38 min
Ripped From the Headlines: Alex Jones and Inadvertent Waiver Digital Detectives
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- Technology
In the midst of Alex Jones’ defamation trial, the whole world found out that an almost unthinkable blunder had been committed by his attorneys, resulting in an inadvertent waiver of privilege that majorly impacted his case. How did this happen? What do legal professionals need to learn from this high-profile gaffe? Digital Detectives hosts Sharon Nelson and John Simek welcome Craig Ball to talk listeners through events in the Jones trial, the actions of the lawyers involved and Texas’ unique rule regarding inadvertent production, and the systems and tools all attorneys must employ to avoid such an egregious error in their own practice.
Read Craig’s full blog post on the subject: Ripped From the Headlines: Alex Jones and Inadvertent Waiver.
Craig Ball practices as a Special Master in electronic evidence and discovery, is a longtime adjunct professor at Texas School of Law and Tulane Law School, and writes and speaks around the world on e-discovery and computer forensics.
In the midst of Alex Jones’ defamation trial, the whole world found out that an almost unthinkable blunder had been committed by his attorneys, resulting in an inadvertent waiver of privilege that majorly impacted his case. How did this happen? What do legal professionals need to learn from this high-profile gaffe? Digital Detectives hosts Sharon Nelson and John Simek welcome Craig Ball to talk listeners through events in the Jones trial, the actions of the lawyers involved and Texas’ unique rule regarding inadvertent production, and the systems and tools all attorneys must employ to avoid such an egregious error in their own practice.
Read Craig’s full blog post on the subject: Ripped From the Headlines: Alex Jones and Inadvertent Waiver.
Craig Ball practices as a Special Master in electronic evidence and discovery, is a longtime adjunct professor at Texas School of Law and Tulane Law School, and writes and speaks around the world on e-discovery and computer forensics.
38 min