Advanced blockchain Byzantine fault tolerance simulation with real-time consensus monitoring and interactive debugging capabilities.
Byzantine Node Simulation is a sophisticated fullstack simulation that demonstrates how blockchain networks maintain consensus despite malicious nodes. It implements the Practical Byzantine Fault Tolerance (PBFT) algorithm with realistic node behaviors and real-time monitoring.
The platform features an advanced debugger with code highlighting, step-by-step execution control, and comprehensive visualization of consensus mechanisms. Users can observe honest vs Byzantine node interactions, message processing, and blockchain state changes in real-time.
Built with SvelteKit, TypeScript, and modern web technologies, Byzantine Node Simulation serves as both an educational tool for understanding distributed systems and a research platform for testing consensus algorithms and fault tolerance mechanisms.
Live simulation of PBFT consensus with real-time updates and dynamic state changes across all network nodes.
Realistic modeling of both honest nodes (following protocol) and Byzantine nodes (potentially malicious behavior).
Professional debugging interface with syntax highlighting, breakpoints, and execution history tracking.
Fine-grained control over simulation execution with forward/backward stepping and pause/resume functionality.
Comprehensive visualization of message flow, node communication, and consensus phase transitions.
Real-time monitoring of blockchain state, block creation, and network-wide synchronization status.
Built with SvelteKit, TypeScript, and Tailwind CSS, featuring advanced blockchain simulation algorithms.
Experience the full power of Byzantine Node Simulation's blockchain simulation and explore Byzantine fault tolerance in action.
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