The Un-Bypassable
Web
Browser for
Modern K-12 Fleets.
Replace vulnerable browser extensions with a hardened Chromium binary. Enforce CIPA compliance, block portable USB exploits, and eliminate bypasses at the OS level.
Engineered for K-12 District Control.
Escape-Proof Managed Browser
Browsly is the browser binary. No unapproved extensions, portable USB browsers, or student workarounds.
Sub-Second Policy Push
Push signed rules from the admin panel to thousands of devices instantly—no MDM or GPO delays.
Compliance Without Surveillance
Logs blocked violations only—never student search history, keystrokes, or personal site views.
Self-Hosted Infrastructure & Extension Control
Keep data on your network, push extension packs per grade group, and auto-lock non-compliant devices.
Active Threat Interception.
Extensions can be killed in task manager. Browsly replaces the browser binary—students cannot remove or bypass what isn't an extension.
Portable web browsers run around network proxies. Browsly locks OS execution so unapproved binaries cannot launch.
Policy bundles live locally inside the browser core. CIPA rules enforce seamlessly, whether the device is on school Wi-Fi or at home.
Up and Running in Three Steps.
Spin Up Local Console
Deploy Browsly’s lightweight admin server on-premise or in your district's private cloud via Docker or VM.
Push Agent via MDM
Deploy the Browsly binary to Windows, macOS, or Chromebooks using Google Admin, Intune, or Jamf.
Enforce & Monitor
Define wildcard allow/deny lists and extension packs. Updates push to all active devices instantly.
Public Access Opens Soon.
Get Your District Pass First.
Browsly is currently in private onboarding with select school districts. Request an early spot to lock in pilot discounts and test the browser free in your labs.
We sent a confirmation email to . You'll receive test credentials as soon as the next batch opens.
Engineered for Absolute Isolation.
Standard browser extensions operate in user-space, making them vulnerable to Task Manager kills. Browsly embeds protection rules directly into the execution binary.
Rather than routing school web traffic through slow external cloud proxies, content filtering is performed locally on the device using lightweight native workers.
Prevents students from running unauthorized portable browsers (e.g., Firefox Portable on a USB stick) or unverified VPN executables.
All device telemetry, search logs, and violation reports stay 100% within your district infrastructure to ensure compliance with student data privacy laws.
Native Binary vs Extension Architecture.
Standard extension-based filters sit in user-space inside standard Chrome/Edge. Students effortlessly defeat them using Task Manager, DNS overrides, or running portable browsers off USB drives.
Browsly is compiled directly as a locked binary engine. Filtering occurs deep inside the rendering pipeline, enforcing non-killable daemon protection and blocking rogue EXEs directly at execution.
District IT Questions Answered.
How does Browsly ensure CIPA & COPPA compliance?
Browsly enforces mandatory SafeSearch, blocks explicit media directly at the browser rendering core, and collects zero personal student identifiable information (PII). This guarantees seamless federal audit compliance without tracking or profiling students.
Can tech-savvy students bypass Browsly with VPNs or USB browsers?
No. Extension-based filters fail when students use Task Manager or run unapproved portable binaries. Browsly operates as a hardened native Chromium application that restricts unauthorized process execution, disables DevTools exploits, and blocks unapproved proxy extensions at the system level.
How hard is it to push Browsly across district endpoints?
Browsly packages directly into standard MSI and PKG installers. You can push pre-configured configuration profiles via Google Admin Console, Microsoft Intune, Jamf, or any standard MDM solution across thousands of devices in under 15 minutes.
Where are the security and violation logs hosted?
Your telemetry stays under district control. Browsly supports self-hosted on-premise log ingestion or isolated private cloud storage. Student browsing data is encrypted at rest and in transit, and is never sold to third-party ad brokers.