Everand Logo

Welcome to Everand!

  • Discover this podcast and so much more

    Podcasts are free to enjoy without a subscription. We also offer ebooks, audiobooks, and so much more for just $11.99/month.

    From Russia With Love: To Die For Returns

    From Russia With Love: To Die For Returns

    FromAlgorithm

    Start listeningView podcast show

    From Russia With Love: To Die For Returns

    FromAlgorithm

    ratings:
    Length:
    2 minutes
    Released:
    Jun 4, 2024
    Format:
    Podcast episode

    Description

    A death in the sauna. A human trafficking rescue. A devastating bomb attack. A Russian mafia boss takes revenge. Sex. Spies. Seduction. It’s all here as To Die For returns with Volume II, with 10-time New York Times bestselling author Neil Strauss. Eight concluding episodes that will bring you into a world never revealed on a podcast before, and leave you breathless for more. The first two episodes drop on June 4th. Brush up on the previous episodes onto so you don’t get left behind.
     
    Search for "To Die For" wherever you get your podcasts and follow the show on social @ToDieForPodSee omnystudio.com/listener for privacy information.
    Released:
    Jun 4, 2024
    Format:
    Podcast episode

    Titles in the series (18)

    When Afrikka Hardy was strangled in 2014 it seemed completely random, but it wasn’t. It was part of a pattern. Four years earlier, reporter Thomas Hargrove had created an algorithm to detect serial killers and flagged Gary, Indiana as the site of an unusual number of strangulations. But when Hargrove reached out to warn local police, he was ignored -- until Afrikka Hardy was murdered, and those cold cases suddenly didn’t look so cold. Algorithm follows the investigation into Afrikka’s murder, exposing the warnings that police ignored, and uncovering more than anyone expected -- that a serial killer was strangling women in Gary, Indiana could've been stopped. And that Afrikka Hardy should be alive today.  This podcast will explore how technology can be used to identify and track serial killers, and how an algorithm can influence the way homicides are investigated all across the country.