FBI agent Jeannie Loomis, a flawed but dedicated agent, who believes that sometimes the ends justify the means, is attempting to remain below the radar with the corrupt administration at the top of the bureau. On a much-deserved vacation with her boyfriend, Interpol agent Sean Delaney.

She is contacted by the Idaho State Police wishing a consult regarding a recently found body dump-the result of an active serial killer.

Delaney is called away after the broadcasting of the Super Bowl was hacked by a group calling themselves, the Black Cell.

As Loomis continues to work off the books with the Idaho State Police, after being suspended over the shooting death of a modern-day Nazi, she decides to use the time to investigate new information about an unknown aunt who has listed her as the sole heir to her estate.

Delaney attempts to track down Black Cell only to realize that the hacking of the Super Bowl was the tip of the iceberg. The organization promised to realign the haves and the have-not, by draining the bank accounts of those they called the Corrupted. But their real aim was to bring the superpowers of the world to the brink of nuclear war while hacking into the world’s largest bank.

As Jeannie leads the Idaho State Police in their investigation, pointing them in the direction of a person who kidnaps his prey and then hunts them in the wilderness of Idaho. Eventually, the suspect is identified but the liberal county D.A. refuses to prosecute. Jeannie decides to take matters into her own hands.

Delaney travels to Japan where the Black Cell has set up its temporary headquarters in an abandoned missile silo. His assigned partner, a Japanese female Interpol agent, and love interest, helps track down the sadistic girlfriend of The Black Cell leader. She is tortured and killed sending Delaney on a mission of revenge.

As the superpowers of the world face off after having their nuclear submarines disappear, Black Cell starts their hack on the world’s largest bank.

Their plans are interrupted by an assault on their compound by Delaney.