An interactive film is a video game or other interactive media that has characteristics of a cinematic film. In the video game industry, the term refers to a movie game, a video game that presents its gameplay in a cinematic, scripted manner, often through the use of full-motion video of either animated or live-action footage.

In the film industry, the term "interactive film" refers to interactive cinema, a film where one or more viewers can interact with the film and influence the events that unfold in the film.

This genre came about with the invention of laserdiscs and laserdisc players, the first nonlinear or random access video play devices. The fact that a laserdisc player could jump to and play any chapter instantaneously (rather than proceed in a linear path from start to finish like videotape) meant that games with branching plotlines could be constructed from out-of-order video chapters, in much the same way as Choose Your Own Adventure books are constructed from out-of-order pages.

Thus, interactive movies were animated or filmed with real actors like movies (or in some later cases, rendered with 3D models) and followed a main storyline. Alternative scenes were filmed to be triggered after wrong (or alternate allowable) actions of the player (such as 'Game Over' scenes).

A popular example of a commercial interactive movie was the 1983 arcade game Dragon's Lair, featuring an animated full motion video (FMV) by ex-Disney animator Don Bluth, where the player controlled some of the moves of the main character. When in danger, the player was to decide which move, action, or combination to choose. If they chose the wrong move, they would see a 'lose a life' scene, until they found the correct one which would allow them to see the rest of the story. There was only one possible successful storyline in Dragon's Lair; the only activity the user had was to choose or guess the move the designers intended them to make. Despite the lack of choice, Dragon's Lair was very popular.

The hardware for these games consisted of a laserdisc player linked to a processor configured with interface software that assigned a jump-to-chapter function to each of the controller buttons at each decision point. Much as a Choose Your Own Adventure book might say "If you turn left, go to page 7. If you turn right, go to page 8", the controller for Dragon's Lair or Cliff Hanger was programmed to go to the next chapter in the successful story if a player activated the correct control, or to go to the death chapter if they activated the wrong one. Because laserdisc players of the day were not robust enough to handle the wear and tear of constant arcade use, they required frequent replacement. The laserdiscs that contained the footage were ordinary laserdiscs with nothing special about them save for the order of their chapters and, if removed from the arcade console, would play their video on standard, non-interactive laserdisc players.

Later advances in technology allowed interactive movies to overlay multiple fields of FMV, called "vites", in much the same way as polygonal models and sprites are overlaid on top of backgrounds in traditional video game graphics.

The earliest rudimentary examples of mechanical interactive cinematic games date back to the early 20th century, with "cinematic shooting gallery" games in the United Kingdom. They were similar to shooting gallery carnival games, except that players shot at a cinema screen displaying film footage of targets. They showed footage of targets, and when a player shot the screen at the right time, it would trigger a mechanism that temporarily pauses the film and registers a point. The first successful example of such a game was Life Targets, released in the UK in 1912. Cinematic shooting gallery games enjoyed short-lived popularity in several parts of Britain during the 1910s, and often had safari animals as targets, with footage recorded from British imperial colonies. Cinematic shooting gallery games declined some time after the 1910s.