CYBI.1

Analyze ethical security practices, including but not limited to the issues of a) Data security, b) Confidentiality, c) Integrity, d) Availability, e) Authentication, f) Nonrepudiation, g) Physical security, h) HIPPA Laws, i) Payment Card Industry (PCI) Compliance

2

CYBI.2

Understand the importance of ISO27000 standards

3

CYBI.3

Research current events on breaches with focus on particular Information Assurance (IA) areas that were compromised

4

CYBI.4

Analyze security threats, vulnerabilities, and exploits a) Explain how they impact an organization

5

CYBI.5

Read and interpret technical information to define risk management and how it applies to information security

6

CYBI.6

Perform a simulated risk assessment by using the common industry framework from ISO

7

CYBI.7

Explain the core concepts of access control as they relate to authentication and authorization

8

CYBI.8

Analyze the use of administrative, logical (technical) and physical controls applied to systems and organizations

9

CYBI.9

Demonstrate the use of access controls that apply to user account management, including basic and advanced techniques

10

CYBI.10

Identify and describe common Local Area Network (LAN) methodologies

11

CYBI.11

Analyze the various LAN topologies including perimeter networks which may include the use of a Demilitarized zone (DMZ)

12

CYBI.12

Indicate and explain the standards of Ethernet

13

CYBI.13

Describe the characteristics of LAN cabling

14

CYBI.14

Explain industry standards used in wireless networks including security protocols used to protect the wireless network

15

CYBI.15

Describe how routing protocols are used in the differences between static and dynamic methods of routing

16

CYBI.16

Explain how to install and configure Routing and Remote Access Service (RRAS) to function as a network router and how to install and configure Routing Information Protocols

17

CYBI.17

Choose between technologies and topologies used for wide area networks (WAN)

18

CYBI.18

Explain how the different types of personal and small business internet connectivity has changed throughout history and identify current internet systems most commonly used

19

CYBI.19

Summarize the common OSI model and the function used by each layer

20

CYBI.20

Analyze and describe the differences between the Transmission Control Protocol/Internet Protocol (TCP/IP) and OSI models for networking

21

CYBI.21

Define and describe the various services used by networks for the transmission of data such as DNS, NAT, and DHCP

22

CYBI.22

Analyze the differences among the addressing techniques used by networks, including IPv4 and basic IPv6

23

CYBI.23

Demonstrate the use of subnets in an organization's network environment

24

CYBI.24

Research the features and requirements of a working model of a client-server network and how services function in a networked Windows environment

25

CYBI.25

Compare and contrast the differences and uses of the Internet, Intranets, and Extranets

26

CYBI.26

Research and describe the most common methods and technology used to secure networks

27

CYBI.27

Investigate and distinguish among the following common methods to secure a network a) VPNs for remote access b) Firewalls c) Perimeter network designs d) Preventative technologies

28

CYBI.28

Research the different applications of network security devices a) Optical drives b) Combo drives and burners c) Connection types d) Hard drives e) Solid state/flash drives f) RAID types g) Floppy drive h) Tape drive i) Media capacity

29

CYBI.29

Demonstrate secure networking techniques by designing a simple secure network

30

CYBI.30

Analyze the various networking commands used to test and examine networks

31

CYBI.31

Research the features and uses of command line utilities to configure and examine networking services and construct a flow chart that a security analyst could reference

32

CYBI.32

Explore various operating and file systems used in networks

33

CYBI.33

Identify the pros and cons of how systems are designed to provide the security necessary in a multiuser environment

34

CYBI.34

Describe the most common security threats to computer systems, such as social engineering, malware, phishing, viruses, etc.

35

CYBI.35

Distinguish among the following common prevention methods to secure a computer system a) Physical security (e.g., lock doors, tailgating, biometrics, badges, key fobs, retinal, etc.) b) Digital security (e.g., antivirus, firewalls, antispyware, user authentication, etc.) c) User education d) Principles of least privilege

36

CYBI.36

Report on recent threats and vulnerabilities to systems in networking environments

37

CYBI.37

Differentiate between threats and vulnerabilities and what constitutes a network attack

38

CYBI.38

Identify how to differentiate between the different types of applications attacks

39

CYBI.39

Explain ways to install and configure antivirus software

40

CYBI.40

Research the features and requirements of common security procedures used to protect system resources on a network

41

CYBI.41

Describe the differences among various methods to create baseline security measures

42

CYBI.42

Research storage devices and backup media outlining their purpose, characteristics, proper maintenance, and methods used to back up and protect data from unauthorized use and access of data a) Optical drives b) Combo drives and burners c) Connection types d) Hard drives e) Solid state/flash drives f) RAID types g) Floppy drive h) Tape drive i) Media capacity

43

CYBI.43

Demonstrate the methods used to protect against unauthorized use of files

44

CYBI.44

Configure file and folder permissions

45

CYBI.45

Analyze various protocols and services used by systems for securing them in a network environment

46

CYBI.46

Illustrate cryptology’s historical evolution including but not limited to public key infrastructures, asymmetric and symmetric encryptions

47

CYBI.47

Analyze common methods and use of cryptology to protect data

Colorado Cybersecurity I