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CS2 anti-cheat reference

What gets you VAC-banned. What doesn’t.

VAC anxiety is real — every CS2 player wonders if their crosshair generator, demo viewer, or jumpthrow bind will trigger a ban. Below: what actually triggers VAC, which third-party categories are safe vs risky, and a plain-English FAQ on bans + trade locks.

Editorial note — not legal advice. Valve’s VAC system is opaque; this page is community-observed behavior.
How VAC works

Three detection vectors.

  1. 1. Signature scanning. VAC compares modules loaded into the CS2 process against a signature database of known cheats. If your DLL matches, instant ban.
  2. 2. Memory-read patterns. External cheats that read CS2 memory (e.g., for ESP/wallhack) get flagged when their access patterns match cheat behaviors. Modern cheats try to hide via kernel injection.
  3. 3. Input/behavior heuristics + VACnet ML. VACnet (introduced 2018) uses ML on player input data to flag aim-bot patterns and other behaviors. Combined with Overwatch reviews, this is how triggerbot and color aimbots get caught.

VAC bans are issued in waves — not real-time. You can run a cheat for weeks and then be banned in a sweep. Detection timing also makes it hard to know what specifically got you.

Third-party tool safety

Common categories ranked by VAC risk. The general rule: if it doesn’t inject into CS2 or read its memory, it’s safe.

FAQ

Bottom line

If a tool runs OUTSIDE the CS2 process, you’re safe.

Web tools (this site included), config generators, demo viewers, sensitivity calculators, OBS, Discord — none of them touch the running CS2 game process. They’re used by every pro player and millions of casual players without issue. The only categories that cause VAC bans are: actual cheats (multihacks, skin spoofers), input-pattern macros (auto-fire, perfect-bhop), and DLL injectors.

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