The Cloud Computing Framework For A Cloud Customer Essay

The cloud has also given many issues to the field of digital forensics due to the fact that the cloud is part of many applications and software. Software that is hard to grasp physically since most servers that deploy use of the cloud are hidden in very deep corporate areas such as Microsoft, or is scattered across vast space of the internet (CNN Money, Goldman). The cloud has proven itself a valuable tool in the world of digital media but nonetheless has become a tedious and controversial topic in the world of digital forensics. Although there are advances towards the cloud becoming more useful in digital forensics regarding cybernetic crimes and incriminating evidence, the cloud has proven itself very difficult to be analyzed and processed according to the procedure that digital forensic analysts engage upon such as extracting evidence and using it for court

Digital forensics is a branch that is over the recovery and investigation of materials found in digital devices, it gives a better understanding of the situation. Back before the computers, researchers used to investigate the situation through eyewitnesses, evidences, and trying to recreate what happened in that area. Digital devices are everywhere this day and age. “Computers and networks have become so ubiquitous in our society, such an integral part of our daily lives, that any investigation or legal dispute will likely involve some form of digital evidence.” Casey, 2009 Introduction. Through electronics, it can store the needed evidence to be used in the future.

Data is crucial to the success of any company and they are now increasing their efforts in soliciting and retrieving customer data to learn more about their client's preferences, likes, and dislikes. This, among other factors has attributed to a growing field of data science where data scientists learn to collect crucial data. While there are many types of data, this paper will primarily focus on digital data and how digital scientists can retrieve these data to support provide information for the crown or for the defense. This area has received more attention because criminals such as terrorists have realized the effectiveness of using digital devices to aid in their criminal endeavors (Reith, Carr & Gunsch, 2002, p.2). To combat this, law enforcement agencies are now relying on digital scientists to preserve, collect, analysis and interpret "digital evidence derived from digital sources" (Vincze, 2016, p.184) to help prevent cybercrime and prosecute (or exonerate) suspects. The purpose of this paper is then to illustrate why digital forensic is crucial to addressing the new dangers presented in our society by analyzing the strengths and demonstrating why the weaknesses of the field

Investigating a cyberstalking case presents a unique set of challenges. Evidence can be found in digital form, so it can be protected from being lost or damaged, or the complete opposite can be true and it can be easily lost, damaged, corrupted, or rendered inadmissible in court due to flawed forensic gathering practices. It is important, with cases involving digital media that the same procedures be followed when it comes to collecting evidence. Chain of custody documentation must still be kept. The right software must be used to directly copy any hardware seized or searched for investigative purposes.

Digital forensics has been responsible for putting away thousands and thousands of criminals. Ranging from simple crime computer crimes to child pornography. To get quality evidence that can be admissible in court there are steps that are needed in preparing a computer investigation. There are also requirements for data recovery, as well as procedures for corporate investigations. “Digital forensics has become prevalent because law enforcement recognizes that modern day life includes a variety of digital devices that can be exploited for criminal activity, not just computer systems. While computer forensics tends to focus on specific methods for extracting evidence from a particular platform, digital forensics must be modeled such that it can encompass all types of digital devices, including future digital technologies” (Reith, Carr, and Gunsch, 2002).

Since the introduction of computer and technology, they have become the new weapon in committing crime, and to the burgeoning science of digital evidence, law enforcement now use computers to fight crime. Nevertheless, digital evidence is information stored, transmitted, and received in binary form that can potentially be relied on as evidence in court. Notwithstanding, digital evidence is commonly associated with crimes that involve such devices, such as a computer hard drives, external storage devices, mobile phones, among others, and are often referred to as e-crimes. However, to fight e-crime, law enforcement must collect relevant digital evidence for such crimes, law enforcement agencies are incorporating the collection and analysis of digital evidence, also referred to as computer forensics, into many of their infrastructures.

