BODY: The legal battle over Palworld—the "Pokémon-with-guns" sensation that sold millions in its first days—may be quietly shrinking. According to a new report, the patent infringement suit brought by Nintendo and The Pokémon Company against developer Pocketpair has had its scope narrowed to target only older versions of the game.
The lawsuit, filed in 2024, centers on patents covering specific game mechanics rather than character designs or copyright. Nintendo has long pursued a strategy of asserting patents related to systems like throwing a capture device at a creature to summon or catch it—mechanics that featured prominently in Palworld at launch.
Crucially, Pocketpair did not sit still. Over the months following the filing, the studio rolled out a series of updates that conspicuously reworked some of the contested mechanics. The most notable changed how players summon their Pals, shifting away from a throw-based action toward a static spawn system. At the time, many observers read these patches as "lawsuit-impact-prevention updates"—and that interpretation now looks vindicated. With the current build no longer practicing the disputed methods, the plaintiffs appear to have refocused their claims on the versions that did.
The narrowing doesn't mean Nintendo is backing down. It suggests the dispute is being sharpened to where Pocketpair is most exposed: the historical record of older builds. Damages and injunctions, if granted, would hinge on what the game once was, not what it is today.
The insider take
From Tokyo, this reads as a textbook Nintendo patent play. The company rarely litigates on vibes—it builds slow, methodical cases around narrowly drafted patents, and it has the patience to wait. Pocketpair's preemptive patches were smart lawyering disguised as game updates, and they likely blunted the threat of an injunction that could have pulled Palworld from sale. But narrowing the target also makes the remaining claims harder to wriggle out of. Expect a long, quiet grind rather than a dramatic verdict.
Originally reported by AUTOMATON (Japanese).