CCNP - Security

CCNP Security Course: Master Advanced Network Security in Kollam

The Cisco CCNP Security course is a professional-level certification program designed to enhance your expertise in network security. For those planning to sit for the CCNP Security exam, staying updated with the latest syllabus is crucial for success.

What Is the Cisco CCNP Security Program?

Developed by Cisco, the CCNP Security program is a professional-level certification that builds on your foundational networking skills and dives deep into the specialized realm of network security. It is designed for IT professionals who want to extend their CCNA knowledge and master advanced security strategies, ensuring they can design, implement, and troubleshoot secure network infrastructures effectively.

Why Choose Cisco CCNP Security Certification?

The CCNP Security certification is the ideal pathway for individuals aspiring to become network engineers and security specialists. By choosing this certification, you gain in-depth knowledge of advanced network security concepts, positioning yourself as an invaluable asset in the IT security domain. Whether you are a recent graduate or an experienced professional, the CCNP Security course equips you with the skills needed to navigate the complexities of modern network security and open doors to lucrative career opportunities.

What Skills Will You Learn?

The CCNP Security course provides comprehensive training in key areas of network security, including:

  • Security Concepts: Understand core security principles and how they apply to network infrastructures.
  • Advanced Network Security: Learn to design and implement robust security solutions to protect enterprise networks.
  • Securing the Cloud: Gain insights into securing cloud-based resources and applications.
  • Content Security: Master techniques to protect data and content from unauthorized access and threats.
  • Endpoint Protection and Detection: Develop skills to safeguard network endpoints and detect security breaches promptly.
  • Secure Network Access, Visibility, and Enforcement: Learn how to ensure secure access to network resources while maintaining clear visibility and enforcing security policies.

CCNP Security Course Description

Our CCNP Security Course is meticulously crafted to provide both theoretical knowledge and extensive hands-on experience. Through a blend of classroom sessions and practical lab exercises, you will be exposed to real-world scenarios that simulate the challenges faced in securing complex network environments. The curriculum is continually updated according to the latest CCNP Security exam blueprints and syllabus provided by Cisco, ensuring that you learn current and relevant industry practices. By the end of the course, you will have the skills required to install, configure, and troubleshoot security solutions on Cisco devices, making you well-prepared for the certification exam and your subsequent career.

Train with the Best CCNA Security Institute in Kollam

Fariz Networks is proud to be recognized as the leading institute for Cisco CCNP Security course training in Kollam. At our state-of-the-art center, you will have access to genuine Cisco devices—including routers and switches—and a 24x7 lab facility to reinforce your learning through practical experience. Our expert trainers, with years of industry experience, ensure that every session is aligned with the latest industry standards and exam requirements, empowering you with the knowledge and confidence to excel.

Frequently Asked Questions (FAQ)

  • Lectures: 40
  • Duration: 300 Hours
  • Subject: Networking
  • Level: Advanced
  • Certificate: Yes

