Anankke/SSPanel-UIM
SSPanel UIM
SSPanel-UIM is a centralized proxy service management system used to deploy and administrate a network of proxy servers and nodes across multiple protocols. It functions as a management panel for coordinating network resources and providing a unified interface for service administration.
The project incorporates a subscription billing system with integrated payment gateways to handle recurring fees and usage-based billing. It features a subscription management panel that generates and distributes proxy configuration lists in multiple formats for compatibility with various client applications.
The system includes capabilities for user account administration, real-time network traffic monitoring, and automated task scheduling. It also provides a notification dispatcher for third-party alerts and utilizes language models to automate support tickets and technical documentation.
Features
- Proxy Node Orchestrators - Functions as a centralized orchestrator for deploying and monitoring multiple proxy server nodes.
- Proxy Managers - Provides a centralized interface for configuring and maintaining a network of proxy servers and routing rules.
- Subscription Billing - Implements a system for handling recurring payments and managing customer financial data for network access.
- Billing and Usage - Tracks service consumption and enforces resource limits to facilitate usage-based billing.
- Payment Gateway Integrations - Integrates with external payment gateways to handle recurring subscriptions and usage fees.
- Usage Tracking Systems - Tracks real-time data consumption per user to manage resource quotas and network stability.
- Subscription Format Rendering - Renders proxy lists into multiple client-compatible subscription formats for broad application compatibility.
- Proxy Configuration Aggregators - Aggregates and distributes bulk connection strings for various proxy protocols to simplify client setup.
- Proxy Engine Management Panels - Ships a centralized administrative UI for controlling the operational parameters of a network proxy core.
- Proxy Management Services - Provides a centralized interface for the deployment and administration of a multi-protocol proxy network.
- Proxy Node Distributors - Provides updated lists of connection strings to facilitate automated proxy configuration for clients.
- Subscription Managers - Manages the lifecycle of proxy server lists, converting them into unified configurations for clients.
- Subscription Generators - Generates and transforms proxy subscription links across various client protocols and formats.
- User Account Management - Manages user registration, authentication states, and profile updates for the network service.
- Multi-Protocol Proxy Managers - Functions as a centralized platform for managing diverse proxy standards and protocols across a network.
- Peer Traffic Statistics Dashboards - Monitors and visualizes real-time data usage and traffic statistics across users and nodes.
- Proxy Node Administration - Provides full lifecycle management and configuration for proxy server nodes on remote servers.
- Real-Time Network Monitors - Provides real-time observation of live network traffic and bandwidth usage across users and nodes.
- User Account Administration - Provides centralized tools for managing user accounts, registration, and authentication.
- AI Support Automation - Employs language models to automate support ticket responses and generate technical documentation.
- LLM Ticket Automations - Automates the generation of intelligent replies for support requests and technical documentation using LLMs.
- Network Traffic Dashboards - Provides a visual interface for real-time rendering of network traffic flows and data usage.
- User Account Management - Includes interfaces for managing user profiles, authentication credentials, and security settings.
Star history
How this analysis was created: This summary and feature list were written by an AI model that read the project's README and public documentation pages. Each feature links to the documentation it came from; stars, license and language come straight from the GitHub API. The model does not read the source code, and the analysis is refreshed when the project is re-analysed. Learn more on our About page.
