Profile Summary: getatmebro
Meet getatmebro, a chess enthusiast whose gameplay is truly a biological marvel! With a rating that’s evolved over the years like a perfectly adapted species, getatmebro has navigated the complex ecosystem of chess with both aggression and strategy.
Diving into Bullet chess, getatmebro’s rating started as a sprightly 506 in 2023, fluctuated down to 178 in 2024 during some competitive spore dispersal, and then climbed up to a robust 563 by 2025. Much like an amoeba extending pseudopods, this player adapts quickly, winning 3,286 games and drawing on tactical resilience 40 times in bullet duels!
In the Rapid realm, getatmebro achieved a max rating of 1,014 in 2020, proving adept at rapid cellular mitosis of tactics and counter-attacks. Although there have been some losses, this player shows a win rate that’s far from dormant, with strong performances in Quick and Blitz formats — their blitz peak of 1,062 back in 2012 hints at some long-lived skills preserved in their DNA.
Speaking of openings, getatmebro favors robust structures like the Englund Gambit and Colle System in Bullet chess with win rates soaring around 52-55%, signaling a predator’s cunning in the early game. Their tactical DNA ensures a 100% win rate after losing a piece — truly a master of cellular regeneration on the board!
But beware opponents: getatmebro’s comeback rate is an astonishing 70.53%, meaning this player can regenerate their strategic advantage like a true chess chameleon. And with an early resignation rate under 7%, they’re in the game until the very last neuron fires.
Chess isn’t just a game for getatmebro — it’s a fascinating biological experiment of psychology, tactics, and evolution. With an average of ~48 moves per win and high endgame frequency, this player crafts their victories through patience and cellular wisdom.
In short: getatmebro is the embodiment of chess natural selection, thriving in a competitive landscape where every pawn and knight moves are part of a grand evolutionary dance. So, if you dare to challenge this biological phenomenon, be ready to witness some serious checkmating mitosis!