Parsing the Truth: One Byte at a Time
Parsing the Truth: One Byte at a Time
Podcast Description
Former FBI senior forensic examiners Becky Passmore and Stacy Eldridge dive into the world of digital forensics—one byte at a time. Now running their own firms and teaching the next wave of cyber sleuths, they share real-world case insights, expert tips, and a sharp sense of humor. From computer and iPhone forensics to ransomware attacks, this podcast unpacks how digital evidence solves modern crimes. Perfect for cybersecurity pros, students, and true crime techies. Join us as we Parse the Truth, One Byte at a Time.
Podcast Insights
Content Themes
Focuses on digital forensics with content exploring real-life case studies, investigative techniques, and industry challenges. Episodes include topics like the BTK killer case, the emotional toll of forensic examination, and practical advice for aspiring digital forensic examiners.

Former FBI senior forensic examiners Becky Passmore and Stacy Eldridge dive into the world of digital forensics—one byte at a time. Now running their own firms and teaching the next wave of cyber sleuths, they share real-world case insights, expert tips, and a sharp sense of humor. From computer and iPhone forensics to ransomware attacks, this podcast unpacks how digital evidence solves modern crimes. Perfect for cybersecurity pros, students, and true crime techies. Join us as we Parse the Truth, One Byte at a Time.
We focus on how digital evidence is used to find facts in today’s crimes.
In the 2005 trial of the People vs Michael Jackson, the FBI examined numerous Mac computers and laptops, but there was no testimony regarding any of that digital evidence. What did the FBI find? Or rather, what didn't they find? And why wasn't there any testimony? We discuss all that and more in this week's episode.
Support the podcast by joining our Patreon community!
https://www.patreon.com/cw/ParsingtheTruth
Parsing the Truth merchandise is finally available
http://parsing-the-truth.printify.me
Learn more about this episode's sponsor
https://acecomputers.com/forensics/
The FBI Vault on Michael Jackson
https://vault.fbi.gov/Michael%20Jackson
Michael Jackson Trial Transcripts
https://www.themichaeljacksoninnocentproject.com/transcripts-patrons-only/
More on this episode…
Discover how case notes, chain-of-custody logs, and redacted FOIA documents reveal a story of procedural missteps, technical confusion, and the challenges of late 90s and early 2000s digital forensics. You’ll uncover:
- How law enforcement and forensic experts classified, stored, and tracked digital evidence in a high-profile case
- Why crucial digital evidence was excluded from the courtroom
- The significance of the FOIA releases, redacted case notes, and courtroom transcripts that show the struggle of proving or disproving digital misconduct
- How the complexities of Mac computers, confusing acronyms, and outdated technology hindered the case’s digital narrative
- Why this case remains a cautionary tale in digital forensics, highlighting the importance of proper evidence collection, documentation, and expert testimony
This episode is perfect for legal professionals, digital forensic investigators, courtroom enthusiasts, or anyone interested in understanding how digital evidence can make or break a trial — especially when it’s mishandled or misunderstood. If you’ve ever wondered what really happens behind the scenes when law enforcement investigates digital devices, this episode is your answer.

Disclaimer
This podcast’s information is provided for general reference and was obtained from publicly accessible sources. The Podcast Collaborative neither produces nor verifies the content, accuracy, or suitability of this podcast. Views and opinions belong solely to the podcast creators and guests.
For a complete disclaimer, please see our Full Disclaimer on the archive page. The Podcast Collaborative bears no responsibility for the podcast’s themes, language, or overall content. Listener discretion is advised. Read our Terms of Use and Privacy Policy for more details.