SCNS-EN Topics - SCNS Tactical Perimeter Defense Updated: 2023 | ||||||||
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Exam Code: SCNS-EN SCNS Tactical Perimeter Defense Topics November 2023 by Killexams.com team | ||||||||
SCNS-EN SCNS Tactical Perimeter Defense Exam Detail: The SCNS-EN (Tactical Perimeter Defense) exam is designed to evaluate the knowledge and skills of individuals in tactical perimeter defense concepts and practices. Here is a detailed overview of the exam, including the number of questions and time, course outline, exam objectives, and exam syllabus. Number of Questions and Time: The SCNS-EN exam typically consists of 75 multiple-choice questions. The duration of the exam is 90 minutes. Course Outline: The SCNS-EN certification course covers various topics related to tactical perimeter defense. The course outline may include the following components: 1. Introduction to Tactical Perimeter Defense: - Understanding tactical perimeter defense concepts and principles - Components and functions of a secure perimeter - Threat landscape and evolving attack techniques 2. Network Security Fundamentals: - Overview of network security principles and protocols - Common network security vulnerabilities and threats - Network security controls and technologies 3. Perimeter Defense Strategies and Technologies: - Defense-in-depth strategy for perimeter security - Firewalls, intrusion detection and prevention systems - Secure remote access and VPN technologies 4. Network Traffic Analysis and Monitoring: - Traffic analysis techniques and tools - Network monitoring and log analysis - Incident detection and response 5. Secure Network Design and Configuration: - Secure network design principles - Secure network device configurations - Hardening techniques for network devices 6. Wireless Network Security: - Wireless network vulnerabilities and threats - Wireless security protocols and encryption - Wireless intrusion detection and prevention systems Exam Objectives: The objectives of the SCNS-EN certification exam are to assess the candidate's understanding and knowledge in the following areas: - Tactical perimeter defense concepts and principles - Network security fundamentals and technologies - Perimeter defense strategies and technologies - Network traffic analysis and monitoring techniques - Secure network design and configuration - Wireless network security best practices Exam Syllabus: The SCNS-EN exam syllabus covers the following topics: 1. Introduction to Tactical Perimeter Defense 2. Network Security Fundamentals 3. Perimeter Defense Strategies and Technologies 4. Network Traffic Analysis and Monitoring 5. Secure Network Design and Configuration 6. Wireless Network Security Candidates are expected to have a solid understanding of these topics and their practical application in the field of tactical perimeter defense. The exam assesses their ability to analyze network security requirements, implement perimeter defense strategies, configure secure network devices, and monitor network traffic for security incidents. | ||||||||
SCNS Tactical Perimeter Defense Exin Perimeter Topics | ||||||||
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Exin SCNS-EN SCNS Tactical Perimeter Defense https://killexams.com/pass4sure/exam-detail/SCNS-EN A. The MAC Address, the IP Address and the IP Protocol ID B. The IP Address, the IP Protocol ID and a Port number C. The MAC Address and the IP Protocol ID D. The MAC Address, the IP Protocol ID and a Port number E. The Ethertype and a Port number Answer: B Question: 224 In an ICMP Message, what is the function of the first eight bits? A. To define the source port number B. To define the type C. To define the destination port number D. To define the IP Version E. To define the upper layer protocol Answer: B Question: 225 You are introducing a co-worker to the security systems in place in your organization. Early in the discussion you begin talking about the network, and how it is implemented. You decide to run a packet capture to identify different aspects of network traffic for your co-worker. In the packet capture you are able to identify Protocol IDs. Which of the following is the IP Protocol ID for UDP? A. Protocol ID 51 B. Protocol ID 21 C. Protocol ID 6 D. Protocol ID 17 E. Protocol ID 11 Answer: D Question: 226 94 In order to properly manage the network traffic in your organization, you need a complete understanding of protocols and networking models. In regards to the 7-layer OSI model, what is the function of the Network Layer? A. The Network layer allows two applications on different computers to establish, use, and end a session. This layer establishes dialog control between the two computers