PeerMeeting - Showcase Project

Project Overview

Simple peer to peer video conference server over WebRTC. Support more then 2 peoples in p2p conference.Start & join meetings for free. No account needed, open service, write you name and open or join room!The service is adjusted based on the mesh model. This network is implemented to open multiple (1: 1) interconnected peer-to-peer connections. Maximum peer connections limit per page is 256 (on chrome) i.e. 256 users can connect together!Sources on github

Detailed Description

Simple peer to peer video conference server over WebRTC. Support more then 2 peoples in p2p conference.

Start & join meetings for free. No account needed, open service, write you name and open or join room!

The service is adjusted based on the mesh model. This network is implemented to open multiple (1: 1) interconnected peer-to-peer connections. Maximum peer connections limit per page is 256 (on chrome) i.e. 256 users can connect together!


Sources on github

Content Freshness & Updates

Project Timeline

Created: June 20, 2021 at 5:16 AM (4 years ago)

Last Updated: December 22, 2025 at 8:08 AM (2 weeks ago)

Update Status: Updated 2.4 weeks ago - Moderately fresh

Version Information

Current Version: 1.0 (Initial Release)

Development Phase: Innovation Stage - Demonstrating cutting-edge capabilities

Activity Indicators

Project Views: 714 total views - Active engagement

Content Status: Published and publicly available

Content Freshness Summary

This project information was last updated on December 22, 2025 and represents the current state of the project. The content is recent and provides current project information. The project shows active engagement with 714 total views, indicating ongoing interest and relevance.

Visual Content & Media

Project Screenshots & Interface

The following screenshots showcase the visual design and user interface of PeerMeeting:

Screenshot 1: Main Dashboard & Primary Interface

This screenshot displays the main dashboard and primary user interface of the application, showing the overall layout, navigation elements, and core functionality. The interface demonstrates the modern design principles and user experience patterns implemented using dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection.

Screenshot 2: Key Features & Functionality

This screenshot displays key features and functionality of the application, demonstrating specific capabilities and user interactions. The interface demonstrates the modern design principles and user experience patterns implemented using dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection.

Screenshot 3: User Experience & Navigation

This screenshot displays user experience elements and navigation patterns, showing how users interact with the interface. The interface demonstrates the modern design principles and user experience patterns implemented using dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection.

Screenshot 4: Advanced Features & Capabilities

This screenshot displays additional features and advanced capabilities, showcasing the full scope of the application. The interface demonstrates the modern design principles and user experience patterns implemented using dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection.

Live Demo & Interactive Experience

Live Demo URL: https://peer-meeting.nb-47.ml

Experience PeerMeeting firsthand through the live demo. This interactive demonstration allows you to explore the application's features, test its functionality, and understand its user experience. The live demo showcases the saas application's technical capabilities implemented with dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection and real-world performance, providing a comprehensive understanding of the project's value and potential.

Visual Content Summary

This project includes 4 screenshotsno videos plus a live demo, providing comprehensive visual documentation of the saas application. The media content demonstrates the project's technical implementation using dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection and user interface design, showcasing both the visual appeal and functional capabilities of the solution.

Technical Specifications & Architecture

Technology Stack & Implementation

Primary Technologies: dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection

Technology Count: 11 different technologies integrated

Implementation Complexity: High - Multi-technology stack requiring extensive integration expertise

Technology Analysis

dotnet: Modern technology component for enhanced functionality and performance
Nodejs: JavaScript runtime for server-side development with high performance
docker: Containerization platform for consistent deployment environments
csharp: Modern technology component for enhanced functionality and performance
WebRTC: Modern technology component for enhanced functionality and performance
WebSockets: Modern technology component for enhanced functionality and performance
webapp: Modern technology component for enhanced functionality and performance
SignalR: Modern technology component for enhanced functionality and performance
vue: Progressive JavaScript framework for building user interfaces with reactive data binding
vuejs: Progressive JavaScript framework for building user interfaces with reactive data binding
rtcmulticonnection: Modern technology component for enhanced functionality and performance