With the increasing usage of social networks and the emergence of cloud computing, digital forensics face a number of research problems and challenges. The number of users of these services increases steadily, with Facebook (the largest current social network) claiming to have 800 million users. While traditional forensics relies on the physical acquisition of hardware and the usage of hashsums to ensure evidence reliability, this approach does not scale to cloud services and their use of distributed datacenters. With the lack of standardized forensics APIs as well as unified processes for service operators, isolated solutions are still in widespread use. Another important aspect of forensics is the proper visualization of data due to the vast amount of available data.

Dedicated system forensics specialists have trained intensively in investigating digital incidents to determine magnitude of the situation. Since digital crimes are committed on devices over multiple computing platforms, it is essential for forensic specialist to have a broad knowledge on which tools and techniques yield best results. The information collected from devices may serve as useful evidence in a legal matter; you never want the gathering of data to be an issue during the trial proceedings. Dedicated system forensic specialists understand the advantage in preparing a chain of custody report; it documents who oversaw data recovery or imaging, when & where collection took place and how & who stored data, which all add evidentiary value to findings. Individuals not skilled in the digital investigative process may inadvertently contaminate, overlook or destroy evidences, or simply forget to document the collection process. The smallest omission & fallacy in evidence collection or documentation can cause finds to

Unfortunately, no policy or enforcement mechanism exists to segregate data housed on the same physical server in the event of governmental interception of data (Subashini and Kavitha 2011). The result is that Law Enforcement Agency (LEA) investigations often include innocent, co-located data. In most cases, the owner of the data does not know their data is co-located with suspected criminal data, or that the data is part of an investigation.

Processing a crime scene is no easy task. Individuals who are trained to process and analyze these crime scenes cannot just walk into area of interest and commence handling items and taking items of possible implications of the situation. This holds true for a digital forensics investigator as well. Digital forensics investigators are looking for any possible digital evidence within the crime scene, but it’s not as simple as just finding a computer and taking it to the lab. “Digital evidence is information stored or transmitted in binary form that may be relied on in court. It can be found on a computer hard drive, a mobile phone, a personal digital assistant (PDA), a CD, and a flash card in a digital camera, among other places” (Digital Evidence and Forensics, 2016). Identifying, preparing for the search, seizing the evidence, documentation, and chain of custody are all critical pieces of ensuring digital evidence is admissible in court.

Therefore, “digital” evidence is very similar and familiar to first responders because digital evidence is, evidence that is of an electronic nature, where its environment is in the “virtual reality” of computers and other electronic devices. Digital, electronic data, or information takes the form of “bits” and “bytes,” which are stored magnetically on a computer’s hard disk drive. Digital evidence can take many different forms; such as:

User can store their data on cloud and reveal from the local data storage and its maintenance. Cloud is in a distributive in nature includes shared pool of configuring resources both in hardware and software. As an increasing number of clients who store their

Over the past several years the term cloud computing has become common in homes and organizations alike. Cloud computing can be defined as a pooled set of computing resources that are furnished via the internet. There are three types of cloud services typically available, these services are Platform as a Service (PaaS), Infrastructure as a Service (IaaS), and Software as a Service (SaaS). Organizations can benefit greatly from cloud services because they eliminate the need to buy and manage physical resources. Although such an action cuts cost it leaves organization victim to the vulnerabilities and threats that exist in cloud computing. Throughout this paper I will discuss the vulnerabilities and threats that come

The word "cloud" is used to represent the internet and other communications systems. Cloud computing is the result of an evolution of the widespread adoption of virtualization, service-oriented architecture, autonomic, and utility computing in the past, telecommunications companies mainly gave simply dedicated, point-to-point data circuits to their users. Starting from the 1990's, virtual private network services was included in their contributions. It made the telecommunication companies offer equally improved services whereby cutting down on cost as well as using resources effectively.

This project is going to discuss about the Cloud Computing and its application in business. To briefly describe what cloud