kungfu-origin/kungfu

Features

• Low-Latency Trading Infrastructures - Provides a high-performance infrastructure capable of processing market data with microsecond latency for high-frequency trading.
• Market Trading Integrations - Provides connectors to financial market exchanges and counters for executing trades across stocks and futures.
• Quantitative Trading Platforms - Offers an integrated environment for writing and testing quantitative algorithmic trading logic using computational libraries.
• Trading Execution Engines - Ships a low-latency algorithmic trading execution engine that processes market data and routes orders with microsecond response times.
• Time Series Data Storage - Provides high-performance in-memory storage for recording financial tick data with nanosecond accuracy.
• Financial Tick Databases - Provides a dedicated in-memory financial time-series database for high-precision recording and analysis of tick data.
• High-Precision Time Series Storage - Records high-precision market tick data in memory for real-time analysis and historical auditing.
• Memory-Mapped Time Series Storage - Ships an in-memory financial time-series database using memory-mapped formats for low-latency tick data retrieval.
• Multi-Exchange Trading Connectors - Implements an integration layer with connectors for various stock and futures exchange protocols.
• Trading Logic Development Kits - Provides a development kit for writing trading logic using computational libraries and general purpose programming languages.
• Trading Strategy Management Interfaces - Includes a trading operations interface for monitoring and managing algorithmic strategies in both manual and headless modes.
• Shared Memory IPC - Implements a shared-memory data bus using memory-mapped files for zero-copy, nanosecond-latency inter-process communication.
• Non-Blocking I/O Interfaces - Implements non-blocking I/O interfaces for exchange connectivity to maintain high throughput without stalling the execution engine.
• Process Isolation - Executes trading strategies in separate operating system processes to ensure a single strategy failure does not crash the system.
• Lock-Free Ring Buffers - Uses lock-free ring buffers with atomic pointers to minimize synchronization overhead during high-frequency data bursts.
• Nanosecond Event Timestamping - Uses high-resolution hardware clocks to provide nanosecond precision timestamping for precise event sequencing and latency analysis.

Star history