System Architecture & Design

Architecture Type: Saas Application

Architecture Pattern: Modern Software Architecture with scalable design patterns

Scalability & Performance

Scalability Level: Standard - Scalable architecture ready for growth

Security & Compliance

Security Level: Standard security practices for development projects

Security Technologies: Vue.js security features with XSS protection and secure component architecture

Data Protection: Standard data protection practices for user information and application data

Integration & API Capabilities

Live Integration: https://peer-meeting.nb-47.ml - Active deployment with real-world integration

API Technologies: Node.js API server with high-performance endpoints

Integration Readiness: Showcase-ready for demonstration and integration examples

Development Environment & Deployment

Deployment Status: Live deployment with active user base

Technical Summary

This saas project demonstrates advanced technical implementation using dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection with innovative showcase potential. The technical foundation supports demonstration and learning with modern security practices and scalable architecture.

Common Questions & Use Cases

How to Build a saas Project Like This

Technology Stack Required: dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection

Development Approach: Build a scalable software solution with modern architecture patterns and user-centered design.

Step-by-Step Development Guide

  1. Planning Phase: Define requirements, user stories, and technical architecture
  2. Technology Setup: Configure dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection development environment
  3. Core Development: Implement main functionality and user interface
  4. Testing & Optimization: Test performance, security, and user experience
  5. Deployment: Deploy to production with monitoring and analytics

Best Practices for saas Development

Technology-Specific Best Practices

dotnet Best Practices: Follow modern development practices, implement proper error handling, use version control effectively, and optimize for performance and security.
Nodejs Best Practices: Use async/await patterns, implement proper error handling, follow security best practices, and optimize with clustering and caching.
docker Best Practices: Follow modern development practices, implement proper error handling, use version control effectively, and optimize for performance and security.
csharp Best Practices: Follow modern development practices, implement proper error handling, use version control effectively, and optimize for performance and security.
WebRTC Best Practices: Follow modern development practices, implement proper error handling, use version control effectively, and optimize for performance and security.
WebSockets Best Practices: Follow modern development practices, implement proper error handling, use version control effectively, and optimize for performance and security.
webapp Best Practices: Follow modern development practices, implement proper error handling, use version control effectively, and optimize for performance and security.
SignalR Best Practices: Follow modern development practices, implement proper error handling, use version control effectively, and optimize for performance and security.
vue Best Practices: Follow Vue.js style guide, use composition API for complex components, implement proper reactivity patterns, and optimize with v-memo and computed properties.
vuejs Best Practices: Follow Vue.js style guide, use composition API for complex components, implement proper reactivity patterns, and optimize with v-memo and computed properties.
rtcmulticonnection Best Practices: Follow modern development practices, implement proper error handling, use version control effectively, and optimize for performance and security.

General Development Best Practices

  • Code Quality: Write clean, maintainable code with proper documentation
  • Security: Implement authentication, authorization, and data protection
  • Performance: Optimize for speed, scalability, and resource efficiency
  • User Experience: Focus on intuitive design and responsive interfaces
  • Testing: Implement comprehensive testing strategies
  • Deployment: Use CI/CD pipelines and monitoring systems

Use Cases & Practical Applications

Target Audience & Use Cases

Learning Use Cases: Excellent for developers learning dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection, students studying saas, or professionals seeking inspiration for their own projects.

Comparison & Competitive Analysis

Why dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection?