in a session, regulating which side transmits, plus when and how long it transmits. B. The Network layer manages logical addresses. It also determines the route from the source to the destination computer and manages traffic problems, such as routing, and controlling the congestion of data packets. C. The Network layer packages raw bits from the Physical (Layer 1) layer into frames (structured packets for data). Physical addressing (as opposed to network or logical addressing) defines how responsible for transferring frames from devices are addressed at the data link layer. This layer is waits for an acknowledgment one computer to another, without errors. After sending a frame, it from the receiving computer. D. The Network layer transmits bits from one computer to another and regulates the transmission of a stream of bits over a physical medium. For example, this layer defines how the cable is attached to the network adapter and what transmission technique is used to send data over the cable. E. The Network layer handles error recognition and recovery. It also repackages long messages, when necessary, into small packets for transmission and, at the receiving end, rebuilds packets into the original message. The corresponding Network layer at the receiving end also sends receipt acknowledgments. Answer: B Question: 227 You are using Network Monitor to capture some traffic for later analysis. When you do begin to look at your captured data, you examine the TCP traffic you captured. In a TCP Header, what is the function of the first sixteen bits? A. To define the type B. To define the IP Version C. To define the destination port number D. To define the upper layer protocol E. To define the source port number Answer: E 95 Question: 228 If you configure an access-list to block the following networks, what are you trying to protect against? Network 127.0.0.0/8, Network 0.0.0.0\0, Network 10.0.0.0\8, Network 172.16.0.0\16, and Network 168.0.0\16. A. You are trying to protect against hijacking B. You are trying to protect against spoofing C. You are trying to protect against sniffing D. You are trying to protect against splicing E. You are trying to protect against capturing Answer: B Question: 229 You are a host in a network segment that has IP addresses in the range of 168.16.1~192.168.31.254. You need to create an access control list that will filter your segment of addresses. Which of the following is the wildcard mask that will be used to filter your network segment? A. 10.0.16.1/20 B. 0.0.16.254 C. 255.240.0.0 D. 0.0.240.0 E. 0.0.15.255 Answer: E Question: 230 The exhibit represents a simple routed network. Node 7 is a Windows NT 4.0 Workstation that establishes a TCP communication with Node 10, a Windows 2000 Professional host. The routers are Cisco 2500 series running IOS 11.2. While working at Node 10, you run a packet capture. When Node 10 receives a packet sent by Node 7, what will the capture reveal is the source MAC address? 96 A. Interface for Node 7 B. Interface E0 of Router A C. Interfaces for both Nodes 7 and E0 D. Interface E0 of Router D E. Interface for Node 10 Answer: D Question: 231 During a network capture, using Wireshark, you capture some ICMP traffic for analysis. In an ICMP Message, what is the function of the first eight bits? A. To define the source port number B. To define the type C. To define the destination port number D. To define the IP Version E. To define the upper layer protocol Answer: B Question: 232 A router has two active Ethernet interfaces. Interface E0 is connected to network 10.10.0.0/16 while Interface E1 is connected to network 10.11.0.0/16. You are configuring access control lists 97 to manage specific access, which is disallowed on these segments. The configuration of the lists are as follows: router(config)#access-list 123 deny tcp 10.11.0.0 0.0.255.255 10.10.0.0 0.0.255.255 eq 20 router(config)#access-list 123 deny tcp 10.11.0.0 0.0.255.255 10.10.0.0 0.0.255.255 eq 21 router(config)#access-list 123 deny tcp 10.10.0.0 0.0.255.255 10.11.0.0 0.0.255.255 eq 20 router(config)#access-list 123 deny tcp 10.10.0.0 0.0.255.255 10.11.0.0 0.0.255.255 eq 21 router(config)#access-list 123 permit tcp 0.0.0.0 255.255.255.255 0.0.0.0 255.255.255.255 router(config)#Interface Ethernet 0 router(config-if)#ip access-group 123 in router(config-if)#Interface Ethernet 1 router(config- if)#ip access-group 123 in Based on the above list configuration, which of the following statements is true on the router? A. All packets will be dropped B. All packets that match the deny statements will be forwarded to the console port C. All packets that do not match the deny statements will be allowed D. An Access List cannot simultaneously be implemented upon two or more interfaces E. We do not know if this is a standard or extended access list, therefore there is not enough information. Answer: A 98 For More exams visit https://killexams.com/vendors-exam-list Kill your exam at First Attempt....Guaranteed! | ||||||||
