Identity is part of the attack surface. A compromised account is only dangerous because of what that account…
Esla K. — CyberOps Community Lead
Identity is part of the attack surface.
A compromised account is only dangerous because of what that account can access.
So during an investigation, don't stop at:
“Which account was compromised?”
Ask:
→ What privileges did it have?
→ What systems could it reach?
→ What data could it access?
→ Were there lateral movement opportunities?
→ Was MFA enabled?
→ Was the access actually required?
Identity → Privilege → Access → Exposure
Good detection needs identity context.
#Cybersecurity #IdentitySecurity #DetectionEngineering #SOC #SecurityOperations #NcryptoEdge
6 reactions · 4 comments
Topics: #identitysecurity, #ncryptoedge, #securityoperations, #cybersecurity, #soc, #detectionengineering
Comments
Schomer: Brilliant breakdown, Esla. Identity is absolutely part of the attack surface, but the traditional mistake is treating security as a perimeter gate check [Other Google Activities, Other Claims]. An attacker passing a valid corporate token or a compromised MFA credential can easily induce semantic drift and bypass localized data governance filters while downstream systems log a perfect 'Success'. Tr
Esla K.: Schomer Thanks, Schomer. Your point that valid authentication events can give a misleading picture of security stuck with me. A successful login only tells you the credentials worked. It doesn’t tell you the access was appropriate or that what happened afterwards was harmless. I’d like to hear more about your Layer-Zero approach, especially how the ingestion-time validation rules bring in identity
Schomer: Appreciate the deep dive, Esla. You hit the exact nail on the head. Traditional identity systems stop at the front door; once the session is valid, they assume everything inside is safe. Our Layer-Zero architecture draws a hard line at structural and operational execution behavior right at the gate. When a compromised but "valid" credential generates an action, we aren't just checking if the paylo
Esla K.: The split between post-event detection and inline prevention is a useful one, Schomer. Where you enforce matters a lot, since a compromised session can still send requests that are valid and look authorized. I keep wondering how those deterministic boundaries get set and kept up to date. Do they come from explicit policy and resource-level authorization, from behavioral baselines you’ve observed,