ABOUT

About the Film

HACKED is a gripping political techno-thriller that asks the question: What if the greatest threat to our nation came from within?

Set in the near future, HACKED follows a determined investigative journalist and a rogue federal agent who uncover a chilling conspiracy orchestrated at the highest levels of power. As the U.S. Treasury faces a coordinated digital takedown, the pair races against time to expose the truth before democracy is permanently corrupted.

Tapping into real-world anxieties around data breaches, surveillance, and government overreach, HACKED delivers a tense, high-stakes story with a deeply human core. It's a timely exploration of trust, power, and truth in the digital age.

Tagline

"Access Was Never the Issue."

Government Conspiracy

Power corrupted from within

Digital Warfare

Cyber attacks on democracy

Truth vs. Power

Journalism under fire

Race Against Time

Democracy at stake

About the Writers

The screenplay for HACKED is the result of a collaboration between creator Jonathan Ruppert and award-winning screenwriter Toby Osborne. Together, they bring a sharp, suspenseful narrative to life, rooted in today's political and technological landscape.

Jonathan, inspired by current events and the growing impact of digital warfare, conceptualized the story with the goal of sparking conversation around the fragility of our institutions. Toby, known for his compelling character work and tightly woven plots, helped shape the story into a cinematic thriller with emotional depth and real-world resonance.

This partnership blends vision and experience to deliver a script that's both thought-provoking and pulse-pounding.

Jonathan Ruppert

Creator & Conceptualizer

Inspired by current events and digital warfare's impact, Jonathan conceptualized HACKED to spark conversations about institutional fragility.

Toby Osborne

Award-Winning Screenwriter

Known for compelling character work and tightly woven plots, Toby shaped HACKED into a cinematic thriller with emotional depth and real-world resonance.