Genshin Impact 4.7 Leaks Prove HoYoverse Finally Learned An Important Lesson

A series of new 4.7 leaks may be indicating that developer HoYoverse finally learned an important lesson regarding content distribution – at least, for now. Version 4.7 is still a while away, as the game is going through the final stages of Version 4.5 and gearing up for the release of Version 4.6. According to the biggest 4.6 leaks, the upcoming patch is going to be a huge one, bringing forth one of the most anticipated playable characters, expanding the map with a new area, adding new story quests, and introducing two new boss fights.

The playable character, Arlecchino, has already been confirmed as the next new addition to the game, though other than her Pyro Vision, no other details were officially revealed. Through leaks, however, it was discovered that she will be a 5-star polearm user and that she specializes in a DPS role, dealing Pyro DMG to enemies and triggering various Elemental Reactions based on her team comp. This and other leaks should all be confirmed (or debunked) during the 4.6 livestream. While attention is on the next patch, there are already some Version 4.7 leaks hinting at a promising update.

According to information by Full Stop Chan, provided by the leaker known as HXG, and shared in a post tagged as “” on Reddit, Version 4.7 will receive a total of three new playable characters. As seen in the post, HXG mentions that Clorinde, Sigewinne, and Sethos are expected to become playable in the future patch. Clorinde and Sigewinne have already been introduced as NPCs in the story and have long been awaited as playable characters, as they had leaked prior to the release of Fontaine itself. Clorinde’s release in 4.7 had already been leaked, as had Sigewinne’s.

Sethos has leaked, too, though nothing else is actually known about them other than rumors that they are a 4-star unit, whereas Clorinde and Sigewinne are speculated to be 5-star characters.

What is surprising about the leak is that three new characters arriving in a single patch near the