Digital Forensics

Unlock Hidden Digital Evidence
As the world goes digital, crucial evidence is often buried in phones, computers, and online accounts. Our digital forensics experts in Austin, Texas specialize in recovering, analyzing, and preserving electronic data to support investigations and legal cases. We use industry-leading forensic tools and techniques to ensure that any data we uncover is admissible in court and handled with absolute confidentiality.
Our Digital Forensics Services Include:
- Computer Forensics – We perform forensic imaging and analysis of computers, hard drives, and other storage media. This includes recovering deleted files, analyzing internet history and emails, and uncovering hidden or encrypted information – all without altering the original data.
- Mobile Device Forensics – Our team can extract data from smartphones and tablets, including text messages, call logs, contacts, photos, videos, app data, and GPS location history. Even deleted messages and files can often be retrieved using advanced forensic tools, providing critical evidence from mobile devices.
- Data Recovery & Analysis – Accidentally deleted or intentionally erased files are not always gone forever. We utilize specialized software and techniques to recover deleted documents, images, databases, and other files. Then, through careful analysis of timestamps and metadata, we can often reconstruct user activity and document exactly what happened on a device and when.
- Expert Witness Testimony – Our certified digital forensic examiners document every step of the investigation process and can provide expert witness testimony in court. We explain our methods and findings in clear, non-technical terms, giving the judge and jury confidence in the digital evidence presented.
By leveraging digital evidence, we help you uncover the full story hidden in electronic devices. Whether it’s for civil litigation, criminal defense, corporate inquiry or a personal matter, our digital forensics service can provide the crucial insights that might otherwise go unnoticed.
