Collaborative Browser Workspaces With Real-Time State Synchronization
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Solution Overview
Problem
Current internet browser technologies do not effectively support multi-user collaboration, leading to inefficient utilization of computing resources, bandwidth, and data storage, as team members must manually share links and coordinate efforts to collaborate, lacking real-time awareness of each other's activities.
Innovation Solution
A collaborative browser that enables the creation of separate workspaces for team collaboration, allowing users to invite others to join, synchronize workspaces across devices, and implement real-time member presence indicators and collaborative navigation through a cloud-hosted workspace management document.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If multiple users independently browse network resources using separate browser instances, then each user can access and interact with web content, but computing resources, bandwidth, and data storage are inefficiently utilized due to duplication of efforts and lack of real-time awareness
Solution Approach 1:
The patent merges multiple independent browser instances into a unified collaborative browser workspace where multiple users share a common browsing environment. The workspace manager consolidates browser tabs, bookmarks, and browsing history into a shared structure that all workspace members can access simultaneously, eliminating redundant resource loading and improving computing resource utilization while enhancing collaboration efficiency.
Solution Approach 2:
The collaborative browser workspace implements multi-functionality by enabling a single browsing environment to serve multiple users simultaneously. The workspace management document acts as a universal data structure that stores and synchronizes browsing state, tabs, and resources for all workspace members, allowing the system to efficiently handle multiple user needs through a shared infrastructure rather than separate instances.
2Loss of information
If manual link sharing and coordination methods are used for collaboration, then users can share resources, but real-time awareness of each other's activities is lost and coordination becomes inefficient
Solution Approach 1:
The collaborative browser implements real-time feedback mechanisms where each user's browsing activities (tab openings, navigations, bookmarks) are immediately synchronized and visible to all other workspace members through the workspace management document. This continuous feedback loop provides real-time awareness of others' activities, eliminating the information loss associated with manual coordination methods and reducing the time needed to coordinate collaborative efforts.
Solution Approach 2:
The workspace management document serves as an intermediary that mediates communication and synchronization between multiple browser instances. Instead of users manually sharing links through external channels, the intermediary document automatically captures, stores, and distributes browsing state information to all workspace members, enabling real-time awareness without manual intervention and significantly reducing coordination time.
3Ease of operation
If separate browser instances are used by team members, then each user has full browser functionality, but duplication of resources and lack of synchronization reduce overall system efficiency
Solution Approach 1:
The patent segments browser functionality into two distinct components: the browser instance (client) and the workspace management document (server). The browser instance handles user interaction and rendering, while the workspace management document manages synchronization, tab state, and resource coordination. This segmentation allows each component to specialize in its function, maintaining ease of operation while reducing the complexity of synchronization through a dedicated management layer.
Solution Approach 2:
The workspace management document acts as an intermediary that simplifies the synchronization complexity between multiple browser instances. Instead of implementing complex peer-to-peer synchronization logic in each browser, the intermediary document centralizes the synchronization function, automatically managing tab state, resource sharing, and user presence information. This reduces device complexity while preserving full browser functionality for each user.
Data Source
AI summary
System and methods for collaborative workspaces for content browsers are provided. In one embodiment, a method for a collaborative content browser comprises: obtaining a network address for a workspace management document; opening, at a browser, the workspace management document from a shared network resource based on the network address, the workspace management document recording a browser state for rendering a collaborative browser workspace in the browser; executing a browser process to generate a workspace shell for the workspace by rendering structural features of the workspace shell based on the browser state, the structural features including an user interface with a browser tab; synchronizing project resource data from the browser state to render network content from a project resource in the browser tab; and communicating an update to the browser state based on a change applied at the browser to the structural features or the project resources.