The upcoming sci-fi thriller Mercy is set to hit cinemas on January 23, and anticipation is steadily building. Starring Chris Pratt and Rebecca Ferguson, the film blends futuristic technology, high-pressure drama, and intense action into a race-against-time story.
Directed by Timur Bekmambetov, Mercy explores a near-future world where artificial intelligence plays a central role in law enforcement and justice. The film raises questions about trust, control, and the consequences of relying too heavily on technology.
What Is Mercy About?
In Mercy, Chris Pratt plays Detective Chris Raven, a man who helped design an advanced AI justice system. When he is suddenly accused of killing his wife, the same system turns against him. Raven must prove his innocence within a limited time frame before the AI delivers its final verdict.
Rebecca Ferguson plays the AI judge at the center of the case. Her character represents logic without emotion, creating tension as human truth clashes with machine certainty. The story unfolds largely in real time, adding urgency and pressure to every decision.
Cast and Creative Team
Alongside Pratt and Ferguson, Mercy features a strong supporting cast that includes Annabelle Wallis, Kali Reis, Chris Sullivan, Kylie Rogers, Rafi Gavron, Jeff Pierre, and Kenneth Choi. The ensemble adds emotional weight and depth to the film’s high-concept premise.
The screenplay is written by Marco van Belle, while production is handled by Amazon MGM Studios. The film’s score comes from Ramin Djawadi, whose music heightens the suspense and futuristic tone of the story.
Why Mercy Is Generating Attention
With its January 23 release date, Mercy positions itself as one of the first major sci-fi releases of the year. The combination of star power, timely themes, and a fast-paced narrative has already sparked interest among fans of futuristic thrillers.
As conversations around AI and justice continue to grow, Mercy arrives at the right moment. The film promises action, moral tension, and a sharp look at the price of technological control.
