which will be covered in detail throughout this course. --- Learn digital forensics https://www.udemy.com/course/digital-forensics/

There are four primary types of digital forensics which includes computer forensics, mobile forensics, network forensics and cloud forensics. Other types of digital forensics fall into one of these main categories. For example memory or disk forensics will generally fall under computer forensics depending on what type of storage techniques are being used, or wireless forensics will be categorized under network forensics. Each of these categories of digital forensics and their subcategories will be discussed at length in a later section. --- Learn digital forensics https://www.udemy.com/course/digital-forensics/

Within the field of information security there is a concept known as the CIA Triad which stands for Confidentiality, Integrity and Availability. Confidentiality ensures that information is only viewed by those who are supposed to have access to it. Integrity ensures that the information that is transferred is intact and remains unmodified. Availability ensures that data is readily available to those who are authorized to access it. Different elements of the CIA Triad will be of more interest to different groups depending on what threat actor is being discussed. 2. For example a nation state actor is generally interested in cyber espionage so they may focus their efforts on gaining access to confidential information. They may also be interested in modifying data in motion in order to spread disinformation through the ranks of their adversary. A cyber criminal group may be more interested in denying availability through crypto malware in order to demand a ransom to unlock the service. And a hacktivist may be less interested in the modifying information or affecting availability and more focused on disclosing confidential information about their target. --- Learn digital forensics https://www.udemy.com/course/digital-forensics/

Techniques for preserving evidence and maintaining effective chain of custody include making digital copies of original evidence, photographing physical evidence, taking screenshots of digital evidence, documenting the date and time receipts and saving analytic data on separate computers. Additionally when working with electronic evidence it is important to always conduct testing and analysis on copies of the original evidence. This way you are able to learn from the evidence without corrupting the integrity of the original data. --- Learn digital forensics https://www.udemy.com/course/digital-forensics/

Cyber warfare, attacks and intrusions have been around since the 1980’s when computers and the internet were still in their infancy. As information technology has proliferated around the world so have the inherent vulnerabilities that come with it. As more individuals, groups and nation states gain access to this technology they naturally learn how to exploit computers for military, intelligence and criminal applications. Because of this fact, cybersecurity is becoming one of the most in demand industries in the world today. It is currently estimated by CyberSeek, a data analytics company, that there are only around 68 cybersecurity professionals available for every 100 job postings in the United States as of 2022. --- Learn digital forensics https://www.udemy.com/course/digital-forensics/

Autopsy is an open source digital forensics platform used by law enforcement, military, business and academic clients. Autopsy is a feature rich platform that allows for multiple add-ons for each specific industry. Autopsy comes equipped with the capability to allow the examiner to easily investigate computer hardware and mobile devices. Features include email analysis, meta data extraction, robust file system analysis, timeline analysis and registry analysis. --- Learn digital forensics https://www.udemy.com/course/digital-forensics/

A computer forensics investigator, also known as a computer forensics analyst is an individual who uses various advanced tools to extract, acquire, recover and analyze digital data and information found on technologies such as computers, mobile devices, smart technology and other stores of digital data. There are four main types of digital forensics with the first being computer forensics which is mainly focused on acquiring information from physical computer hardware. Next is mobile forensics which is focused on acquiring data from mobile devices such as smart phones, tablets and wearable technology. Third is network forensics which focuses on gathering information from computer networks. Fourth is cloud forensics which involves gathering data stored and processed in the cloud. Computer forensic analysts are found in many different organizations from law enforcement, to military and throughout the corporate world. Analysts in law enforcement use their skills to track down criminals by breaking into computers and other devices to find evidence. Analysts in government and military may use digital forensics to uncover threats to national security and to gather information of intelligence value. Analysts in a business setting will use digital forensics for auditing or incident response purposes. Each position involving digital forensics is going to be unique to the organization and the industry it is in. Those who work as digital forensics analysts are knowledgable in computer science, information technology, cybersecurity methodologies and forensics tools. Much of the work done by a forensic analyst involves the use of various advanced software toolkits such as Autopsy to extract and analyze digital information. Learning how to use these tools effectively is essential if you want to work as a digital forensics analyst. Many of the tools on the market do similar functions so even learning how to use a couple of them will translate to other toolkits that you will use during your career. Whether you want to work in law enforcement or the business world, learning the basic of digital forensics will go a long way as you advance in your cybersecurity career. If you choose to study digital forensics or start off in this field it will serve as a strong foundation for you as a cybersecurity professional. --- Learn digital forensics https://www.udemy.com/course/digital-forensics/

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