Project 3: Mobile Incident Response and Investigations Start Here The mobile platform is experiencing explosive growth, and with that growth comes cyber-incident analysis and response challenges....

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Please look over project 3.If possible, whoever did assignments 99514 and 99882 can they do this one too. Thank you!


Project 3: Mobile Incident Response and Investigations Start Here The mobile platform is experiencing explosive growth, and with that growth comes cyber-incident analysis and response challenges. There are several thousand types of mobile devices, with many types of interfaces, operating systems, and connectivity options. This type of environment has many implications for an incident responder. The number of devices makes it impossible to be well-versed in each one, complicating analyses. The sheer number of devices also creates a massive expense simply trying to stay abreast of the major players in the market. Complicating this further is that mobile devices can be the target of a security incident, but mobile devices can also prove to be a means to coordinate, support, or execute an attack. The nature of mobile devices presents other challenges as well, including the ability to remotely access devices and the ability to remotely wipe out evidence, an evidence destruction process that can occur rapidly in a flash memory environment. Mobile forensics is an increasingly complex environment for investigators because of the rapid rate of innovation and adoption of new technologies, applications, and hardware. Smartphones are being used in so many ways that they have become a central focus in digital forensic investigations. The mobile platform is a forensic challenge because of the number of third-party applications found on many devices and the rapidly evolving security measures employed by device manufacturers and application developers. In this project, you will write a 13- to 21-page white paper that describes the current state of mobile incident response and investigation. The context is that as a forensic investigator, you are providing an objective overview of mobile technology and digital forensic and incident response capabilities for a law enforcement unit that has limited experience and capability with mobile forensics. Your white paper will describe mobile investigative challenges and the techniques and technologies available to perform mobile forensic examinations. You will also provide your perspective on the future of mobile forensics—the biggest threat to mobile forensics in years to come, and the biggest opportunity for investigators of mobile cybercrime. The most successful papers will include references to resources outside of the classroom. There are six steps in this project. Each step focuses on one required element of the paper to be submitted at the end of this project. In Step 1, you will provide an overview of mobile technologies and cellular networks. Competencies Your work will be evaluated using the competencies listed below. · 1.3: Provide sufficient, correctly cited support that substantiates the writer's ideas. · 1.5: Use sentence structure appropriate to the task, message and audience. · 1.6: Follow conventions of Standard Written English. · 1.7: Create neat and professional looking documents appropriate for the project or presentation. · 2.1: Identify and clearly explain the issue, question, or problem under critical consideration. · 5.1: Demonstrate best practices in organizing a digital forensic investigation. · 6.1: Perform report creation, affidavit creation, and preparation to testify. · 6.2: Demonstrate ability to investigate mobile technology. Project 3: Mobile Incident Response and Investigations Step 1: Conduct a Mobile Technology Overview You're ready to begin writing the white paper. The sheriff has stated that the first section should be an overview of how cellular networks operate. You decide to provide an overview of cellular networks: how mobile phones communicate with cell sites, cellular-to-cellular communication, mobile switching centers, and the base switching subsystem. You also want to cover the technology of mobile networks, including form factors of smart devices and other wireless technologies. Submit the results of your research (three to five pages) to the sheriff (your instructor) for review and ungraded feedback. Incorporate any suggested changes. Your overview will serve as the introduction to the 13- to 21-page white paper for this project. Since mobile technologies are constantly changing, you decide to address trends in mobile technology in the next section of your paper. You know that NIST 800-101, Revision 1, will provide a good starting point on all these topics. Project 3: Mobile Incident Response and Investigations Step 2: Describe Trends in Mobile Technology With the overview drafted, you now need to describe trends in mobile technology. For this step, you will address handset transmission types, mobile operating systems, challenges with mobile technology, and mobile device threats. The "trends" section would not be complete without addressing the latest in embedded device forensics. Review this three- to five-page section of your paper for accuracy and completeness; it will serve as the second section of the final white paper. Once you have developed this section, you are ready to move on to considerations for the forensic handling of mobile devices. Project 3: Mobile Incident Response and Investigations Step 3: Discuss Laws, Regulations, and the Forensic Handling of Mobile Devices After detailing trends in mobile technology, your next step is to discuss laws and regulations governing the search and seizure of mobile devices under the Fourth Amendment to the US Constitution, including describing the mobile device forensics process, considerations for effectively handling mobile devices during an investigation, use of proper investigative techniques, types of mobile forensics tools available, and identifying where digital forensics evidence may be found on mobile devices. It is important for you to research electronic seizure practices for complying with the Fourth Amendment when searching and seizing mobile devices. Cite reference sources in your final white paper discussion. These subjects are important because mobile devices present unique challenges when it comes to handling and analysis, and court cases are won or lost based on the arresting officer’s understanding of legal technicalities. Review this three- to five-page section of your paper for accuracy and completeness; it will serve as the third