
PIA 2010
In PIA (2010), director Tanuj Chopra crafts a thought-provoking short film that blurs the line between human emotion and artificial consciousness.
Director: Tanuj Chopra
Cast





Frequently Asked Questions
What is PIA (2010) about?
PIA follows a mourning family who encounters a mysterious service android, forcing them to question the boundaries between human emotion and artificial intelligence. The film delves into themes of love, loss, and whether technology can ever truly replace or understand the human heart.
Who directed PIA?
PIA was directed by Tanuj Chopra, known for his evocative storytelling and exploration of human connections in film.
Who stars in PIA?
The film stars Tillotama Shome, Pia Shah, and Ajay Naidu in its leading roles.
Is PIA (2010) worth watching?
With its intriguing premise and strong performances, PIA offers a unique take on grief and technology. While its runtime is brief, its emotional depth makes it a compelling watch for fans of thought-provoking short films.
How long is PIA?
PIA has a runtime of 19 minutes.
About PIA (2010) — How a service android redefines humanity in grief
In PIA (2010), director Tanuj Chopra crafts a thought-provoking short film that blurs the line between human emotion and artificial consciousness. The story follows a grieving family who encounters a wandering service android, sparking profound questions about love, loss, and what it truly means to be human. As the android's presence challenges their perceptions, the film explores themes of connection, memory, and the ethical boundaries of technology. With a moody, introspective atmosphere, PIA invites viewers to ponder whether machines can ever replicate—or truly understand—the depth of human feelings.
Starring Tillotama Shome and Pia Shah alongside Ajay Naidu, PIA unfolds in a concise 19 minutes, packing emotional weight and philosophical intrigue into its brief runtime. The film's haunting premise lingers long after the credits roll, leaving audiences to reflect on the nature of humanity and the fragility of the human heart.