The expression "reading the center of the screen" describes a skill where a player recognizes information about an opponent — their position, direction of movement, utility usage — without looking away from their crosshair, instead processing what's happening directly in front of them, in the central field of view. This applies both to sounds (footsteps, reloading, grenade throws) and visual details: muzzle flashes at the periphery, shadows, texture movement, debris from an explosion.
This skill is especially important where reaction needs to be instant. If a player is forced to literally "search" for the source of a sound by turning the camera, they lose fractions of a second — and in CS2, these fractions of a second determine who shoots first. That's why experienced players train themselves to keep their crosshair in the center of a potentially dangerous zone and to understand, from minimal signals — a rustle, a flash, the sound of a footstep — where the opponent is, even before they appear on screen.
Why this has become especially relevant
Discussions about reading the center of the screen regularly come up in the context of new mechanics that add sound or visual information to the game. For example, a system being discussed in test builds involving glass shards after a molotov explosion: if an opponent steps on the shards even while moving quietly (on shift), a distinctive sound occurs. Such a signal appears sharply and briefly, and only someone already keeping their attention on the right zone of the screen — rather than being distracted by a static crosshair without context — will manage to notice it.
Similar logic applies to any other utility — smoke grenades, flashbangs, reload sounds. The more such "micro-signals" a game contains, the higher the value of the ability to read what's happening in the center of the frame without unnecessary camera movement.
How it's trained
The skill is developed through practice in real rounds and repeated review of demos — recordings of past matches, where a moment can be slowed down to analyze which signals a player caught or missed. This is also where timings are often analyzed — the intervals between an opponent's actions and their appearance — because reading the center of the screen works in tandem with prediction: a player doesn't just see a signal, they already know in advance where and when to expect it.