CCNP Syllabus

ENCORE 350-401

ENARSI 300-401

  • 1. CCNP Certification Overview
  • 2. Routing Foundations
  • 3. Floating static/Default Routes
  • 4. LAB: Static Routing (verify Floating static routes, longest match)
  • 5. Dynamic Routing: RIPv2
  • 6. LAB: DYNAMIC ROUTING USING RIPV2
  • 7. EIGRP
  • 8. LAB: Verifying EIGRP PROCESS
  • 9. EIGRP Feasible Condition
  • 10. ElGRP Stuck in Active
  • 11. EIGRP load Balancing
  • 12. LAB : EGRP LOAD BALANCING (equal/ unequal cost)
  • 13. EIGRP sutb
  • 14. LAB: EGRP STUB Verification
  • 15. Advertising Default routes in IGP
  • 16. LAB: DEFAULT ROUTE IN RIP v2
  • 17. LAB: DEFAULT ROUTINE WITH EIGRP
  • 18. LAB: DEFAULT ROUTE IN OSPF
  • 19. IPV4 Summarization
  • 20. LAB: EIGRP Summarization
  • 21. LAB: RIPV2 Summarization
  • 22. Redistribution
  • 23. LAB REDISTRIBUTION BETWEEN RIP AND EIGRP
  • 24. LAB REDISTRIBUTION BETWEEN RIP AND OSPF
  • 25. LAB REDISTRIBUTION BETWEEN EIGRP 100 AND OSPF
  • 26. LAB Redistribution between EIGRP protocol with different as numbers
  • 27. OSPF
  • 28. LAB: VERIFYING BASIC OSPF with single Area
  • 29. OSPF Areas
  • 30. LAB: BASIC OSPF IMPLEMENTATION using MULTIPLE AREA
  • 31. OSPF Summarization
  • 32. OSPF Virtual-link
  • 33. LAB : OSPF VIRTUAL-LINKS
  • 34. OSPF network types
  • 35. LAB: OSPF DR /BDR ELECTION OVER ETHERNET
  • 36. OSPF LSA Types
  • 37. OSPF Stubs
  • 38. LAB : OSPF STUBS AND TOTALLY STUB
  • 39. Not-so-stubby areas
  • 40. LAB: NSSA and Totally NSSA
  • 41. Routing Protocol Authentication
  • 42. LAB: RIPv2 AUTHENTICATION
  • 43. EIGRP Authentication
  • 44. LAB : OSPF AUTHENTICATION (Interface level)
  • 45. OSPF Authentication process-level
  • 46. IPV6
  • 47. LAB: Basic configuration of IPV6
  • 48. IPV6 Routing
  • 49. LAB: IPV6 Routing (static / default)
  • 50. LAB: RIPng
  • 51. LAB. OSPFv3
  • 52. LAB. EIGRPv6
  • 53. LAB: ADVANCE IPV6 LAB CONFIGURATIONS
  • 54. IPV6 Redistribution
  • 55. LAB: Redistribution RIPng - RIPng
  • 56. LAB: OSPFv3- RIPng Redistribution
  • 57. Ipv6 layer2
  • 58. EUI-64
  • 59. LAB: Stateless Address Auto-configuration (SLAAC)
  • 60. Ipv6 STATEFULL Autoconfiguration (Router as DHCP)
  • 61. LAB: verifying IPV6 layer 2 Options
  • 62. Route Filtering methods
  • 63. LAB: Passive Interface in RIPv2
  • 64. Distribution lists using ACL
  • 65. IP prefix-lists
  • 66. Offset-list
  • 67. Route-maps
  • 68. Policy Based Routing
  • 69. LAB: POLICY-BASED ROUTING
  • 70. LAB: REDISTRIBUTION USING ROUTE-MAPS
  • 71. LAB: FILTERING ROUTES USING ROUTE-MAPS
  • 72. BGP Concepts & Terminology
  • 73. Types of ISP Connections
  • 74. Options of BGP connecting to Internet
  • 75. BGP Neighbours
  • 76. LAB: Basic IBGP Peering
  • 77. BGP Split- Horizon Rule
  • 78. LAB: IBGP peering using loopbacks
  • 79. Configuring BGP Authentication on Cisco I0S
  • 80. Peer groups
  • 81. Lab- Peer groups
  • 82. Route- reflector
  • 83. Lab : route- reflector
  • 84. Lab: route- reflector using loopback
  • 85. Password reverting on cisco routers
  • 86. EBGP Configuration
  • 87. BGP next- hop behaviour
  • 88. LAB: Basic EBGP Configuration & Verify Next-hop Behaviour
  • 89. EBGP peering Redundancy (using EBGP multihop)
  • 90. LAB: EBGP using Loopback interfaces ( redundancy)
  • 91. Synchronization rule
  • 92. LAB: Verify BGP Synchronization Rule
  • 93. BGP Attributes overview
  • 94. AS-path /next-hop/Orgin attributes
  • 95. Weight Attribute
  • 96. Lab: Using Weight Attribute
  • 97. Lab Weight Attribute using Route-maps
  • 98. Local Preference
  • 99. Lab: Using Local Preference
  • 100. Lab : Local preference using Route-maps
  • 101. BGP Path Selection Process
  • 102. Layer 2 WAN
  • 103. PPP Authentication
  • 104. LAB: PPP Authentication using CHAP
