فلش‌کارت‌های آموزشی پیاده‌سازی الگوریتم استریبگ برای دستگاه‌های اینترنت اشیاء

🎓 دوره آموزشی جامع

📚 اطلاعات دوره

عنوان دوره: دوره پیاده‌سازی الگوریتم استریبگ برای دستگاه‌های اینترنت اشیاء

موضوع کلی: IoT Security Implementation

موضوع میانی: Streebog Hash Algorithm for Embedded Systems

📋 سرفصل‌های دوره

• 1. IoT Security Fundamentals and Cryptographic Requirements
• 2. Introduction to Streebog and Russian GOST Standards
• 3. Streebog Algorithm Overview: Structure and Parameters
• 4. Block Size, Digest Size, and Output Length Options
• 5. Comparison of Streebog with SHA-2 and SHA-3
• 6. Selecting Microcontrollers for Streebog Implementations
• 7. Memory Constraints and Optimized Data Structures
• 8. Setting Up Embedded Development Environment (GCC, CMSIS)
• 9. Writing Portable Streebog Code in C for ARM Cortex-M
• 10. Using Hardware Accelerators for Cryptographic Operations
• 11. Integrating Streebog into Existing Crypto Libraries
• 12. Secure Key Generation for Hash-Based Authentication
• 13. Implementing Data Integrity Checks with Streebog
• 14. Constructing Message Authentication Codes (MAC) Using Streebog
• 15. Digital Signatures Leveraging Streebog Hashes
• 16. Firmware Update Security with Streebog Hashes
• 17. Secure Boot Process Using Streebog Verification
• 18. Secure Logging and Audit Trails with Streebog
• 19. Network Protocols Supporting Streebog (TLS, DTLS extensions)
• 20. MQTT Authentication Using Streebog‑Based Credentials
• 21. CoAP Security with Streebog Hash Validation
• 22. Device Provisioning and Enrollment with Streebog
• 23. Secure Pairing Mechanisms for IoT Using Streebog
• 24. Side‑Channel Attack Analysis on Streebog Implementations
• 25. Mitigating Timing Attacks in Embedded Streebog
• 26. Protecting against Power Analysis Attacks
• 27. Code Size Optimization Techniques for Streebog
• 28. Performance Benchmarking on Low‑Power MCUs
• 29. Implementing Streebog on RISC‑V Processors
• 30. Using Streebog in Industrial IoT (IIoT) Gateways
• 31. Real‑World Case Study: Securing a Smart City Sensor Network
• 32. Testing Streebog Implementations with Automated Test Suites
• 33. Static Analysis Tools for Cryptographic Code Review
• 34. Formal Verification of Streebog Algorithms
• 35. Secure Configuration Management for Streebog Keys
• 36. Key Rotation Strategies in Embedded Systems
• 37. Compliance with ISO/IEC 27001 for Cryptographic Controls
• 38. Regulatory Requirements for Cryptographic Implementations
• 39. Future Directions: Post‑Quantum Hashing and Streebog Evolution
• 40. Emerging IoT Standards Incorporating Streebog
• 41. Integrating Streebog with Blockchain for Device Identity
• 42. Lightweight Streebog Variants for Ultra‑Low‑Power Devices
• 43. Implementing Streebog in Trusted Execution Environments (TEE)
• 44. Using Secure Elements for Streebog Storage
• 45. Cloud‑Based Streebog Verification for Edge Devices
• 46. Monitoring and Alerting for Cryptographic Failures
• 47. Incident Response Plans for Compromised Streebog Implementations
• 48. Security Architecture Patterns for Streebog‑Enabled IoT
• 49. Designing Modular Streebog Libraries for Re‑use
• 50. Cross‑Platform Compatibility of Streebog Implementations
• 51. Documentation Best Practices for Embedded Crypto Code
• 52. Training and Knowledge Transfer for Security Engineers
• 53. Open‑Source Streebog Projects and Community Resources
• 54. Licensing Considerations for Streebog in Commercial Products
• 55. Economic Impact of Secure Hashing in IoT Deployments
• 56. Cost‑Benefit Analysis of Implementing Streebog
• 57. Roadmap for Continuous Improvement of Streebog Security
• 58. Ethical Considerations in Cryptographic Research
• 59. Future Research Directions in Embedded Hash Functions
• 60. Capstone Project: Designing a Complete Streebog‑Secured IoT Device