TEGC is the longest running E-sports championship in India — and WCC3 is a featured title for the ninth year running.
The new engine
WCC4 runs on a brand-new render and physics stack purpose-built for cricket. The pitch deforms after every delivery, the ball reads seam-position into swing physics, and the camera knows when to break for a slow-motion replay.
Every shot you play in WCC4 is the result of three layered systems — shot intent, timing window and contact physics — resolved live by a ball-physics model that earns its outcome instead of scripting it.
"Cricket is a sport of micro-decisions.
The engine had to listen for them."— Lead Engineer, E-sports
The maths, rewritten
We tore up the old simulation and rebuilt the cricket maths from the ground up — swing, seam, spin, bounce and edge probability all derived from first principles. The result is a model deep enough that no two innings ever quite play out the same.
AI-first cricket
WCC4 is built AI-first. Fielders read your shot history, captains set tactics on the fly and bowlers plan an over instead of reacting to it — an opposition that thinks about the game the way you do.
We also rebuilt the commentary stack from scratch. The new dynamic system reacts to context — who is batting, what just happened, what the over rate looks like — and pulls from a library of over six thousand recorded lines, now calling matches across a fresh set of stadiums.
