m1k1o/neko

Features

• Virtual Browser Hosting - Deploys containerized web browser instances that multiple users can access and interact with simultaneously.
• Remote Desktop Infrastructure - Deploys containerized graphical desktop environments that allow users to access and manage remote applications through a standard web browser.
• Remote Desktop Environments - Runs full graphical desktop environments within containers for remote application management.
• Collaborative Browsing Environments - Provides a shared, containerized web browser that multiple users can view and interact with simultaneously in real time.
• Browser Session Management - Enables multiple users to view and interact with a single remote browser instance simultaneously.
• WebRTC Facilitators - Provides WebRTC-based real-time media streaming for remote browser access.
• Low-Latency Streaming - Transmits high-quality audio and video output from a remote virtual environment to clients using low-latency WebRTC streaming protocols.
• WebRTC Configurations - Encodes and transmits virtual display feeds to clients using low-latency WebRTC streaming protocols.
• Containerized Execution Environments - Encapsulates graphical desktop environments within containers for consistent remote execution.
• Private Infrastructure Hosting - Deploys self-contained browser instances within private networks to ensure data privacy and controlled access.
• Self-Hosted Deployment Platforms - Deploys self-contained browser instances on private infrastructure to ensure data privacy and controlled access.
• Media Streaming - Transmits visual and audio output from the virtual browser to clients using adaptive streaming protocols.
• Infrastructure and Tools - Virtual browser running inside a Docker container.
• Multi-User Input Synchronizers - Coordinates keyboard, mouse, and gamepad interactions from multiple users to enable collaborative control within a shared remote session.
• Hardware Acceleration - Configures container images to utilize host hardware graphics acceleration for improved rendering performance.
• Hardware-Accelerated Rendering - Offloads graphics processing and video encoding to dedicated hardware for low-latency remote rendering.
• Panel Access Controls - Restricts user interaction, login, and viewing permissions to ensure administrators maintain authority over the shared browser session.
• Credential-Based Access Controls - Validates user credentials against local or external providers to control access.
• Multi-Architecture Images - Builds and distributes container images compatible with both x86 and ARM hardware architectures.
• External Processor Offloading - Offloads browser graphics and video encoding tasks to a dedicated graphics card to improve overall system performance.
• Synchronous Audio Streams - Captures server-side system audio output for real-time streaming to connected clients.
• Network Connectivity Configurations - Configures STUN and TURN server settings to establish direct peer-to-peer connections and relay traffic through firewalls.
• Stateful Session Persistence - Maintains user login states and session progress across server restarts.
• Session Lifecycle Management - Manages the lifecycle, persistence, and cleanup of ephemeral browser sessions.
• Input Controls - Manages input priority and interaction rules for multiple users in a shared session.
• Browser Data Persistence - Persists browser history, bookmarks, and settings across session restarts via directory mounting.
• Real-time Monitoring - Monitors network throughput to dynamically adjust media quality for stable streaming.
• Remote File Transfers - Enables file uploads and downloads between local clients and remote browser environments.
• Network Security Configurations - Configures network bindings, encryption, and proxy settings to secure traffic for the browser instance.
• Reverse Proxies - Routes external web traffic to the browser instance through web servers to manage encryption and network access.
• Webcam Input Sharing - Transmits local client webcam feeds to the server as virtual video devices.
• Microphone Input Sharing - Transmits local client microphone feeds to the server as virtual audio devices for real-time interaction.
• Network Access Control - Manages network settings to enable remote browser access across local and public network environments.
• Real-Time Network Monitors - Measures network conditions between client and server to dynamically adjust media quality based on real-time throughput capacity.
• Event-Driven Input Handlers - Synchronizes keyboard, mouse, and gamepad inputs from multiple users into a shared session.

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