Computer Forensics &
Digital Evidence Investigations
Computer Forensics for Legal, Corporate & Internal Investigations
Investigations Built Around Evidence Integrity
Cyber Centaurs conducts computer forensics investigations involving employee misconduct, trade secret theft, data exfiltration, internal disputes, litigation support, and digital evidence preservation. Our forensic specialists analyze computers, storage devices, cloud accounts, and user activity to reconstruct events and identify relevant evidence with defensible methodology.
Forensic Analysis Designed for Legal & Corporate Matters
Our investigations are structured to support legal counsel, corporate leadership, and incident response stakeholders requiring technically sound findings and clearly documented evidence handling. Cyber Centaurs performs forensic collection, artifact reconstruction, timeline analysis, and expert reporting across a wide range of investigative scenarios.
Defensible Investigations Structured for Legal & Corporate Matters
Cyber Centaurs conducts structured forensic investigations designed to preserve evidence integrity, reconstruct user activity, and support technically defensible findings. Our methodology combines forensic collection, artifact analysis, timeline reconstruction, and reporting procedures aligned with legal, corporate, and incident response requirements.
Initial Consultation & Scope Definition
Assessment of investigative objectives, systems, custodians, and preservation requirements.
Evidence Preservation & Collection
Forensic acquisition and preservation of relevant systems, accounts, devices, and digital artifacts.
Forensic Analysis & Reconstruction
Timeline analysis, artifact reconstruction, user activity review, and evidence correlation.
Findings Validation & Reporting
Development of defensible findings supported by technical validation and investigative documentation.
Litigation & Advisory Support
Support for legal counsel, executive stakeholders, and expert reporting requirements.
Speak With a Computer Forensics Specialist
Frequently Asked Questions
Answers to common questions about computer forensics and digital forensics services.
What types of cases require computer forensics investigations?
Computer forensics investigations are commonly used in matters involving employee misconduct, trade secret theft, data exfiltration, ransomware incidents, business email compromise, unauthorized system access, fraud, intellectual property disputes, and litigation support. Digital forensics can help identify user activity, recover evidence, reconstruct timelines, and determine how data was accessed, transferred, or deleted across computers, mobile devices, cloud platforms, and storage media.
Can deleted files, emails, or chat messages be recovered?
In many cases, deleted digital evidence can still be recovered depending on the device type, operating system, storage technology, and the amount of subsequent activity on the system. Computer forensics investigations may identify deleted files, emails, browser history, chat artifacts, USB activity, or remnants of user actions through forensic analysis of file systems, logs, metadata, backups, and system artifacts. Modern encryption and SSD technologies can impact recoverability in certain scenarios.
Can employee misconduct or trade secret theft be investigated?
Yes. Computer forensics is frequently used to investigate employee misconduct, unauthorized data access, intellectual property theft, and suspicious transfers of confidential information. Investigators can analyze user activity, file access, cloud storage usage, USB device activity, email communications, remote access sessions, and data transfer behavior to determine whether sensitive information was accessed, copied, deleted, or exfiltrated.
Can Microsoft 365, Google Workspace, or cloud platforms be analyzed during an investigation?
Yes. Modern digital forensics investigations often include cloud platforms such as Microsoft 365, Google Workspace, Entra ID, OneDrive, SharePoint, Teams, Exchange Online, and other SaaS environments. Cloud forensic analysis may include audit log review, email activity analysis, file access tracking, authentication analysis, sharing activity, mailbox rule review, and investigation of suspicious login or exfiltration behavior.
Can digital forensics findings be used in court?
Digital forensics findings are commonly used in civil litigation, internal investigations, regulatory matters, and criminal proceedings. Proper forensic methodologies help preserve the integrity of digital evidence through documented collection procedures, chain of custody practices, evidence validation, and defensible forensic analysis. Formal forensic reports and expert witness services may also be provided when needed.
How is digital evidence preserved during a forensic investigation?
Digital evidence preservation typically involves forensic imaging, secure evidence handling, hash verification, chain of custody documentation, and controlled analysis procedures designed to maintain evidentiary integrity. Depending on the matter, investigators may preserve hard drives, cloud data, email accounts, mobile devices, server logs, backup systems, and volatile system artifacts to support a defensible investigative process.
What is the difference between computer forensics and incident response?
Computer forensics focuses on the preservation, recovery, and analysis of digital evidence to determine what occurred, how it occurred, and who may have been involved. Incident response is generally focused on active containment, remediation, threat eradication, and operational recovery following a cybersecurity incident. Many modern investigations involve both disciplines working together during ransomware, insider threat, and data breach investigations.
How quickly can a computer forensics investigation begin?
Investigation timelines depend on the nature of the matter, evidence availability, and urgency of the situation. In many cases, forensic preservation and investigative activities can begin immediately following authorization and coordination. Rapid response is often important in matters involving employee departures, suspected data theft, ransomware incidents, or active cybersecurity concerns where evidence preservation is time-sensitive.