V1: Introduction to Lattices (Lattice Basis Reduction)

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V0: Overview (Lattice Basis Reduction)

Lecture 6. SPHINCS+ (Hash-Based Signatures)

Lecture 5. The Leighton-Micali Signature Scheme (Hash-Based Signatures)

Lecture 4. Lamport: Problems and Solutions (Hash-Based Signatures)

Lecture 3. Lamport one-time signature scheme (Hash-Based Signatures)

Lecture 2. Hash Functions (Hash-Based Signatures)

Lecture 1. Introduction (Hash-Based Signatures)

Lecture 6. The Signal Protocol (Applied Cryptography 101: Real-World Deployments)

Lecture 5. AWS Key Management (Applied Cryptography 101: Real-World Deployments)

Lecture 4. Bluetooth Security (Applied Cryptography 101: Real-World Deployments)

Lecture 3. Transport Layer Security TLS 1.3 (Applied Cryptography 101: Real-World Deployments)

Lecture 2. Public-Key Infrastructures (Applied Cryptography 101: Real-World Deployments)

Lecture 1. Overview (Applied Cryptography 101: Real-World Deployments)

Lecture 0. Welcome Note (Applied Cryptography 101: Real-World Deployments)

Lecture 7. Module-SIS and Module-LWE (The Mathematics of Lattice-Based Cryptography)

Lecture 6. Ring-SIS and Ring-LWE (The Mathematics of Lattice-Based Cryptography)

Lecture 5. SIS/LWE and lattices (The Mathematics of Lattice-Based Cryptography)

Lecture 4. Lattices (The Mathematics of Lattice-Based Cryptography)

Lecture 3. Learning With Errors (LWE) Problem (The Mathematics of Lattice-Based Cryptography)

Short course on Kyber and Dilithium by Alfred Menezes

Lecture 2. Short Integer Solutions (SIS) Problem (The Mathematics of Lattice-Based Cryptography)

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Lecture 1. Introduction (The Mathematics of Lattice-Based Cryptography

Lectures on Elliptic Curve Cryptography by Alfred Menezes

V8e: Elliptic Curve Digital Signature Algorithm (ECDSA) (Applied Cryptography 101)

V8d: Elliptic Curve Diffie-Hellman (ECDH) (Applied Cryptography 101)

V8c: Elliptic curve cryptography (Applied Cryptography 101)

V8b: Elliptic curve discrete logarithm problem (Applied Cryptography 101)

V8a: Elliptic curves (Applied Cryptography 101)

V7e: PKCS #1 v1.5 RSA signatures (Applied Cryptography 101)

V7d: RSA signatures (Applied Cryptography 101)

V7c: RSA encryption (Applied Cryptography 101)

V7b: Integer factorization (Applied Cryptography 101)

V7a: Basic RSA (Applied Cryptography 101)

V6c: Algorithmic number theory (Applied Cryptography 101)

V6b: Elementary number theory (Applied Cryptography 101)

V6a: Public-key cryptography: Fundamental concepts (Applied Cryptography 101)

V5b: Authenticated encryption: AES-GCM Galois Counter Mode (Applied Cryptography 101)

V5a: Authenticated encryption: Fundamental concepts (Applied Cryptography 101)

V4b: CBC-MAC and HMAC (Applied Cryptography 101)

V4a: Message authentication codes: Fundamental concepts (Applied Cryptography 101)

V3e: The SHA-256 hash function (Applied Cryptography 101)

V3d: Iterated hash functions (Applied Cryptography 101)

V3c: Generic attacks on hash functions (Applied Cryptography 101)

V3b: Hash functions: Relationships between PR, 2PR and CR (Applied Cryptography 101)

V3a: Hash functions: Fundamental concepts (Applied Cryptography 101)

V2f: Modes of operations of a block cipher (Applied Cryptography 101)

V2e: Block ciphers: AES (Applied Cryptography 101)

V2d: Block ciphers: Triple-DES (Applied Cryptography 101)

V2c: Block ciphers: DES (Applied Cryptography 101)

V2b: Stream ciphers (Applied Cryptography 101)

V2a: Symmetric-key encryption: Fundamental concepts (Applied Cryptography 101)

V1: Introduction to cryptography (Applied Cryptography 101)

V0: Course preview (Applied Cryptography 101)

V4b: The Kyber Number-Theoretic Transform (NTT) (Kyber and Dilithium short course)

V4a: The Dilithium Number-Theoretic Transform (NTT) (Kyber and Dilithium short course)

V3d: Dilithium signature scheme (full scheme) (Kyber and Dilithium short course)

V3c: Dilithium t compression (Kyber and Dilithium short course)