Udemy - High-Frequency Trading Mastery - 100 Labs (C + + and Rust)

  • CategoryOther
  • TypeTutorials
  • LanguageEnglish
  • Total size1.1 GB
  • Uploaded Byfreecoursewb
  • Downloads12
  • Last checkedAug. 28th '26
  • Date uploadedAug. 28th '26
  • Seeders 1
  • Leechers10

Infohash : C995DA8B3D6676B255682F48B9E1F0536510894D

High-Frequency Trading Mastery: 100 Labs (C++ & Rust)

https://WebToolTip.com

Published 8/2026
Created by Dar Al Taqniya
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 112 Lectures ( 13h 24m ) | Size: 1.1 GB

From software developer to production HFT engineer by building a complete ultra-low latency trading platform.

What you'll learn
âš¡ Architect deterministic ultra-low latency trading systems using modern C++ and Rust.
âš¡ Build production-grade FIX gateways, market data handlers, and matching engines from scratch.
âš¡ Master Linux performance engineering including NUMA, HugePages, CPU isolation, real-time scheduling, and kernel tuning.
âš¡ Implement lock-free data structures, cache-aware memory layouts, custom allocators, and zero-allocation execution pipelines.
âš¡ Design and optimize kernel-bypass networking using DPDK, hardware timestamps, multicast, and zero-copy packet processing.
âš¡ Engineer enterprise-grade pre-trade risk controls, audit logging, regulatory compliance, and operational resilience.
âš¡ Deploy observable, measurable, and production-ready infrastructure using Prometheus, Grafana, Ansible, and automated CI pipelines.
âš¡ Analyze latency at microsecond precision using profiling, benchmarking, telemetry, and deterministic replay techniques.
âš¡ Understand how modern exchanges, proprietary trading firms, and market makers engineer reliable electronic trading infrastructure.
âš¡ Deliver a complete enterprise-grade High-Frequency Trading Platform during the 100-Lab Capstone project that demonstrates production engineering skills from ope

Requirements
❗ You should have
❗ 1. Basic programming knowledge in any language (C++, Rust, Java, Go, Python, or C)
❗ 2. Basic Linux command-line familiarity
❗ 3. Understanding of variables, functions, loops, and data structures
❗ 4. Curiosity about systems programming and performance engineering
❗ Recommended Software
❗ 1. Ubuntu Linux 24.04 LTS (or compatible Linux distribution)
❗ 2. Modern C++ compiler (GCC or Clang)
❗ 3. Rust Stable Toolchain
❗ 4. Visual Studio Code or CLion (optional)
❗ Recommended Hardware
❗ 1. 64-bit x86 CPU with virtualization support
❗ 2. 16 GB RAM minimum (32 GB recommended)
❗ 3. Quad-core processor or higher
❗ 4. SSD storage

Files:

