Trekking Through Compliance – Episode 7 – Compliance Lessons from What are Little Girls Made of?

In this episode of Trekking Through Compliance, we consider the episode What Are Little Girls Made of?, which aired on October 20, 1966, Star Date 2712.4.

Episode Summary

After the Enterprise travels to the planet Exo III to investigate Roger Corby’s fate, two security guards, Matthews and Rayburn, are killed after beaming down. It turns out that Corby, known as the Pasteur of archeological medicine, has discovered the remains of an ancient culture. They were using machinery he had found, which creates androids.

Corby begins implementing his plan by creating an android of Kirk to be taken to Minas 5, where he will start spreading androids throughout the galaxy. However, Corby kills his robot servant, Rok, who has remembered the equation “existence, survival must cancel out programming.” This equation made Rok realize that the clash between humans and androids that led to his civilization’s demise centuries ago was becoming inevitable again and caused him to attempt to kill Corby. Corby then reveals he is an android. Corby destroys the remaining android and himself, ridding the universe of Exo III androids for all times.

Commentary

In this episode of Trekking Through Compliance, Tom Fox delves into the Star Trek episode ‘What Are Little Girls Made Of?’ to uncover its relevance for compliance professionals. The storyline involves the Enterprise crew investigating Dr. Roger Corby, who has created androids capable of impersonating humans. This raises critical issues around transparency, data privacy, ethical considerations, risk assessment, and regulatory compliance. Fox connects these sci-fi narratives to real-world compliance challenges with insights from the episode and additional fun facts.

Highlights

  • Plot Summary: What Are Little Girls Made Of?
  • Fun Facts and Behind the Scenes
  • Exploring Compliance Lessons

Resources

Excruciatingly Detailed Plot Summary by Eric W. Weisstein

MissionLogPodcast.com

Memory Alpha

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