section of the final white paper. Upon completion of this section, you will be ready to move on to the next section of your paper: forensic tools and investigative techniques. Project 3: Mobile Incident Response and Investigations Step 4: Describe How to Analyze and Present Forensic Information You have discussed your research on laws, regulations, and forensic handling. You are now ready to create the fourth section of the white paper, where you describe the analysis and presentation of forensic information. Based on your training, you know you will need to include mobile file system analysis, techniques for bypassing security measures, and third-party applications in this section. In addition, you will address data carving, file system, and compound file analysis and the presentation of a case report. Review this three- to five-page section of your paper for accuracy and completeness; it will serve as the fourth section of the final white paper. You are ready to move on to a final, less-objective summary of your research on the evolving field of mobile forensics. Project 3: Mobile Incident Response and Investigations Step 5: List the Biggest Threat and Most Promising Technology  In the previous four steps, you have reported on a variety of topics relating to mobile forensics. You have read and reported on technologies, trends, laws, and regulations, handling, and analysis of mobile data. For the final section of your paper, the sheriff has asked for your perspective on the biggest threat posed by cyber criminals using mobile technology, and a technology that promises a solution. Reflect on your in-class and outside readings, as well as your personal and professional experience, to respond to these questions. There are no right or wrong answers, but you should provide references for your observations. You will be attaching this one-page section to the white paper. Project 3: Mobile Incident Response and Investigations Step 6: Submit Completed White Paper: Mobile Incident Response and Investigations You have collected the information needed to inform your department's future decisions regarding mobile forensics. In this step, you will combine the five sections that you’ve written into a single, cohesive white paper. Your 13- to 21-page paper should be double-spaced, excluding images and references. Use 12-point font and APA format. Include the following five sections: 1. Overview of mobile technology, including network operations and mobile technologies 2. Description of trends in mobile technology, including handset transmission types and embedded device forensics, as well as operating systems, applications, and challenges and threats to forensic investigations 3. Laws, regulations, and considerations for the forensic handling of mobile devices 4. Analysis and presentation of forensic information including file system analysis, techniques for working through security measures, third-party applications, and other forms of mobile data analysis 5. Personal perspective on the greatest biggest threat and greatest opportunity/most promising technology in mobile forensics, based on in-class and outside readings, as well as personal/professional experience Upon completion of the steps, submit the white paper on Mobile Incident Response and Investigations to the sheriff (your instructor) for evaluation. Before you submit your assignment, review the competencies below, which your instructor will use to evaluate your work. A good practice would be to use each competency as a self-check to confirm you have incorporated all of them. To view the complete grading rubric, click My Tools, select Assignments from the drop-down menu, and then click the project title. · 1.3: Provide sufficient, correctly cited support that substantiates the writer's ideas. · 1.5: Use sentence structure appropriate to the task, message and audience. · 1.6: Follow conventions of Standard Written English. · 1.7: Create neat and professional looking documents appropriate for the project or presentation. · 2.1: Identify and clearly explain the issue, question, or problem under critical consideration. · 5.1: Demonstrate best practices in organizing a digital forensic investigation. · 6.1: Perform report creation, affidavit creation, and preparation to testify. · 6.2: Demonstrate ability to investigate mobile technology. Project 3 – Mobile Incident Response and Investigations UMGC - CST 640 Overview ◦ Focus is on the current state of mobile incident response and investigations ◦ You will be discussing the various technologies and capabilities available and being utilized. Scenario: As a forensic investigator you are providing an object overview of mobile technology and digital forensic and incident response capabilities for law enforcement unit that has limited experience and capability with mobile forensics. ◦ 6 Steps: ◦ Mobile Technology Overview ◦ Trends in Mobile Technology ◦ Laws, Regulations, and the Forensic Handling of Mobile Devices ◦ Analysis and Presentation of Forensic Information ◦ Biggest Threat in Mobile Forensics ◦ Submit the completed White Paper: Mobile Incident Response and Investigations 2 Step 1: Mobile Technology Overview First section of the whitepaper: ◦ This should be able overview of how cellular networks operate, including: ◦ How Mobile Phones communicate with cell sites ◦ Cellular to Cellular Communication ◦ Mobile Switching Centers ◦ The base switching subsystem ◦ Technology of mobile networks, including: ◦ Form Factors ◦ Smart Devices ◦ Other Wireless Technologies Deliverables of Step 1 – This will serve as an introduction of your whitepaper to the Sheriff 3 Step 2: Trends in Mobile Technology Now that you have an overview, you
Answered 8 days AfterFeb 08, 2022

Answer To: Project 3: Mobile Incident Response and Investigations Start Here The mobile platform is...

Salony answered on Feb 17 2022
125 Votes
Page No.16
Mobile Technology Overview
Cellular network is made up of word cell. Cell is something which covers large geographical region.
Cellular networks works in good speed, having good capacity over voice and data communication networks with increased multimedia and unlimited roaming capacities for supporting mobile devices .Now a days usage of cellular device are increasing day by day. They cannot just have used for voice communication or entertainment but their variety become vast.Cellular networks used for different financial service . We can send encrypted data over these network and receiver got the data in secured format. Cellular network also emerges as life saving services Now, Cellular networ
k have become the lifeline of communications.
