Investigate browser-related incidents

From credential theft to session hijacking, attacks plays out in the browser. Push captures high-fidelity telemetry so you can investigate quickly, contain confidently, and shut it down before it spreads.

Reconstruct incidents with full browser session context
Accelerate investigations with high-fidelity telemetry
Trigger response actions through your SIEM or SOAR

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See attacks unfold, not just their aftermath

Most investigation tools rely on logs that only show fragments of the story. You might see a login event or suspicious access, but not what led up to it. Push captures the activity inside the browser session itself: the pages a user visited, the login flows they encountered, and the actions that followed. That context helps investigators understand how the attack actually happened instead of piecing together assumptions.

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Investigate faster with high-fidelity data

Push records detailed telemetry from inside the browser session so investigators can quickly reconstruct the sequence of events. This includes page loads, credential submissions, DOM activity, session behavior, and other signals that reveal how the user interacted with the application. The data is structured and exportable, making it easy to integrate into existing investigation workflows or pull into SIEM and case management systems.

Push Security incident investigation view showing detailed browser session telemetry including page loads, credential submissions, and login flows used to reconstruct an attack.

Contain and respond in real time

Once suspicious activity is identified, Push enables immediate response. Security teams can guide users with in-browser prompts, trigger automated response actions through existing SIEM or SOAR workflows, and terminate active sessions. The result is faster containment with clear context around what the attacker was attempting to do.

Push Security response panel enabling security teams to trigger SIEM and SOAR workflows and guide users with in-browser prompts during an active browser-related incident.

Prevent the next one

Push helps you respond fast, but it also helps you fix what went wrong. The platform highlights misconfigurations and risky authentication patterns that made the attack possible. Security teams can then guide users directly in the browser to remediate those issues, reducing the chance that the same technique will work again.

Push Security highlighting authentication misconfigurations and risky login patterns revealed during an incident investigation to prevent repeat browser-based attacks.

Frequently asked questions

Establish what the user interacted with — which page, what credentials were entered, whether MFA was completed, and whether a session token was captured. Push provides session timelines that reconstruct browser activity during the incident.

For AiTM phishing, Push's session marker injection confirms whether a session token was stolen. For credential phishing, Push shows whether the password is used on other applications. For ClickFix, Push records the clipboard payload and page behavior.

Page load history, credential entry events, session creation and token activity, file upload/download events, clipboard events, OAuth consent grants, browser extension activity, and AI tool interactions.

Push collects this telemetry through its browser extension. The data architecture is local-first and detection-triggered — routine browsing stays local, and only activity matching detection rules is transmitted. Push integrates with your SIEM via webhooks.

Push's session timelines provide chronological reconstruction — page loads, credential entries, file uploads/downloads, clipboard events, OAuth consent grants, and extension activity. Trace and path reconstruction links activity across tabs and popups.

AI-powered trace analysis automates initial investigation — reconstructing the user journey, analyzing domains, and examining page content.

Investigation of security incidents using browser-layer evidence — session timelines, page interactions, credential entry events, file transfers, OAuth consent grants, and extension activity. It fills the evidence gap between endpoint forensics and network forensics for attacks that play out inside browser sessions.

Push provides this capability through session timelines, behavioral query engines, and trace reconstruction.

The hardest scenario — no malware, no exploit, no suspicious process. Traditional forensic tools show nothing unusual. Push addresses this through session marker injection (detecting sessions in uninstrumented browsers), ghost login detection (accounts bypassing SSO), and compromised credential detection (breached passwords at login).

Push's behavioral query engine lets you search across browser activity using behavioral indicators — password inputs on unfamiliar domains, logins to previously unaccessed apps.

Yes. Push provides session timelines capturing page loads, navigation paths, credential entries, file transfers, OAuth consent grants, clipboard events, and extension interactions. For compromised sessions detected through marker injection, the timeline covers both the original session and the compromise context.

AI-powered trace analysis can automate the initial review, flagging suspicious sequences and enriching domains with threat intelligence.

A tool that collects and correlates browser-layer telemetry — session data, credential events, page interactions, and file transfer activity. SIEM provides the investigation workflow; Push provides the browser-specific evidence. EDR provides endpoint context; Push provides session-level context.

Push integrates with your SIEM via webhooks, sending alerts and browser telemetry into existing workflows.

Push provides user-level browser activity timelines, behavioral query capabilities, and detection alerts for insider threat investigations — applications accessed, login events, file uploads/downloads, OAuth consent grants, and AI tool usage.

Push's data architecture is privacy-conscious: local-first and detection-triggered. For authorized investigations, broader telemetry collection is available.

Push's session timelines show applications accessed, pages loaded, files downloaded/uploaded, and OAuth consent grants during the compromised session. This helps scope the blast radius.

For AiTM-compromised sessions, Push shows which applications the stolen token accessed. File upload/download telemetry shows data transfer activity.

Endpoint forensics examines OS-level evidence: processes, file system, registry, network connections. Browser forensics examines session-level evidence: page interactions, credential entries, session tokens, OAuth events, and in-browser data transfers.

As attacks move into the browser, endpoint forensics increasingly shows only a normal browser process. The interesting evidence — which phishing page loaded, what credentials were entered, whether a session was hijacked — lives at the browser layer.