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d. d. Does not issue certificates to end users. d. 4. b 4. 4. Which statements are true of a bridge CA Select all that apply. 4. a. a. Connects mesh and hierarchical architectures together. a. b. b. There is a top-level CA known as a root CA. b. c. c. Multiple peer CAs issue certificates to each other. c. d. d. Does not issue certificates to end users. d. 4. a, d Lesson 5: Understanding Certificate Life Cycle and Key Management Lesson Review 1. 1. Match each portion of the certificate life cycle with the answer that best describes it. 1.
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a. a. CA distributes the CA to the user a. b. b. Involves tracking the creation, expiration, and revocation of certificates b. c. c. A request is initiated by users requesting certificates from a CA c. d. d. Occurs when a certificate reaches the expiration date d. e. e. CA adds the certificate to its certificate revocation list e. f. f. Verifying that the signature is valid, that a trusted CA has issued the certificate, that the certificate can be used for its intended purpose, and determining if the certificate has been revoked.
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1. 1. Enrollment 1. 2. 2. Distribution 2. 3. 3. Validation 3. 4. 4. Revocation 4. 5. 5. Renewal 5. 6. 6. Destruction 6. 7. 7. Auditing 7.
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f. g. g. The process of deleting the certificate after it has been published on the CRL. g.
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1. 1-c; 2-a; 3-f; 4-e; 5-d; 6-g; 7-b 4: Network Infrastructure Security Lesson 1: Understanding Network Infrastructure Security Review Questions 1. 1. List three or more items that are considered part of a network infrastructure. 1. 1. Cables, connectivity devices such as hubs, routers, switches, firewalls, and hosts, and servers on the network. 2.
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2. What are some of the actions you might take to secure your physical network infrastructure 2. 2. You could hire security guards; install sensors, alarms, and closed-circuit TV cameras and monitors; use physical access badges and security cards; install backup electrical power; protect network cables; lock wiring closets and server rooms; encase equipment in protective housings; use tamper-proof seals on equipment casing; install fences and parking lot gates; maintain fire-extinguishing and detection systems appropriate for your equipment and facility; and ensure that buildings meet appropriate construction standards. 3. 3. In addition to physical attacks, what other types of attacks might be directed against your network infrastructure 3. 3. Attacks against the electronic configuration of equipment are also possible. For example, an attack against a router might involve rewriting the routing table. 4. 4. Name other security threats that are not related to people attacking your network. 4. 4. Other security threats not related to people attacking your network are fires, floods, tornadoes, earthquakes, mudslides, volcanic eruptions, and other natural disasters. Lesson 2: Securing Network Cabling Exercise: Identifying Cable Vulnerabilities 1. 1. Match the cable type in the left column with the compromise it's susceptible to in the right column. More than one compromise might apply to any given cable type. 1. a. 1. 1. Fiber optic 2. 2. Twisted-pair 2. 3. 3. Coaxial 3. 1. 1-b 1. 2-a, b, c 1. 3-a, b, c a. EMI and RFI a. b. b. Breaking or cutting b. c. c. Eavesdropping c.
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Lesson Review 1. 1. What techniques can be used to sabotage coaxial and twisted-pair networks 1. 1. Removing terminators, cutting the cable, or using heat or an energy-generating motor or device to disrupt communications with EMI and RFI. 2. 2. Which coaxial and twisted-pair sabotage methods do not work on fiber optic cable 2. 2. EMI and RFI don't affect fiber optic cable. Fiber optic cable doesn't use terminators either, so you cannot simply remove a terminator to disrupt communications (as you could on a coaxial network cable). 3. 3. List eavesdropping methods for each type of cable: twisted-pair, coaxial, and fiber optic. 3. 3. Twisted-pair cable can be eavesdropped on by adding a hub (or adding a cable to an existing hub). Coaxial cable can be eavesdropped on by adding a station to the bus. Also, more sophisticated technology would allow you to collect data transmissions by tapping into either the twisted-pair cable or coaxial cable. Fiber optic cable cannot be easily eavesdropped on. Someone would have to insert a station or signal-repeating device (repeater) to compromise a fiber optic connection between two points. This would result in some type of outage, making it easily detectable. 4. 4. What methods can you use to help protect your network from eavesdropping 4. 4. Documentation and routine checks are the best method for protecting your network from eavesdropping. In addition, network-monitoring equipment can alert you to the presence of rogue connections. Be sure to investigate all outages because an outage might be used to insert a rogue device on the network. Lesson 3: Securing Connectivity Devices Exercise: Identifying Network Infrastructure Exploits 1. 1. Match the equipment exploits in the left column with the appropriate devices in the right column. Some exploits can be used on multiple device types. 1.
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