E-DISCOVERY AND MOBILE DEVICE FORNSICS IN ORLANDO, DAYTONA BEACH & THROUGHOUT FLORIDA
E-Discovery and mobile forensics are integral components of the modern digital investigations landscape, particularly in the legal, corporate, and law enforcement realms. As technology becomes more ubiquitous and complex, these fields have gained significant importance.
Key aspects of eDiscovery include:
Identification: Determine sources of evidence and decide what needs to be preserved.
Preservation: Ensure that the data is protected from accidental or intentional deletion or modification.
Collection: Gathering the data for further use.
Processing: Converting the collected evidence into a suitable format for review.
Review: Evaluating the data for relevance and privilege.
Analysis: Evaluating the data for content and context, including key patterns, topics, and participants.
Production: Delivering the data to in a format that in easily understandable and adheres to industry standards.
Presentation: Displaying the data to stakeholders (e.g., during litigation or business decisions).
Mobile Forensics:
Mobile forensics is a branch of digital forensics related to the recovery of digital evidence or data from a mobile device. Given the prevalent use of smartphones and tablets, mobile forensics has become a critical aspect of many investigations.
Key steps in mobile forensics include:
Seizure: Ensuring the device is secured and not accessible to unauthorized individuals.
Acquisition: Extracting data from the device. This can be done in several ways, including physical, logical, file system, and chip-off extractions.
Analysis: Examining the data to understand its significance. Tools might highlight specific types of data, like messages, call logs, or app-related data.
Reporting: Summarizing the findings and presenting the evidence in a manner understandable to non-technical stakeholders.
Challenges in Mobile Forensics:
Diverse Operating Systems: The major ones being iOS, Android, and others.
Encryption: Modern devices come with strong encryption mechanisms.
Cloud Data: Some data may not be on the device but on cloud platforms.
App-specific data: Each application can have its own data structures and storage mechanisms.
Overlap:
While eDiscovery and mobile forensics can function independently, there's overlap, especially when mobile devices are sources of discovery in the legal discovery process.
Tools:
Many professional tools are available for both processes, like EnCase, Cellebrite, Magnet Forensics, Relativity, etc.
Computer Forensics/e-Discovery a number of services:
Computer Forensics: The process of acquiring and analyzing data stored on physical storage media (computer hard drives, cell phones, mobile devices, removable media, etc.). Computer forensics includes both the recovery of hidden and deleted data and file identification.
Network Forensics: The process of examining network traffic, including transaction logs and real-time monitoring, using specialized software.
Internet Forensics: The process of piecing together where and when a user has been online or internal company network. This is used to document content access.
Email Forensics: The study of source and content of electronic mail as evidence. It includes the process of identifying the sender, recipient, date, time, and location, and from where the email originated. Email has become a significant issue for individuals and organizations. Harassment, discrimination, and criminal activity can be identified via email forensics.
Cloud Forensics: The process of acquiring and analyzing the data stored in cloud servers.