Valorant Q&A Addresses Leavers, Smurfs, And Block Lists
AFK players and leavers are an annoyance in any game, and doubly so in a competitive one. It's the sort of thing that every maker of such a game should have a plan for from day one of launch -- but if they don't, it's better late than never, right?
In last week's "Ask Valorant," the devs were asked about leavers, and specifically if they would implement harsher penalties than are currently implemented in the game. Personally, I'd vote for "fire them into the sun," but Producer Sara Dadafshar was a little more tactful, saying that Update 1.14 would change the requirement to unlock ranked mode to "games won" rather than "games played." Once you can get into ranked play, Dadafshar said that the team was looking into better ways to detect such behavior and harsher punishment.
Other topics covered in the Q&A is how smurf accounts will be dealt with, and the ability to block players so you never have to be their teammates again, the second of which Dadafshar calls an "Interesting idea!" For all the talk of how Valorant "copied" Overwatch, it clearly didn't do so in terms of certain disciplinary measures, which that game has had a stance on for years.
You can check out the brief Q&A on the Valorant site.
Related Articles
About the Author
 
  Jason Winter is a veteran gaming journalist, he brings a wide range of experience to MMOBomb, including two years with Beckett Media where he served as the editor of the leading gaming magazine Massive Online Gamer. He has also written professionally for several gaming websites.
More Stories by Jason WinterRead Next
 
 Lineage II is turning 9 (based on its EU launch date) and its companion Lineage 2 Essence is turning 1.
You May Enjoy
 
 Players can collect candy, earn special prizes, and show off new Halloween-inspired outfits.
 
 Some of the HSR devs will join the stream.
 
 Collect Pumpkin Candy Ingredients and exchange them for rewards.
 
 New sci-fi game modes, Black-edition ships, and French alternate destroyers.

Discussion (0)