This course is designed to allow the student to not only learn but have hands-on experience in examining mobile devices with free tools. This is an extension of the Introduction to Computer Forensics course. Students will get an understanding of iOS and Android devices. This course is also designed for students to understand the architecture, file system, and appropriate tools for analysis.
What are the requirements?
You should have a basic knowledge of mobile devices.
You should have access to an iOS and Android device.
What am I going to get from this course?
Students will know concepts of mobile forensics, the core values, and challenges involved.
Students will be able to acquire an understanding of internals of iOS devices, and how to acquire logical, filesystem, and physical images.
Students will be able to acquire data from iOS backups, and learn iOS Data Analysis and Recovery.
Students will be able to understand Android along with Android forensic setup and Pre-Data Extraction Techniques.
Students will be able to understand Android App Analysis, Malware and Reverse Engineering.
Students will be able to acquire a basic overview of forensic approaches when dealing with Windows Phone Forensics.
Students will be able to acquire a knowledge of how applications are stored on Android, iOS, and Windows devices and how commercial and open source tools parse through application data.
What is the target audience?
This course is for Cybersecurity students, attorneys, private investigators, and anyone interested in mobile forensics.
This course is designed to allow the student to not only learn but have hands-on experience in examining mobile devices with free tools. This is an extension of the Introduction to Computer Forensics course. Students will get an understanding of iOS and Android devices. This course is also designed for students to understand the architecture, file system, and appropriate tools for analysis.
What are the requirements?
You should have a basic knowledge of mobile devices.
You should have access to an iOS and Android device.
What am I going to get from this course?
Students will know concepts of mobile forensics, the core values, and challenges involved.
Students will be able to acquire an understanding of internals of iOS devices, and how to acquire logical, filesystem, and physical images.
Students will be able to acquire data from iOS backups, and learn iOS Data Analysis and Recovery.
Students will be able to understand Android along with Android forensic setup and Pre-Data Extraction Techniques.
Students will be able to understand Android App Analysis, Malware and Reverse Engineering.
Students will be able to acquire a basic overview of forensic approaches when dealing with Windows Phone Forensics.
Students will be able to acquire a knowledge of how applications are stored on Android, iOS, and Windows devices and how commercial and open source tools parse through application data.
What is the target audience?
This course is for Cybersecurity students, attorneys, private investigators, and anyone interested in mobile forensics.
This course is designed to allow the student to not only learn but have hands-on experience in examining mobile devices with free tools. This is an extension of the Introduction to Computer Forensics course. Students will get an understanding of iOS and Android devices. This course is also designed for students to understand the architecture, file system, and appropriate tools for analysis.
What are the requirements?
You should have a basic knowledge of mobile devices.
You should have access to an iOS and Android device.
What am I going to get from this course?
Students will know concepts of mobile forensics, the core values, and challenges involved.
Students will be able to acquire an understanding of internals of iOS devices, and how to acquire logical, filesystem, and physical images.
Students will be able to acquire data from iOS backups, and learn iOS Data Analysis and Recovery.
Students will be able to understand Android along with Android forensic setup and Pre-Data Extraction Techniques.
Students will be able to understand Android App Analysis, Malware and Reverse Engineering.
Students will be able to acquire a basic overview of forensic approaches when dealing with Windows Phone Forensics.
Students will be able to acquire a knowledge of how applications are stored on Android, iOS, and Windows devices and how commercial and open source tools parse through application data.
What is the target audience?
This course is for Cybersecurity students, attorneys, private investigators, and anyone interested in mobile forensics.
This course is designed to allow the student to not only learn but have hands-on experience in examining mobile devices with free tools. This is an extension of the Introduction to Computer Forensics course. Students will get an understanding of iOS and Android devices. This course is also designed for students to understand the architecture, file system, and appropriate tools for analysis.
What are the requirements?
You should have a basic knowledge of mobile devices.
You should have access to an iOS and Android device.
What am I going to get from this course?
Students will know concepts of mobile forensics, the core values, and challenges involved.
Students will be able to acquire an understanding of internals of iOS devices, and how to acquire logical, filesystem, and physical images.
