| Bonus Resources.txt | 102.4 B | ||
| Get Bonus Downloads Here.url | 204.8 B | ||
| ~Get Your Files Here ! | |||
| 1 - Introduction to High-Frequency Trading Mastery | |||
| 1. Introduction.mp4 | 128 MB | ||
| 10 - Module 9 Compliance, Regulatory Auditing, and DORA | |||
| 100. Lab 90 Finalizing Operational Security and Compliance Review.html | 24.5 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 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 - 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 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 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 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 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 | ||
| 51. Lab 45 Handling Out-of-Order Market Data Packets Gracefully.html | 30.9 KB | ||
| 52. Lab 46 Compressing and Archiving Historical Market Data Logs.html | 23.3 KB | ||
| 53. Lab 47 Building Real-Time Best Bid and Offer Calculation Engines.html | 18.7 KB | ||
| 54. Lab 48 Simulating Multicast Market Data Feed Generators.html | 25 KB | ||
| 55. Lab 49 Measuring End-to-End Market Data Ingestion Latency.html | 21.6 KB | ||
| 56. Lab 50 Verifying Data Integrity Across Distributed Feed Handlers.html | 24.4 KB | ||
| 7 - Module 6 Order Matching Engine Core Development | |||
| 57. Order Matching Engine Core Development.mp4 | 93.5 MB | ||
| 58. Lab 51 Architecting the Price-Time Priority Matching Algorithm.html | 23.7 KB | ||
| 59. Lab 52 Implementing Limit Order Book Insertion and Deletion.html | 25.3 KB | ||
| 60. Lab 53 Executing Market Orders Against Resting Liquidity.html | 18.5 KB | ||
| 61. Lab 54 Handling Order Cancellations and Modifications Fast.html | 26 KB | ||
| 62. Lab 55 Publishing Trade Execution Fills to Persistence Layers.html | 28.1 KB | ||
| 63. Lab 56 Preventing Race Conditions in Core Matching Loops.html | 19.2 KB | ||
| 64. Lab 57 Designing Deterministic Replay Mechanisms for Engines.html | 22.4 KB | ||
| 65. Lab 58 Benchmarking Matching Engine Throughput per Second.html | 23.4 KB | ||
| 66. Lab 59 Simulating Complex Crossing and Partial Fills Scenarios.html | 20.3 KB | ||
| 67. Lab 60 Validating Engine State Consistency Across Runs.html | 19.2 KB | ||
| 8 - Module 7 Risk Management and Pre-Trade Controls | |||
| 68. Risk Management and Pre-Trade Controls.mp4 | 85 MB | ||
| 69. Lab 61 Designing Microsecond-Level Pre-Trade Risk Validation.html | 25.9 KB | ||
| 70. Lab 62 Implementing Maximum Order Notional Value Checks.html | 20 KB | ||
| 71. Lab 63 Enforcing Credit Limit and Position Size Restrictions.html | 21.6 KB | ||
| 72. Lab 64 Building Fat-Finger Price Collar Validation Logic.html | 22.4 KB | ||
| 73. Lab 65 Creating Real-Time PnL and Exposure Tracking Monitors.html | 33.8 KB | ||
| 74. Lab 66 Implementing Circuit Breakers for Volatile Market Events.html | 29.9 KB | ||
| 75. Lab 67 Bypassing Risk Gates Safely for Administrative Overrides.html | 23.8 KB | ||
| 76. Lab 68 Auditing Risk Rejection Logs with Nanosecond Precision.html | 22.8 KB | ||
| 77. Lab 69 Stress Testing Risk Engine Performance Under Floods.html | 26.3 KB | ||
| 78. Lab 70 Certifying Pre-Trade Risk Latency Impact Metrics.html | 27.8 KB | ||
| 9 - Module 8 Distributed Telemetry and Hardware Timestamps | |||
| 79. Distributed Telemetry and Hardware Timestamps.mp4 | 101.4 MB | ||
| 80. Lab 71 Configuring Precision Time Protocol for Clocks.html | 23.5 KB | ||
| 81. Lab 72 Integrating NIC Hardware Timestamps into Event Logs.html | 22.8 KB | ||
| 82. Lab 73 Building High-Resolution Latency Histogram Recorders.html | 22.2 KB | ||
| 83. Lab 74 Exporting Telemetry Metrics via Shared Memory Rings.html | 26.3 KB | ||
| 84. Lab 75 Setting Up Prometheus Exporters for System Health.html | 23.4 KB | ||
| 85. Lab 76 Visualizing Microsecond Latency Percentiles in Grafana.html | 23.3 KB | ||
| 86. Lab 77 Implementing Distributed Tracing Across Core Services.html | 24.6 KB | ||
| 87. Lab 78 Detecting Latency Outliers and CPU Jitter Spikes.html | 22.1 KB | ||
| 88. Lab 79 Analyzing Core Isolation and Operating System Noise.html | 25.6 KB | ||
| 89. Lab 80 Validating System-Wide Clock Synchronization Accuracy.html | 22 KB | ||
| 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 KB | ||
| 90. Compliance, Regulatory Auditing, and DORA.mp4 | 84.8 MB | ||
| 91. Lab 81 Implementing Regulatory Audit Trail Message Logging.html | 26 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 KB | ||
| 99. Lab 89 Preparing Regulatory Compliance Reports from Logs.html | 27.6 KB |
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
⚡ Architect deterministic ultra-low latency trading systems using modern C++ and Rust.
⚡ Build production-grade FIX gateways, market data handlers, and matching engines from scratch.
⚡ Master Linux performance engineering including NUMA, HugePages, CPU isolation, real-time scheduling, and kernel tuning.
⚡ Implement lock-free data structures, cache-aware memory layouts, custom allocators, and zero-allocation execution pipelines.
⚡ Design and optimize kernel-bypass networking using DPDK, hardware timestamps, multicast, and zero-copy packet processing.
⚡ Engineer enterprise-grade pre-trade risk controls, audit logging, regulatory compliance, and operational resilience.
⚡ Deploy observable, measurable, and production-ready infrastructure using Prometheus, Grafana, Ansible, and automated CI pipelines.
⚡ Analyze latency at microsecond precision using profiling, benchmarking, telemetry, and deterministic replay techniques.
⚡ Understand how modern exchanges, proprietary trading firms, and market makers engineer reliable electronic trading infrastructure.
⚡ 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
| torrent name | size | uploader | age | seed | leech |
|---|---|---|---|---|---|
| 3.3 GB | freecoursewb | 1 month | 4 | 10 | |
| 3.6 GB | freecoursewb | 1 month | 0 | 0 | |
| 1.4 GB | freecoursewb | 2 months | 0 | 0 | |
| 3.1 GB | freecoursewb | 2 months | 5 | 2 | |
| 1.7 GB | freecoursewb | 2 months | 0 | 0 |
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