ARTFEED — Contemporary Art Intelligence

Hirokazu Koreeda Explores AI and Grief in New Film 'Kakeru'

other · 2026-10-16

The film 'Kakeru,' directed by Hirokazu Koreeda, presents a near-future narrative centered on a couple who adopt a humanoid that resembles their late son. This project marks Koreeda's inaugural exploration of the sci-fi genre, delving into how artificial intelligence can aid in processing grief. The inspiration stemmed from a news article discussing generative AI's potential to resurrect the deceased, prompting Koreeda to confront the moral implications of ownership over the departed. Originally conceived as a family drama, it transformed into a couple's story, showcasing strong performances by Haruka Ayase and Daigo. The film juxtaposes Eastern and Western perspectives on AI and mortality, striving for a non-dystopian storyline. 'Kakeru' features Ayase, Daigo, Rimu Kuwaki, and others, with cinematography by Ryuto Kondo. Japan / 2026 / 126 minutes.

Key facts

  • Hirokazu Koreeda directs 'Kakeru,' a film about a couple who adopt an AI humanoid resembling their deceased son
  • The film marks Koreeda's first exploration of science-fiction-adjacent themes
  • Koreeda won the Palme d'Or at Cannes for 'Un asunto de familia' (Shoplifters)
  • The idea stemmed from a Chinese company using generative AI to revive the dead and a Japanese project reviving a late singer
  • The cast includes Haruka Ayase, Daigo, and debut actor Rimu Kuwaki
  • The film is set in a near future and runs 126 minutes
  • Production country is Japan, release year 2026
  • Koreeda contrasts Western and Eastern cultural views on AI, death, and nature

Entities

Artists

  • Hirokazu Koreeda
  • Haruka Ayase
  • Daigo
  • Rimu Kuwaki
  • Nana Seino
  • Kanichiro
  • Hinata Hiiragi
  • Kimiko Yo
  • Min Tanaka
  • Ryuto Kondo
  • Yuta Bandoh
  • Kazuhiko Tomita
  • Kouji Tajima

Institutions

  • Cannes Film Festival
  • San Sebastián Festival

Locations

  • Japan
  • China
  • Cannes
  • France
  • San Sebastián
  • Spain

Sources