Netor Browser
Lead System Architect & Engineering Lead: Augustin Olarian
System Architecture & Core Engineering Innovations
- Per-Browser, Per-Group & Per-Tab IP and Session Isolation: Assigns independent proxy/network routes, storage partitions, and identity contexts down to the individual tab level inside a single window.
- 10x–50x Lower Memory Footprint Than Chrome: Suspends background render pipelines and deduplicates shared engine resources, cutting RAM usage by 10x under active load and 50x in idle.
- Native Multi-Agent Orchestration: Allows each tab or virtual browser to be operated concurrently by its own autonomous AI agent or coordinated by a central orchestrator without cursor collisions.
- Instant PC-to-PC and PC-to-Phone Workspace Cloning: Synchronizes open tabs, session states, notes, and active AI agents across desktop workstations and mobile devices in real time.
Technology Stack & Infrastructure
Production Scope Note: The complete production system is significantly larger and encompasses additional operational subsystems; the video walkthrough and this case study highlight selected core architectural innovations.
Technical Architecture FAQ
Standard Chrome profiles spawn heavy duplicate processes and apply proxy settings only to an entire browser window. Netor isolates IP addresses and session stores per virtual browser, per tab group, or per individual tab inside a single window while using 10x to 50x less RAM and supporting native multi-agent AI control.
Yes. Netor continuously synchronizes tabs, notes, and active AI agent states across your PCs and mobile phone.