Examples of Cellular network include GSM (Global System for Mobile communication), GPRS (General Packet Radio Service), CDMA (Code Division Multiple Access) and 3GSM.
Properties of Cellular Networks
· Cellular networks made up of Cells were created as as an high power receiver/transmitter systems for different kinds ofwireless networks
· Cellular network always communicate between mobile and base station. They don’t have any direct communication between cellular to cellular.
· As we see, each cell contain certain geographical region which can be covered with the help of base stations. Every base station has special combinations of radio channels
Mobile Phones Communication
With the help of this picture We are trying to explain how mobile phone communicate over network.
As shown above
1. On switching on the mobile phone,it will search for SID channel . The Control channel is a special frequency that the phone and base station use to talk to one another. If the Mobile phone finds difficulty to get link with the control channel, it displays a “no service” message.
2. When the Mobile telecellsmartphone reveals the SID, it manipulate the SID with the SID to be had withinside the telecellsmartphone. If SID fits both, telecellsmartphone reveals that the mobileular which is attempting to talk is from it’s domestic system.
3. The phone then transfer a request of registration together with SID and the MTSO which helps in keeping track of phone location in particular database. MTSO helps to knows the cell in which person is available and where it is trying to connect.
4. In final step MTSO gets the signal.. The MTSO selects a frequency pair to keep up the call.
5. The MTSO connects with Mobile telecellsmartphone with the assist of manipulate channel to discover it which frequencies require to use. If the Mobile telecellsmartphone and the tower transfer ON that specific frequencies, the decision might be connected.
6. If the Mobile telecellsmartphone movements toward the stop of mobileular station, base station will discover it and tell different nearest station approximately that. Together with it, the bottom station withinside the mobileular wherein the telecellsmartphone is to be had will see the telecellsmartphone sign power increasing.
7. The Available base stations communicate collectively themselves via the MTSO. When, the Mobile telecellsmartphone receives a sign it redirects it to extrade frequencies. This will assist to transfer the telecellsmartphone to the brand new mobileular.
Mobile Switching Center
A mobile switching center also known a MSC is base for different cellular networks like GSM/CDMA. It handles Network Switching center (NSC)
The Mobile Switching Center connects calls between users by switching the digital voice packets between network paths.MSC stores all the information which are needed by users. According to size of different opearators, multiple Mobile switching centers will be established.
 The MSC is needed to paintings among the bottom station and Public Switched Telephone Network (PTSN). Every conversation from cell can be routed to base station for you to is going via Mobile Switching Center. The MSC is operating for all voice calls and SMS together with different offerings like FAX. MSC works for putting name in among users. It chargeable for all pre-paid payments collectively with account handling.
Trends in Mobile Technology
In cellphone technologies, there is nothing to reverse to back. Cellphone uses four basic different technologies to transmit information
1) CDMA(Code Division multiple Access)
a) FDMA (Frequency Division multiple Access)
b) TDMA(Time Division multiple Access)
2) GSM(Global System for Mobile Communication)
1) CDMA
· It is a digitial technology good for mobile communication. In CDMA each channel uses its full spectrum for communications. In CDMA each verbal exchange are encrypted with a pseudo and random digit collection after which it will transmitted. CDMA always offers higher requirements for voice and facts communications, permitting extra customers to attach at any given time.
FDMA:
As name suggest FDMA is based on frequency division. Frequencies are divided into channels having equal bandwidth so that each communication can be taken on different bandwidth. While the phone call going on , no other user will use the same bandwidth but In frequency division duplex (FDD) systems, phone users are assigned with channel one frequency is for upward channel and other is for downward channel
2) TDMA:
    This technology is little tedious to manage as it needs communication between sender and receiver. TDMA is used in digital mobile systems
TDMA permit many person to apply the identical frequency channel . It permits department of the sign into specific time slots. Each person use its very own time slot and transmit in succession one after the opposite in order that a couple of station percentage the identical transmission medium (e.g. radio frequency channel) at the same time as the use of most effective part of its channel capacity.
GSM:
GSM is currently used technology. Most of operators prefer to use this system.
The GSM network segregrates in four different parts that join together to function as a whole:
Operation and support subsystem (OSS)
Base station subsystem (BSS)
Mobile device
Network switching subsystem (NSS)
The Base station works to manage communication between the cell and the NSS. Base station include two important parts:
Base station controller (BSC)
Base transceiver station (BTS)
The BTS has one of a kind additives that switch facts with the cell phones, specifically the radio transmitter receivers and antennas, while the BSC is the only who operating at the back of it. The NSS a part of the GSM network , additionally called the center network,allows to tracks the place of callers to so that it will be beneficial withinside the shipping of cell services. Mobile has componenent as NSS. The NSS has a one of a kind combos which, such as cell switching center (MSC) and domestic place register (HLR). These functions assist in carry out all functions, along with routing calls and Short Message Service (SMS)
Mobile Operating System
An operating system is a type of software which provide interface and maintaining hardware unit. It assist user to use those hardware unit. For now a days we can say that...
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