Stop account takeover

Account takeover usually looks like a normal login. Push monitors authentication directly in the browser, exposing the access paths attackers rely on, from ghost logins to credential stuffing, before damage is done.

Identify credential-based ATO as it unfolds
Surface hijacked sessions and token misuse
Strengthen authentication security where your IdP can’t

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Assume less. See more.

Identity providers enforce policies, but they don’t show how users actually access applications across the web. Many SaaS apps still allow local credentials even when SSO is configured. Users reuse passwords across work accounts. Old login methods remain active long after policies change. Push shows you how authentication really happens in the browser so security teams can see where risk still exists and remove access paths that attackers can exploit.

Product screenshot displaying detections

Catch stolen credential use in real time

Push monitors authentication activity as it happens in the browser and detects the patterns associated with credential-based attacks. When leaked passwords are used, when login flows behave unexpectedly, or when attackers attempt to test credentials across applications, Push detects the activity immediately. Security teams can respond before the attacker gains meaningful access.

Product image - catch credential based attacks

Detect session hijacks and stealth access

A growing number of attacks avoid the login process entirely. Instead of stealing passwords, attackers reuse session tokens that have already passed authentication. This allows them to access accounts without triggering traditional login protections. Push detects when active sessions are reused in ways that don’t match the user’s browser activity, exposing hijacked sessions and unauthorized access that would otherwise blend in with normal usage.

Harden accounts before they’re compromised

Push helps teams reduce the conditions that make account takeover possible. It identifies applications that still accept local logins outside of SSO, highlights accounts missing MFA, and surfaces credentials that are weak or already exposed in breach data. Users are then prompted directly in the browser to remediate these issues, enabling organizations to close common attack paths without intervention from the security team.