The browser is
the new battleground

See how Push stops browser attacks

• AiTM phishing

  Attack in progress

  AiTM phishing

  Adversary-in-the-middle phishing uses a reverse proxy to sit between the victim and a legitimate login page, relaying credentials and MFA challenges in real time to steal the resulting session token.

  Blocked by Push

  How Push stops it

  • Push detects AITM phishing pages behaviorally — analyzing page structure, script behavior, and credential-harvesting mechanics rather than relying on domain blocklists or known kit signatures
  • SSO password protection blocks credential entry on pages that don't belong to that credential's identity provider

• Device code phishing

  Attack in progress

  Device code phishing

  Device code phishing abuses the OAuth 2.0 device authorization flow — the attacker generates a legitimate device code and tricks the victim into entering it, granting the attacker a valid access token without ever touching the victim's credentials.

  Blocked by Push

  How Push stops it

  • Push detects and blocks device code phishing kits, stopping the attack before the user completes the authorization flow
  • Push delivers app-agnostic warnings during the device code authentication flow, alerting users before they authorize a device they don't control

• BITB phishing

  Attack in progress

  BITB phishing

  Browser-in-the-browser (BITB) attacks render a fake browser popup inside the page — complete with a spoofed address bar showing a legitimate login URL — so victims believe they're signing in through a real SSO window.

  Blocked by Push

  How Push stops it

  • Push analyzes the actual page, not the pixels drawn on it — the credential-harvesting form is detected behaviorally no matter what fake window chrome surrounds it
  • SSO password protection blocks entry of corporate credentials on pages that don't belong to the real identity provider, whatever URL the fake address bar displays

• Consent phishing

  Attack in progress

  Consent phishing

  Consent phishing tricks users into granting OAuth permissions to a malicious application, giving the attacker persistent API-level access to the victim's data without needing their password.

  Blocked by Push

  How Push stops it

  • Push monitors and can block OAuth consent flows across 20+ authorization servers, recording client ID, scopes, and outcome in real time
  • Security teams can manage and remove malicious OAuth apps from the Push console

• Social media phishing

  Attack in progress

  Social media phishing

  Social media phishing delivers malicious links through trusted platforms like LinkedIn — recruiter outreach, direct messages, and connection requests lead victims to phishing pages, malware downloads, or other payloads, entirely outside email security's view.

  Blocked by Push

  How Push stops it

  • Push detects the malicious destination behaviorally at the moment it loads — regardless of delivery channel, so links from LinkedIn DMs are caught just like email phishing
  • Protection covers whatever the payload is: credential phishing, ClickFix-style clipboard hijacks, malicious OAuth grants, or file downloads

• Malvertising

  Attack in progress

  Malvertising

  Malvertising uses paid search ads or display ads to place malicious links above legitimate results, directing victims to phishing pages or malware downloads through a trusted delivery channel.

  Blocked by Push

  How Push stops it

  • Push detects the phishing destination page behaviorally, regardless of how the user arrived — whether via a search ad, display ad, email, or any other channel

• Malicious extensions

  Attack in progress

  Malicious extensions

  Malicious browser extensions either start as outright malware or become compromised through supply chain attacks like ownership transfers and permission escalations, gaining broad access to browsing data and credentials.

  Blocked by Push

  How Push stops it

  • Push inventories all browser extensions across the organization with full permissions analysis, giving security teams visibility into what's installed
  • Malicious extension detection and blocking identifies and removes known-malicious extensions across any browser in the environment

• File downloads

  Attack in progress

  File downloads

  Malicious file downloads deliver malware payloads through the browser, often via phishing pages, compromised websites, or drive-by downloads that exploit user trust or curiosity.

  Blocked by Push

  How Push stops it

  • Push streams all file download events to SIEM with full metadata, giving security teams visibility into what's being downloaded and where from
  • Configurable blocking rules prevent risky downloads based on file type, extension, file name patterns, browser profile, and user group

• ClickFix

  Attack in progress

  ClickFix

  ClickFix attacks use fake CAPTCHA pages, error messages, or install prompts to silently load malicious commands into the victim's clipboard and instruct them to paste and execute the payload — typically PowerShell or mshta commands.

  Blocked by Push

  How Push stops it

  • Push detects when a page silently writes malicious commands to the clipboard, identifying the technique regardless of the social engineering wrapper (fake CAPTCHAs, fake errors, fake install prompts)
  • Detection covers the entire x-Fix family — ClickFix, FileFix, CrashFix, ConsentFix, and InstallFix — through a single technique-class detection

• ConsentFix

  Attack in progress

  ConsentFix

  ConsentFix wraps OAuth consent abuse in a ClickFix-style lure — a fake verification page walks the victim through approving a malicious consent grant.

  Blocked by Push

  How Push stops it

  • Push detects the fake verification pattern and page behavior behind ConsentFix lures, regardless of the social engineering wrapper
  • Risky consent grants can be blocked at the point of authorization, and security teams can revoke malicious grants from the Push console

• Session hijacking

  Attack in progress

  Session hijacking

  Session hijacking occurs when an attacker steals a valid session token — typically via infostealer malware, AITM phishing, or cross-site scripting — and replays it from their own browser to take over an authenticated session.

  Blocked by Push

  How Push stops it

  • Push injects a unique marker into every session originating from a Push-protected browser — if that session token later appears in an uninstrumented browser, it's confirmed stolen
  • Browser sync detection catches corporate credentials syncing to personal browser profiles, closing a common token and credential leakage path

• Credential stuffing

  Attack in progress

  Credential stuffing

  Credential stuffing uses stolen username-password pairs from breached databases and infostealer logs to attempt logins at scale, exploiting password reuse across services.

  Blocked by Push

  How Push stops it

  • Push detects when employees log in with weak, reused, or breached passwords that have appeared in infostealer logs, enabling remediation before they become attack vectors
  • MFA enforcement via in-browser guardrails ensures employees enroll in MFA, closing the gaps that credential stuffing relies on