
Browser security for the AI era: stop attacks, secure AI, harden identities.
By Tanmay Verma, Founder · Last verified 28 May 2026
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Push Security is a must-consider for any security team looking to close the browser blind spot without migrating to a clunky enterprise browser. Its autonomous agents and real-time controls are purpose-built for the AI era, but pricing isn't transparent — it's likely an enterprise play.
Last verified: May 2026
Push Security shines when your organization needs browser-level visibility and control but can't force everyone onto a single browser. It deploys as an extension, which means less friction and faster time-to-value. The real-time detection of phishing and token theft, combined with shadow SaaS discovery, makes it a strong fit for identity-conscious teams. However, if you already have a robust EDR and SIEM that cover browser telemetry, or if your policy is to ban all AI usage outright, the incremental value may be lower. The lack of public pricing suggests it's not a budget-friendly option for small teams. Compared to enterprise browsers like Island or Talon, Push is lighter-weight and works with existing browsers, but it may not offer the same deep device-level control. Versus browser security extensions like CrowdStrike Falcon, Push provides more identity-focused guardrails. Real-world caveats: since it's a browser extension, it depends on the browser's extension API and could be bypassed by sophisticated attacks. Also, the autonomous agents raise questions about false positives and user trust. Overall, Push is a solid choice for enterprises that want browser security without the disruption of a new browser.
Skip Push Security if Skip Push Security if you have fewer than 50 employees or lack a dedicated security team to manage browser-based detection rules.
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Push Security is a browser-based security platform that extends your existing browsers with telemetry, real-time control, and autonomous agents to stop browser-based attacks, secure AI usage, harden identities, and prevent data loss. Designed for security teams protecting enterprises with diverse browser environments, Push deploys as a browser extension on all major browsers including AI-native browsers, requiring no migration or endpoint agents. Key features include real-time detection of phishing, token theft, and account takeover attacks; visibility into shadow SaaS and AI apps; enforcement of MFA, SSO, and strong credentials; and opinionated browser telemetry for faster incident investigation. The platform provides guardrails for unmanaged identities, Secures BYOD and Chromebooks, and blocks risky browser extensions. Push Security differentiates itself from enterprise browsers by enhancing existing browsers rather than forcing a switch, and from traditional EDR by providing the missing browser context. It is trusted by security leaders at Microsoft, Flex, GreyNoise, and others, and is positioned as the "EDR for the browser."
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Concrete scenarios for the personas Push Security actually fits — and what changes day-one when you adopt it.
A phishing alert fires in your SIEM; you open Push's investigation dashboard to see the full browser session telemetry (DOM changes, credentials typed, redirects) and triage in seconds.
Outcome: You identify the attacker's AiTM proxy and block the OAuth consent grant, preventing account takeover without needing endpoint logs.
You receive a report of an employee pasting customer data into a public AI chatbot. Push's AI app security feature shows the exact prompt and sensitive data type.
Outcome: You apply a guardrail blocking paste into unapproved AI apps and educate the employee, reducing data leak risk.
You're preparing a board report on identity risk. Push's Browser & Identity Attacks Matrix shows you have unmanaged devices accessing critical SaaS apps.
Outcome: You present a heatmap of 51 attack techniques with coverage gaps, justify budget for browser security, and demonstrate proactive hardening.
Pricing is per-seat with no free tier, making it less accessible for small teams. The platform relies on browser extension deployment, which may be blocked or restricted in some environments (e.g., kiosk modes, legacy browsers). Requires internet connectivity for telemetry delivery; offline detection is limited. AI detection models may have false positives during initial tuning.
Project the real annual outlay, including the implied monthly cost when only an annual tier is published.
Vendor list price only. Add-on usage, seat overages, and contract minimums are surfaced under Hidden costs & gotchas.
For each published Push Security tier: who it actually fits, and what it adds vs. the previous tier. Cross-reference the cost calculator above for projected annual outlay.
Standard
$5/user/month (annual) or $6/user/month (monthly)
Ideal for
Security teams in organizations with up to 500 employees needing browser-based identity threat detection and AI security controls
What this tier adds
Starting tier with full browser telemetry, threat detection, shadow SaaS control, and AI app security at $5/user/month annual billing
Enterprise
Contact for pricing
Ideal for
Large organizations with 500+ employees requiring volume discounts, custom deployment, and dedicated support
What this tier adds
Adds volume pricing, custom deployment options, and dedicated support beyond Standard tier's 500-employee cap
The company stage and team size where Push Security's pricing actually pencils out — and where peers do it cheaper.
Push Security's pricing ($5/user/month annual, $6/monthly) is competitive for mid-market teams (up to 500 employees) needing browser-level identity protection. Compared to CrowdStrike Falcon Identity ($12+/user/month) or Microsoft Defender for Identity (bundled in E5, ~$10/user/month), Push offers a lower entry point for browser-specific features. However, it lacks a free tier, so small teams may find it costly per-seat.
How long it actually takes to get something useful out of Push Security — broken out by persona, not the marketing-page minute.
SOC analysts can deploy the browser extension and start receiving telemetry within 10 minutes per user. Full configuration of guardrails and detection rules takes a security engineer 1-2 hours. BYOD and Chromebook users can be onboarded with just a link, no endpoint agent required.
Pricing, brand, ownership, or deprecation changes worth knowing before you commit. Most-recent first.
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