[ WebToolTip.com ] Udemy - High-Frequency Trading Mastery - 100 Labs (C + + and Rust)
  • Get Bonus Downloads Here.url (0.2 KB)
    • ~Get Your Files Here ! 1 - Introduction to High-Frequency Trading Mastery
    • 1. Introduction.mp4 (128.0 MB)
    10 - Module 9 Compliance, Regulatory Auditing, and DORA
    • 100. Lab 90 Finalizing Operational Security and Compliance Review.html (24.5 KB)
    • 90. Compliance, Regulatory Auditing, and DORA.mp4 (84.8 MB)
    • 91. Lab 81 Implementing Regulatory Audit Trail Message Logging.html (26.0 KB)
    • 92. Lab 82 Ensuring Compliance with MiFID II Timestamp Standards.html (28.3 KB)
    • 93. Lab 83 Designing Resilient Disaster Recovery and Failover Plans.html (30.4 KB)
    • 94. Lab 84 Automating DORA Operational Resilience Testing.html (27.2 KB)
    • 95. Lab 85 Securing Inter-Service Communications with Mutual TLS.html (24.1 KB)
    • 96. Lab 86 Implementing Role-Based Access Control for Trading Nodes.html (22.3 KB)
    • 97. Lab 87 Conducting Automated Security Vulnerability Scans.html (21.2 KB)
    • 98. Lab 88 Encrypting At-Rest Market Data and Trade Journals.html (26.0 KB)
    • 99. Lab 89 Preparing Regulatory Compliance Reports from Logs.html (27.6 KB)
    11 - Module 10 Sovereign Deployment and Capstone Execution
    • 101. Sovereign Deployment and Capstone Execution.mp4 (92.3 MB)
    • 102. Lab 91 Packaging Core Trading Microservices for Bare-Metal.html (21.2 KB)
    • 103. Lab 92 Configuring Automated System Deployment via Ansible.html (23.5 KB)
    • 104. Lab 93 Establishing Local Continuous Integration Pipelines.html (19.5 KB)
    • 105. Lab 94 Executing Automated Integration Tests in Staging.html (21.9 KB)
    • 106. Lab 95 Tuning Production Kernel Parameters for Final Run.html (21.9 KB)
    • 107. Lab 96 Deploying the Complete End-to-End Trading Stack.html (20.7 KB)
    • 108. Lab 97 Initiating Live Market Simulation and Traffic Injection.html (18.0 KB)
    • 109. Lab 98 Monitoring Real-Time Latency and Risk Dashboards.html (26.5 KB)
    • 110. Lab 99 Conducting Chaos Engineering and Failover Drills.html (24.3 KB)
    • 111. Lab 100 Final Capstone Architecture Delivery and Evaluation.html (27.2 KB)
    12 - Conclusion
    • 112. Conclusion.mp4 (109.4 MB)
    2 - Module 1 Foundations, Local Setup, and Initial Success
    • 10. Lab 8 Validating Core System Memory Limits and HugePages.html (24.3 KB)
    • 11. Lab 9 Executing the First Local Unit Test Suite Verification.html (17.2 KB)
    • 12. Lab 10 Achieving Initial Milestone Build and Verification Report.html (18.3 KB)
    • 2. Foundations, Local Setup, and Initial Success.mp4 (68.8 MB)
    • 3. Lab 1 Configuring the Bare-Metal Linux Development Environment.html (20.6 KB)
    • 4. Lab 2 Setting Up Isolated C++ and Rust Compilation Toolchains.html (26.4 KB)
    • 5. Lab 3 Verifying CPU Topology and NUMA Node Layout.html (20.3 KB)
    • 6. Lab 4 Configuring Real-Time Scheduling Priorities and FIFO Threads.html (23.3 KB)
    • 7. Lab 5 Establishing Git Workflows for Deterministic Codebases.html (23.8 KB)
    • 8. Lab 6 Writing Your First Microsecond Precision Benchmark Timer.html (18.2 KB)
    • 9. Lab 7 Compiling and Testing the Initial Build Automation Pipeline.html (20.0 KB)
    3 - Module 2 Low-Latency Networking and Kernel Bypass
    • 13. Low-Latency Networking and Kernel Bypass.mp4 (86.2 MB)
    • 14. Lab 11 Analyzing Network Stack Bottlenecks in Standard Linux.html (21.0 KB)
    • 15. Lab 12 Installing and Configuring DPDK for Packet Processing.html (21.3 KB)
    • 16. Lab 13 Binding Network Interface Cards to Userspace Drivers.html (24.7 KB)
    • 17. Lab 14 Implementing Zero-Copy Ring Buffer Packet Reception.html (25.3 KB)
    • 18. Lab 15 Configuring Socket Options for Minimal Latency TCP IP.html (33.3 KB)
    • 19. Lab 16 Measuring Network Round-Trip Time with Hardware Timestamps.html (24.1 KB)
    • 20. Lab 17 Eliminating Context Switches via Polling Mode Drivers.html (22.0 KB)
    • 21. Lab 18 Implementing Custom UDP Multicast Receiver Daemons.html (24.8 KB)
    • 22. Lab 19 Tuning Network Interface Card Interrupt Moderation.html (21.4 KB)
    • 23. Lab 20 Validating Low-Latency Network Pipeline Performance Metrics.html (26.0 KB)
    4 - Module 3 High-Performance Data Structures and Memory
    • 24. High-Performance Data Structures and Memory.mp4 (91.5 MB)
    • 25. Lab 21 Designing Cache-Conscious Data Structures in Modern C++.html (21.6 KB)
    • 26. Lab 22 Implementing Lock-Free Single-Producer Single-Consumer Queues.html (20.8 KB)
    • 27. Lab 23 Managing Memory Allocations with Custom Bump Allocators.html (26.4 KB)
    • 28. Lab 24 Preventing False Sharing in Multi-Threaded Ring Buffers.html (22.1 KB)
    • 29. Lab 25 Utilizing Memory Barriers and Atomic Operations Correctly.html (23.5 KB)
    • 30. Lab 26 Building Fixed-Capacity Order Book Storage Structures.html (23.2 KB)
    • 31. Lab 27 Optimizing CPU Cache Line Utilization for Price Levels.html (21.6 KB)
    • 32. Lab 28 Profiling Memory Access Patterns with Perf and Valgrind.html (22.9 KB)
    • 33. Lab 29 Implementing Zero-Allocation Message Parsing Loops.html (20.8 KB)
    • 34. Lab 30 Stress Testing Concurrent Data Structures Under Load.html (21.9 KB)
    5 - Module 4 FIX Protocol and Order Gateway Architecture
    • 35. FIX Protocol and Order Gateway Architecture.mp4 (83.5 MB)
    • 36. Lab 31 Deconstructing the Financial Information eXchange Protocol.html (29.1 KB)
    • 37. Lab 32 Building a High-Performance FIX Message Encoder Decoder.html (22.4 KB)
    • 38. Lab 33 Managing Session State Machines and Sequence Numbers.html (27.9 KB)
    • 39. Lab 34 Implementing Heartbeat and Recovery Mechanisms.html (23.2 KB)
    • 40. Lab 35 Designing the Inbound Gateway Connection Acceptor.html (21.8 KB)
    • 41. Lab 36 Routing Client Orders to Internal Processing Threads.html (23.6 KB)
    • 42. Lab 37 Generating Execution Reports and Order Acknowledgments.html (27.6 KB)
    • 43. Lab 38 Handling Session Disconnections and Resets Gracefully.html (23.8 KB)
    • 44. Lab 39 Simulating High-Throughput FIX Client Traffic Streams.html (22.7 KB)
    • 45. Lab 40 Validating Gateway Latency Under Peak Message Rates.html (21.3 KB)
    6 - Module 5 Real-Time Market Data Ingestion and SBE
    • 46. Real-Time Market Data Ingestion and SBE.mp4 (95.6 MB)
    • 47. Lab 41 Analyzing Market Data Feed Architectures and Itch Protocols.html (23.1 KB)
    • 48. Lab 42 Implementing Simple Binary Encoding Parsers for Speed.html (22.0 KB)
    • 49. Lab 43 Reconstructing Order Books from Incremental Feed Updates.html (26.1 KB)
    • 50. Lab 44 Distributing Book Updates to Downstream Consumer Threads.html (22.9 KB)

    • Code:

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