Twitch streamer, Aydan “banished from the shadows” in the war zone

Raven Software, which now leads the developers of Call of Duty’s Battle Royale Warzone, has confirmed that it is investigating issues with success markers after the February 5 patch.

Despite Warzone’s undeniable popularity, many fans have been frustrated at various points as the intrusive bugs come and go.

Some of the most egregious criminals are the infamous ‘demonic weapon’ flaw and infinite stimulus. The latter was actually targeted at the February 5 patch after its reappearance, but, returning after the patch was downloaded, many users realized that it had broken something vital to the game.

The success markers, used by the game to indicate damage to an opponent, were not recorded for some users. This was not a problem before the February 5 patch was implemented.

Given the prevalence of the problem, Raven quickly confirmed that he was investigating the problems at the end of February 5. They said, “For your information, we are investigating claims that the hit markers are inconsistent after last night’s update.”

Attached was a link to the Warzone Trello page, confirming that it is under investigation. The card is entitled “Hit Markers: Enemies inconsistently show hit and death markers when fired”. At the time of writing – 5:30 am EST on February 6 – it is still marked as unresolved.

Warzone Trello Raven Software
Trello

The Warzone Trello plaque related to success marker problems.

Many users were immensely frustrated with the problems, which apparently arose from a patch that was unrelated to any hit markers or hit record problems.

Furthermore, the problems appear to be quite random. Some players have reported problems as comings and goings at games, which means that the cause is also difficult to identify.

However, with problems now on Raven’s radar, we can expect a quick patch once the problem is isolated and recreated in a developer environment. After that, expect a small live update to fix the issues and return Warzone’s hit markers to their normal state.

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