CYBER ORG 9-12: 9-12.SEC.CRYP

CodeHS Lessons

Analyze how modern advancements in computing have impacted encryption. Clarification statement: At this level, student discussions should focus on previous standards as well as grade-appropriate examples of modern advancements in encryption, such as symmetric vs. asymmetric, public key vs. private key, and encryption algorithms. Where appropriate, discussions may touch on how methods for encoding data, such as binary (base-2), decimal (base-10), and hexadecimal (base-16), can benefit encryption.

Advanced Cybersecurity

Standard

1.3 Advanced Cryptography

1.4 Hash Functions

1.5 Hash Function Development

1.6 Asymmetric Encryption

Georgia Foundations of Secure Information Systems

Standard

4.7 Hash Functions

Georgia Introduction to Digital Technology

Standard

21.7 Advanced Cryptography

21.8 Hash Functions

21.9 Hash Function Development

Indiana Computer Science III: Cybersecurity

Standard

4.3 Advanced Cryptography

4.4 Hash Functions

4.5 Hash Function Development

4.6 Asymmetric Encryption

Nebraska Introduction to Computer Science and Technology

Standard

2.3 Asymmetric Encryption

Nebraska Introduction to Computer Science and Technology (1 year)

Standard

2.3 Asymmetric Encryption

Nevada Middle School Computer Science

Standard

11.7 Advanced Cryptography

11.8 Hash Functions

11.9 Hash Function Development

Oklahoma Computer Science I

Standard

2.3 Asymmetric Encryption

Oklahoma Cybersecurity

Standard

2.3 Asymmetric Encryption

South Carolina Cybersecurity Fundamentals

Standard

5.3 Advanced Cryptography

5.4 Hash Functions

5.5 Hash Function Development

5.6 Asymmetric Encryption

Texas Foundations of Cybersecurity

Standard

4.6 Hash Functions

4.7 Hash Function Development