ekidonnae

Profile: ekidonnae - The Chess Cell with a Sting

If chess were biology, ekidonnae would be a perfectly evolved organism thriving in the rapid play environment! With a peak Rapid rating of 423 in 2025 and an impressive average hovering around 316, ekidonnae thrives in the quick metabolism of online games, having played 258 matches — that's a lot of neuronal connections firing under pressure.

Known for a consistent 51.9% win rate using their mysterious "Top Secret" opening repertoire, ekidonnae proves there’s more than one way to splice an opening sequence. They have experienced winning streaks of up to 7 games, proving their metabolism occasionally hits hyperdrive. However, currently their winning streak is at zero — even mighty cells need to rest.

Their playing style shows a predilection for endurance in the endgame, with over 58% frequency, and an average of 54 moves per win, suggesting a slow and steady chemical reaction rather than explosive tactics every time.

Psychologically, ekidonnae exhibits resilience with a low tilt factor (5) and an awe-inspiring comeback rate of 60.45%. What's more impressive? Their 100% win rate after losing a piece—clearly, they don't let a little cellular damage stop this player’s replication cycle.

Fascinatingly, they show their strongest hours between 18:00 and 23:00, with an almost perfect win rate at 23:00, when the brain’s dopamine might be in full swing. Fridays are also their most fertile ground, boasting a whopping 73.33% win rate—maybe a weekend adrenaline effect?

Opponents beware: ekidonnae’s play history shows some enemies caused no wins (looking at you, babouchelebeauvaisien), while others seem to trigger a genetic expression for victory at a 100% success rate. This player’s adaptability could be likened to a chess-playing chameleon, evolving move by move.

In short, ekidonnae’s chess game is a complex organism in a rapid evolutionary dance of tactics and tenacity. Watch them proliferate across the board – they’re a bio-chess player with strategy encoded in their DNA.