Students will be able to acquire data from iOS backups, and learn iOS Data Analysis and Recovery.
Students will be able to understand Android along with Android forensic setup and Pre-Data Extraction Techniques.
Students will be able to understand Android App Analysis, Malware and Reverse Engineering.
Students will be able to acquire a basic overview of forensic approaches when dealing with Windows Phone Forensics.
Students will be able to acquire a knowledge of how applications are stored on Android, iOS, and Windows devices and how commercial and open source tools parse through application data.
What is the target audience?
This course is for Cybersecurity students, attorneys, private investigators, and anyone interested in mobile forensics.
This course is designed to allow the student to not only learn but have hands-on experience in examining mobile devices with free tools. This is an extension of the Introduction to Computer Forensics course. Students will get an understanding of iOS and Android devices. This course is also designed for students to understand the architecture, file system, and appropriate tools for analysis.
What are the requirements?
You should have a basic knowledge of mobile devices.
You should have access to an iOS and Android device.
What am I going to get from this course?
Students will know concepts of mobile forensics, the core values, and challenges involved.
Students will be able to acquire an understanding of internals of iOS devices, and how to acquire logical, filesystem, and physical images.
Students will be able to acquire data from iOS backups, and learn iOS Data Analysis and Recovery.
Students will be able to understand Android along with Android forensic setup and Pre-Data Extraction Techniques.
Students will be able to understand Android App Analysis, Malware and Reverse Engineering.
Students will be able to acquire a basic overview of forensic approaches when dealing with Windows Phone Forensics.
Students will be able to acquire a knowledge of how applications are stored on Android, iOS, and Windows devices and how commercial and open source tools parse through application data.
What is the target audience?
This course is for Cybersecurity students, attorneys, private investigators, and anyone interested in mobile forensics.
This course is designed to allow the student to not only learn but have hands-on experience in examining mobile devices with free tools. This is an extension of the Introduction to Computer Forensics course. Students will get an understanding of iOS and Android devices. This course is also designed for students to understand the architecture, file system, and appropriate tools for analysis.
What are the requirements?
You should have a basic knowledge of mobile devices.
You should have access to an iOS and Android device.
What am I going to get from this course?
Students will know concepts of mobile forensics, the core values, and challenges involved.
Students will be able to acquire an understanding of internals of iOS devices, and how to acquire logical, filesystem, and physical images.
Students will be able to acquire data from iOS backups, and learn iOS Data Analysis and Recovery.
Students will be able to understand Android along with Android forensic setup and Pre-Data Extraction Techniques.
Students will be able to understand Android App Analysis, Malware and Reverse Engineering.
Students will be able to acquire a basic overview of forensic approaches when dealing with Windows Phone Forensics.
Students will be able to acquire a knowledge of how applications are stored on Android, iOS, and Windows devices and how commercial and open source tools parse through application data.
What is the target audience?
This course is for Cybersecurity students, attorneys, private investigators, and anyone interested in mobile forensics.
This course is designed to allow the student to not only learn but have hands-on experience in examining mobile devices with free tools. This is an extension of the Introduction to Computer Forensics course. Students will get an understanding of iOS and Android devices. This course is also designed for students to understand the architecture, file system, and appropriate tools for analysis.
What are the requirements?
You should have a basic knowledge of mobile devices.
You should have access to an iOS and Android device.
What am I going to get from this course?
Students will know concepts of mobile forensics, the core values, and challenges involved.
Students will be able to acquire an understanding of internals of iOS devices, and how to acquire logical, filesystem, and physical images.
Students will be able to acquire data from iOS backups, and learn iOS Data Analysis and Recovery.
Students will be able to understand Android along with Android forensic setup and Pre-Data Extraction Techniques.
Students will be able to understand Android App Analysis, Malware and Reverse Engineering.
Students will be able to acquire a basic overview of forensic approaches when dealing with Windows Phone Forensics.
Students will be able to acquire a knowledge of how applications are stored on Android, iOS, and Windows devices and how commercial and open source tools parse through application data.
What is the target audience?
This course is for Cybersecurity students, attorneys, private investigators, and anyone interested in mobile forensics.