Builder: If you're working out skirting boards or covings or anything like that that's running around the perimeter of a room, you would simply add those amounts up for each wall and each individual length and then get an overall measurement. Pitch marker: Initial marking a pitch, we need to know the perimeter of the boxes, like this box here. Gardener: The perimeter is the distance around the outside of any shape. In this case, I'm fencing off a garden which is five meters by seven meters by five meters by seven meters. So that's 24 meters. It's important that I get the perimeter correct so that I buy the right amount of fencing Children practice calculating the perimeter of a variety of polygons in this geometry basics worksheet. Students learn that the perimeter of a polygon can be found by adding the lengths of its sides together. They then calculate the perimeter of regular and irregular shapes and solve two word problems. Designed for a third grade math curriculum, this colorful worksheet helps bring to life a fundamental geometry concept. GradeSubjectView aligned standardsMedscape Business of Medicine, November 13, 2023 Medscape Business of Medicine, November 06, 2023 Medscape Business of Medicine, October 30, 2023 Medscape Business of Medicine, October 23, 2023 Medscape Business of Medicine, October 16, 2023 Medscape Business of Medicine, September 21, 2023 Medscape Business of Medicine, September 11, 2023 Medscape Business of Medicine, August 22, 2023 Medscape Business of Medicine, August 08, 2023 Medscape Business of Medicine, July 18, 2023 Medscape Business of Medicine, July 10, 2023 Medscape Business of Medicine, July 05, 2023 Medscape Business of Medicine, June 21, 2023 Medscape Business of Medicine, June 01, 2023 Medscape Business of Medicine, March 28, 2023 Medscape Business of Medicine, March 21, 2023 Medscape Business of Medicine, March 06, 2023 Medscape Business of Medicine, February 23, 2023 Medscape Business of Medicine, February 16, 2023 Medscape Business of Medicine, January 09, 2023 Training Course FormatsClassroom TrainingOur most robust form of training—many courses include hands-on labs. Virtual Classroom Training (V) Instructor-Guided Online Training (E) Self-Paced Modular Training (M) Sound Perimeter: Different CornersTo work out the perimeter on a grid, let's look at this rectangle drawn on a square grid. Each square is worth 1 cm. To find the perimeter of the rectangle, you have to add up all of the sides. By using the squares, you can work out how long each side is. The length measures 4 squares or 4 cm. The width of the rectangle measures 7 squares or 7 cm. Add up all the sides. 7 cm + 7 cm + 4 cm + 4 cm = 22 cm Another way to work out the perimeter on a grid is by counting the squares around the outside of the shape! GREEN BAY – The Packers' offense began showing signs of life on the final drive of the first half in Denver, and the jump-start was a sequence of plays with well-executed perimeter blocks. Then, as the offense got rolling better in the second half, some key pass plays worked thanks to route concepts that effectively cleared traffic to create clean openings. Here's a sampling of both topics. Play No. 1: Third-and-1 from the Green Bay 37, second quarter, 5:18 left Result: 6-yard run by RB Aaron Jones Overall, this play isn't blocked particularly well, but the block to watch is thrown by rookie WR Dontayvion Wicks (13), who locks up S Kareem Jackson (22) on the outside and drives him all the way to the boundary and into the ground. Jones uses his speed to make a couple of penetrating defenders miss, and it's Wicks' block that allows him to get the first down. Jackson looks for a holding flag but no dice, and the conversion finally gets things going. Play No. 2: First-and-10 from the Green Bay 43, second quarter, 4:39 left Result: 14-yard completion to WR Romeo Doubs The next snap is a slip-screen to Doubs, who gets two really good blocks. First, WR Christian Watson (9) turns CB Patrick Surtain (2) so Doubs can cut inside. Then, RT Zach Tom (50) comes into the picture with a head of steam and pancakes CB Fabian Moreau (23) to spring Doubs past the first-down marker. Play No. 3: First-and-10 from the Denver 43, second quarter, 3:58 left Result: 7-yard run by RB AJ Dillon The third play in the get-rolling sequence is similar to the first, except it's a toss to Dillon instead of Jones, and the blocks on the edge are executed quite