Welcome
Imperative Of Encryption in Embedded Systems
Threat Analysis
Setting Up
Developing some System Drivers for Implementing Real World Examples
-
Programming: Enabling the Floating Point Unit (18:00)
-
Programming: Developing the UART Driver-Analyzing the Documentation (11:35)
-
Programming: Developing the UART Driver- Listing out the Steps (4:00)
-
Programming: Developing the UART Driver- Implementing the Init. Function (22:13)
-
Programming: Developing the UART Driver- Implementing the Write Function (5:39)
-
Programming: Developing the UART Driver- Testing (6:39)
-
Programming: Developing the System Timebase- Analyzing the Documentation (8:28)
-
Programming: Developing the System Timebase- Implementing the Init. Function (9:52)
-
Programming: Developing the System Timebase- Implementing other Functions (12:15)
-
Programmming: Developing the System Timebase-Testing (5:34)
-
Programming: Developing the System BSP- Listing out the Required Functions (7:55)
-
Programming: Developing the System BSP- Implementing the LED Driver (5:01)
-
Programming: Developing the System BSP- Implementing the Push Button Driver (4:00)
-
Programming: Developing the System BSP- Testing (3:35)
-
Programming: Developing the System ADC Driver-Analyzing the Documentation (5:21)
-
Programming: Developing the System ADC Driver- Listing out the Steps (5:27)
-
Programming: Developing the System ADC Driver- Implementing the Init. Function (13:21)
-
Programming: Developing the System ADC Driver- Implementing the ADC Read Function (14:05)
Foundational Concepts of Cryptography
The Ceasar Cipher
-
The Ceasar Cipher (8:26)
-
The ROT13 Cipher (2:57)
-
Programming: Updating the Workspace (2:39)
-
Programming: Developing the Ceasar Cipher Encryption Function (19:18)
-
Programming: Developing the Ceasar Cipher Decryption Function (9:11)
-
Programming: Encrypting and Decrypting Integers with Ceasar Cipher (22:06)
-
Programming: Cracking the Ceasar Cipher (13:54)
The MonoAlphabetic Cipher
The PolyAlphabetic Cipher
The Multiplicative Cipher
Developing a Host Application for Receiving and Decrypting Transmitted Data
-
Setting Up Python (6:37)
-
Setting Up VSCode (8:16)
-
Programming: Developing The Ceasar Cipher Encryption Algorithm in Python (9:48)
-
Programming: Developing The Ceasar Cipher Decryption Algorithm (6:56)
-
Programming: Testing the Ceasar Cipher (4:16)
-
Programming: Decrypting Communication Data from Firmware to Host (15:22)
-
Programming: Developing The Monoalphabetic Encryption Algorithm (3:58)
-
Programming: Developing The Monoalphabetic Decryption Algorithm (2:39)
-
Programming: Testing The Monoalphabetic Cipher (3:57)
-
Programming: Monoalphabetic Cipher- Decrypting Communication Data from Firmware to Host (11:02)
Foundations of Encryption and Cryptography
-
Definitions and Distinctions between Encryption and Cryptography (1:20)
-
Summary of the Cipher Classification Tree (3:21)
-
Sysmetric vs Assymetric Encryption- a Comparative Analysis (9:58)
-
Cryptographic Hash Functions (4:26)
-
The Encryption/Decryption Dynamics (6:16)
-
Implementation Strategies in Embedded Systems (9:17)
Configuring the STM32 Cryptogrqphic Library
The Advanced Encryption Standard(AES)
-
Overview of the Advanced Encryption Standard (5:06)
-
Programming: Working with AES-CBC: Initializing the Buffers (5:37)
-
Programming: Listing Out the Steps (3:32)
-
Programming: Encrypting Data with the AES-CBC Algorithm(Pt.1) (8:03)
-
Programming: Encrypting Data with the AES-CBC Algorithm(Pt.2) (3:46)
-
Programming: Comparing the Expected Ciphertext to the Computed Ciphertext (4:04)
-
Programming: Decrypting Data with the AES-CBC Algorithm (4:56)
-
Programming: Testing the Implementing (5:30)
Working with Sensor Data
PKCS#7 Padding
The Determininstic Random Bit Generator(DRBG)
-
Programming: Contructing the DRBG Context (7:12)
-
Programming: Declaring the Input Parameters (4:38)
-
Programming: Generating Random Data with the DRBG (10:03)
-
Programming: Implementing the Key and IV Generating Function for the AES Algorithm (8:09)
-
Programming: Testing the System with Key and IV Generated by the DRBG (5:52)
Essentials of Digest Generation
Data Authentication with Keyed Hashing
Message Authentication Code (MAC) Generation
Asymmetric Encryption
Digital Signatures and Non-Repudiation
RSA (Rivest–Shamir–Adleman) Cryptography
-
Overview of RSA (0:32)
-
Introduction to RSA Digital Signatures (3:19)
-
Summary and Limitations of RSA (1:01)
-
Understanding RSA Parameters (2:32)
-
Programming: Declaring the Input Buffers (3:51)
-
Programming: Constructing the Context and Generating the Private Key (4:15)
-
Programming: Decrypting Ciphertext Using the Private Key (5:15)
-
Programming: Encrypting Data Using Public Keys (8:37)
Elliptic Curve Cryptography (ECC)
-
Introduction to Elliptic Curve Cryptography (2:40)
-
Signing with ECC (1:07)
-
Variants of ECC (1:12)
-
Overview of Elliptic-Curve Diffie–Hellman (ECDH) (3:52)
-
Overview of ECDH Algorithm Variants (3:35)
-
Programming: Defining the Private and Public_keys (3:35)
-
Programming: Computing the Shared Secret (6:32)
The STM32's CRC Peripheral: A Closer Look
