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Stop account takeover
Stop ATO with stolen credential and compromised token detection.
Harden unmanaged identities
Harden access paths with visibility, detection, and guardrails.
Investigate browser-related incidents
Investigate and respond faster with unique browser telemetry.
Secure shadow SaaS
See and control shadow SaaS in the browser.
Secure AI
See and control AI apps in the browser.
Secure BYOD
Extend consistent browser-based protection to unmanaged devices.
Secure Chromebooks
Secure browser activity on Chromebooks without endpoint agents.
Investigate and stop data loss
Detect and prevent data loss across AI tools, apps, and sessions.
In the browser, not in the way
Push works inside the browser, not between your users and the internet. That means phishing detection a proxy can't do, extension governance it can't see, and AI visibility it was never built for. Without rerouting your traffic, intercepting your TLS, or the $300/user renewal surprise.
SaaS apps, AI tools, sensitive data access – important work happens in the browser now. The attacks that are actually compromising organizations happen there too, inside the browser session itself.
Your SWG still inspects the traffic. It can't see what's happening inside the browser. That's not something a better proxy fixes.
Nearly half of browser extensions deployed across organizations are overpermissioned enough to take over user accounts via session theft — and when a legitimate extension gets compromised, those permissions become the blast radius. Your SWG can't see any of them.
Blocking risky domains, controlling file movement, stopping malicious downloads — most of what security teams actually pay their SWG for doesn't require a proxy. Push delivers these outcomes from the browser, where content is already decrypted. You skip the traffic rerouting, the latency, the SSL inspection, and the $160/user climb to unlock the capabilities you actually need.
Cloned login pages. Session hijacking. Extensions with the permissions to take over accounts. Sensitive data pasted into AI tools. These attacks play out inside the browser runtime, not in network traffic. Push detects them based on what the user actually sees and does, not what the packet contains.
Push was built for the browser-native era: identity-first attacks, extension supply chains, AI-assisted work, and threats that move faster than signature databases can update. One browser extension, deployed to 100,000 users in under an hour. Zero performance impact.
////We didn't want to proxy all traffic and decrypt it all and break sessions and weaken some of the fundamental security of internet browsing just to get that visibility — and then cause performance impacts as a result.
Jason Waits
CISO, Inductive Automation
| What you need | Cloud SWG | Push |
|---|---|---|
| Detect phishing at the page level | URL reputation only. If the domain is new or from a trusted service, the proxy lets it through. | Behavioral detection of cloned login pages, AitM kits, and credential harvesting, regardless of URL reputation. |
| Block risky domains | Proxy-layer URL lookups. For any security outcome, traffic must route through the gateway. | Browser-layer categorization. No traffic rerouting. Real-time page context, not a database lookup. |
| Block malicious URLs | Known-bad URL databases. Research shows proxies miss ~60% of malicious pages due to evasion. | Threat intel + rendered-page analysis. Evasion techniques that fool a sandbox don't work against an inspection at the browser layer. |
| Control file uploads & downloads | Proxy inspection. Requires SSL decryption. Per-app granularity costs extra. | Browser-native. Full context: which app, which user, which page. No SSL prerequisite. |
| Govern browser extensions | Not available. SWGs have no visibility into extensions. | Full inventory, permissions audit, allowlisting, and blocking. Native to the platform. |
| Control AI tool usage | Domain-level blocking. No visibility into what users do inside AI apps. | Shadow AI discovery, prompt and clipboard monitoring, OAuth grant visibility, and granular policy enforcement. |
You don't have to rip it out tomorrow. Deploy Push alongside it and see what surfaces: the extensions nobody knew about, the file activity your proxy never logged, the gaps in coverage you've been living with.
Skip the proxy era entirely. Push gives lean security teams the outcomes that matter from a single browser extension. Purpose-built for how work actually happens now.
Common evaluation questions
Push covers the security outcomes most teams are actually paying an SWG for: domain categorization, URL blocking, file upload and download controls, malicious file detection, phishing detection, and browser extension governance. It delivers them from inside the browser instead of a network proxy. Push does not replace network infrastructure functions like ZTNA, FWaaS, or bandwidth management. If you need those, you'll keep that infrastructure. But you may find that the security use cases, the ones driving the bulk of the cost, are better served from the browser.
On-device SWGs move the proxy to the endpoint but still operate at the network layer, intercepting and inspecting traffic in transit. Push operates inside the browser itself. It sees the rendered page, not the packet. That's why Push can detect cloned login pages, govern browser extensions, and monitor clipboard activity. Those things are invisible to any proxy, whether it runs in the cloud or on the device.
Yes, and most teams replacing a cloud SWG start this way. Deploy Push alongside your current gateway to surface what it's missing: extension risks, phishing pages on trusted domains, file activity the proxy never logged. When your renewal comes up, you'll have concrete data to inform the decision, not just a gut feeling that you're overpaying.
Push is a browser extension deployed via your existing MDM or browser policy. It has been rolled out to 100,000 users in under an hour during normal office hours with zero downtime. There are no appliances to rack, PAC files to configure, or tunnel infrastructure to stand up.
Cloud SWG pricing is tiered. Entry-level packages start around $72/user/year, but the capabilities security teams actually need (sandboxing, advanced threat protection, isolation) start at $160 and climb from there. Push is a single SKU with no tier-gated features. View Push pricing here.
15 minutes. We'll show you what's happening inside the browser that your proxy can't see, and what security coverage looks like without the chokepoint.