well. Rookie TEs Luke Musgrave (88) and Tucker Kraft (85) start with a double-team on OLB Ronnie Perkins (51) before Musgrave peels off. Kraft finishes the block on Perkins, and Musgrave picks up LB Josey Jewell (47) to provide a solid first-down gain. Unfortunately, this promising drive ends in a missed field goal, but it foreshadows better offensive efficiency in the second half. Play No. 4: First-and-10 from the Denver 28, third quarter, 3:12 left Result: 11-yard run by Jones One more on perimeter blocking, this one from the third quarter, before transitioning topics. Here, Jones' shiftiness sets up a nice cutback run, as he gets ILB Alex Singleton (49) to overcommit, making the interior block pretty easy for LT Rasheed Walker (63). Then from the outside, here comes WR Samori Toure (83) into the picture to pick off Jackson, essentially doubling the gain on the play. Play No. 5: Third-and-4 from the Green Bay 31, third quarter, 14:29 left Result: 17-yard completion to Wicks On the third play of the second half, down 9-0, the Packers get moving again, now with route concepts that use one pass-catcher to clear out defensive traffic for another. Here the Packers have Musgrave and WR Jayden Reed (11) stacked in the slot with Wicks just outside them. Musgrave's deep middle route concerns Jackson enough that the safety actually turns his back and starts to run with him, opening the window for Wicks' in cut and a big first down. This drive gets the Packers on the board with a field goal. Play No. 6: First-and-10 from the Green Bay 25, third quarter, 6:17 left Result: 23-yard completion to Watson On the first play of the Packers' next drive, now trailing 16-3, it's Reed clearing traffic for Watson in a somewhat unconventional way. But hey, it works. As Reed makes contact with CB Ja'Quan McMillian (29) on his route, McMillian gets bowled over, and in the process Reed also manages to cut off Surtain, who's slowed up as he's chasing Watson across the field. A clean pitch and catch gets Green Bay's first TD drive started. Play No. 7: Second-and-5 from the Green Bay 29, fourth quarter, 14:10 left Result: 18-yard completion to Musgrave Here's the play that gets the second TD drive going, and it's a pretty simple concept. Doubs' deep route down the numbers on the left side occupies Jackson enough to clear sideline space for Musgrave on the over route behind Jewell. The protection for QB Jordan Love breaks down a little bit, but he steps up to buy enough time for Musgrave to clear and delivers the ball. As it turns out, Jackson is so deep by the time Musgrave makes the catch, he gets a full-speed head start before delivering the illegal hit that ejects him from the game and injures Musgrave. Bonus play No. 1: Second-and-9 from the Denver 16, third quarter, 1:53 left Result: 16-yard TD reception by Doubs This is unrelated to the topics of the day, but it's worth showing Doubs' TD catch for the part of the play that got no attention. While the contested grab is tremendous and was correctly called a touchdown (despite the analysis on the TV broadcast), watch the route Doubs uses to beat the first-team All-Pro corner Surtain. With Surtain holding outside leverage, Doubs doesn't give away where he's going. He hesitates and even provides a little hip shake to freeze Surtain just an extra beat to get open. Then he makes the great adjustment on the underthrown pass to get the Packers back in the game. Bonus play No. 2: Second-and-8 from the Green Bay 27, fourth quarter, 3:11 left Result: 29-yard reception by Dillon Here's the big play that gave the Packers a chance on their final drive, but it's being shown not so much for what the offense did, but for what Denver's defense is discussing in its film room that almost cost the Broncos the game. Similar to the idea outlined in Plays 5-7 above, the Packers run a series of vertical routes to clear space, in this case in the short middle area for Dillon, leaving him one-on-one with Singleton. But when Dillon breaks Singleton's open-field tackle attempt, why does this rupture into such a big gain? Because three (circled) Denver defenders – Moreau, Surtain and OLB Jonathan Cooper (0) – all slow up, thinking Singleton will make the tackle and end the play. When defensive coaches talk about "rallying to the ball," it may sound like coach-speak, but this is why. Analysts publish ratings and price targets on most stocks. Benzinga tracks 120 analyst firms so investors can understand if analysts expect a stock to trade higher or lower. Ratings are directional and typically buy, sell or hold. Price Targets are an analyst's best guess at where the stock will trade in 12 months. | ||||||||
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