This project uses dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection because:

  • Technology Synergy: The combination of dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection creates a powerful, integrated solution
  • Modern Frontend: Provides reactive, component-based user interfaces
  • Robust Backend: Ensures scalable, maintainable server-side architecture
  • Community Support: Large, active communities for ongoing development and support
  • Future-Proof: Modern technologies with long-term viability and updates

Competitive Advantages

  • Modern Tech Stack: dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection provides competitive technical advantages
  • Technical Excellence: Demonstrates cutting-edge implementation and best practices

Learning Resources & Next Steps

Learn dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection

To understand and work with this project, consider learning:

  • dotnet: Official documentation and community learning resources
  • Nodejs: Node.js documentation, npm ecosystem, and best practices guides
  • docker: Official documentation and community learning resources
  • csharp: Official documentation and community learning resources
  • WebRTC: Official documentation and community learning resources
  • WebSockets: Official documentation and community learning resources
  • webapp: Official documentation and community learning resources
  • SignalR: Official documentation and community learning resources
  • vue: Vue.js official guide, examples, and ecosystem documentation
  • vuejs: Vue.js official guide, examples, and ecosystem documentation
  • rtcmulticonnection: Official documentation and community learning resources

Hands-On Learning

Try It Yourself: https://peer-meeting.nb-47.ml

Experience the project firsthand to understand its functionality, user experience, and technical implementation. This hands-on approach provides valuable insights into real-world application development.

Project Details

Project Type: Saas

Listing Type: Showcase

Technology Stack: dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection

Technical Architecture

Technology Stack & Architecture

This saas project is built using a modern technology stack consisting of dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection. The architecture leverages these technologies to create a scalable solution that can handle real-world usage scenarios.

Architecture Type: Saas - This indicates the project follows modern software architecture patterns.

Technical Complexity: Multi-technology stack requiring integration expertise

Business Context & Market Position

Innovation Showcase

This project demonstrates innovative approaches to saas and showcases cutting-edge implementation techniques. It represents the latest in technology innovation and creative problem-solving.

Development Context & Timeline

Project Development Timeline

This project was created on June 20, 2021 and last updated on December 22, 2025. The project has been in development for approximately 55.4 months, representing 1662.8210802615 days of development time.

Technical Implementation Effort

Implementation Complexity: High - The project uses 11 different technologies (dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection), requiring extensive integration work and cross-technology expertise.

Market Readiness & Maturity

Innovation Stage: This project represents cutting-edge development and innovative approaches. It showcases advanced technical implementation and creative problem-solving.

Competitive Analysis & Market Position

Market Differentiation

Technology Advantage: This project leverages dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection to create a unique solution in the saas space. The technology stack provides cutting-edge technical implementation that sets it apart from traditional solutions.

Market Opportunity Assessment

Competitive Advantages

  • Technical Innovation: Cutting-edge implementation showcasing advanced capabilities
  • Creative Problem-Solving: Unique approaches to common market challenges
  • Technology Leadership: Demonstrates expertise in emerging technologies and methodologies
  • Modern Technology Stack: dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection provides scalability, maintainability, and future-proofing

About the Creator

Developer: User ID 30287

Project Links

Live Demo: https://peer-meeting.nb-47.ml

Key Features

  • Built with modern technologies: dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection
  • Showcasing innovative project

Frequently Asked Questions

What is this project about?

PeerMeeting is a saas project that Simple peer to peer video conference server over WebRTC. Support more then 2 peoples in p2p conference.Start & join meetings for free. No account needed, open service, write you name and open or j....

What makes this project special?

This project is being showcased to highlight innovative ideas and technical achievements. It demonstrates creative problem-solving and technical expertise.

What technologies does this project use?

This project is built with dotnet,Nodejs,docker,csharp,WebRTC,WebSockets,webapp,SignalR,vue,vuejs,rtcmulticonnection. These technologies were chosen for their suitability to the project's requirements and the developer's expertise.

Can I see a live demo of this project?

Yes! You can view the live demo at https://peer-meeting.nb-47.ml. This will give you a better understanding of the project's functionality and user experience.

How do I contact the project owner?

You can contact the project owner through SideProjectors' messaging system. Click the "Contact" button on the project page to start a conversation about this project.

Is this project still actively maintained?

This project is being showcased, so maintenance status may vary.