You bought the controls.
The question is whether they stop a real attack.
SpartanX runs real attack paths against your EDR, WAF, and defenses to prove what actually blocks, and keeps that answer current as your stack changes.
The assumption problem
Your stack is full of controls you assume are working. The EDR is deployed, the WAF is in blocking mode, the detection rules are written. Assumed and proven are not the same thing.
Controls drift. A policy change, a new exclusion, a tuning decision, and suddenly a path that used to be blocked is wide open. You find out during the incident, which is the worst possible time.
How control validation works
Run a real attack path
The adversary executes genuine attack techniques against your environment to see what your controls actually do under pressure.
Measure block versus bypass
It records where EDR, WAF, and detection stop the attack and where it slips through, mapped against MITRE ATT&CK techniques.
Chain past the gaps
Where one control is bypassed, the adversary chains forward to show the full path that failure opens up.
Keep the answer current
Because it runs continuously, control drift shows up as soon as it happens, not at the next annual review.
What you get
Proof your controls work
Drift caught early
Spend you can defend
It ends assuming a deployed control works and discovering otherwise only during a real incident.
Prove your controls
Run a real attack path and see what your defenses actually stop.