  • 105. LAB: PPP Authentication using PAP
  • 106. Ethernet WAN (Metro Ethernet)
  • 107. PPPoE
  • 108. Access-control-list
  • 109. LAB : STANDARD ACCESS-LIST
  • 110. LAB: EXTENDED ACCESS-LIST
  • 111. Named ACL
  • 112. LAB: STANDARD NAMED ACL
  • 113. LAB: NAMED EXTENDED ACL
  • 114. Time based ACL
  • 115. LAB-2 : Time Based ACL
  • 116. Authentication using external servers (AAA)
  • 117. LAB: AAA Authentication
  • 118. DHCP
  • 119. LAB: ROUTER As DHCP SERVER
  • 120. DHCP relay Agent (IP helper address)
  • 121. LAB: DHCP_Relay Agent (between VLAN)
  • 122. DHCPv6
  • 123. LAB : DHCP V6
  • 124. LAB: DHCP V6 Relay Agent
  • 125. Network Address Translation
  • 126. LAB: STATIC NAT
  • 127. LAB: Dynamic NAT
  • 128. LAB-3 PORT ADDRESS TRANSLATION
  • 129. LAB-4 PORT ADDRESS TRANSLATION using Exit Interface
  • 130. Logging on Cisco Routers
  • 131. LAB : Logging on Cisco Routers
  • 132. Network time protocol
  • 133. LAB : Network Time Protocol
  • 134. SNMP v2/v3
  • 135. IP Service level Agreement
  • 136. LAB : IP SLA using static route: (reliable Backup static routes)
  • 137. Auto-negotiation, Speed, and Duplex
  • 138. Virtual LAN
  • 139. LAB -Verify VLAN
  • 140. Trunking
  • 141. LAB: Trunking
  • 142. DTP (DYNAMIC TRUNKING PROTOCOL)
  • 143. NATIVE VLAN
  • 144. Inter-VLAN Routing options
  • 145. Inter- VLAN routing using Separate Physical Gateways
  • 146. Inter- VLAN routing using sub-interfaces
  • 147. Inter- VLAN routing using Multilayer switch
  • 148. Extended VLAN
  • 149. Voice VLAN
  • 150. VLAN Trunking Protocol
  • 151. LAB: VTP
  • 152. VTP Version 3
  • 153. LAB: VTP Version 3
  • 154. VTP Pruning
  • 155. LAB: VTP Pruning
  • 156. Spanning- tree Protocol
  • 157. LAB: VERIFYING SPANNING- TREE
  • 158. LAB: Tuning STP (cost/probity Timers)
  • 159. Hierarchical Campus Model
  • 160. STP: Selecting Root Bridge
  • 161. LAB: Per VLAN STP
  • 162. Ether-channel
  • 163. LAB: Configuring Ether-Channel Using Pagp Protocol Negotiation
  • 164. Layer 3 Ether-channel
  • 165. Spanning-tree port fast
  • 166. LAB: BPDU Guard (interface & Global mode)
  • 167. LAB: BPDU filter (interface level)
  • 168. LAB : Root Guard
  • 169. UDLD and Loopguard
  • 170. Err disable Recovery options
  • 171. Spanning-tree uplink fast/backbone fast
  • 172. Rapid STP
  • 173. Per VLAN STP (PVST)
  • 174. Multiple STP
  • 175. LAB: MSTP (MULTILPLE SPANNING-TREE) / Tuning MSTP
  • 176. SPAN/RSPAN
  • 177. Using CDP /LLDP
  • 178. LAB: VERIFY CDP
  • 179. Layer 2 Security
  • 180. Device Security using AAA (TACACS+ and Radius)
  • 181. Lab: AAA Authentication using External servers
  • 182. Understanding switch security issues
  • 183. Port security
  • 184. Lab: Port Security
  • 185. DHCP snooping
  • 186. LAB : DHCP Snooping
  • 187. LAB : IP Source Guard
  • 188. LAB : Dynamic ARP inspection
  • 189. Storm control
  • 190. Private VLAN
  • 191. LAB: Private VLAN
  • 192. 1st Hop Redundancy Protocols
  • 193. LAB: HSRP
  • 194. LAB: VRRP
  • 195. LAB: GLBP
  • Quality of service
  • 196. Introduction
  • 197. Identify Qos Models
  • 198. Modular Qos CLI
  • 199. Implementing Qos Policy using MQC
  • 200. Classification and Marking
  • 201. Using NBAR
  • 202. LAB: Classification and Marking
  • 203. LAB: Marking-Re-marking
  • 204. Congestion Management using Queuing
  • 205. LAB: CBWFQ - Bandwidth Reservations
  • 206. CBWFQ-Bandwidth percent
  • 207. LAB: CLASS-BASED WEIGHTED FAIR QUEUEING (CBWFQ)
  • 208. LAB: bandwidth Reservations with priority
  • 209. LLQ _ BANDWIDTH PERCENT
  • 210. LOW LATENCY QUEUEING (LLQ)
  • 211. Congestion Avoidance
  • 212. Class based WRED - IP precedence
  • 213. WIRED – CBWREB_DSCP based
  • 214. Traffic policing & Shaping
  • 215. LAB-1: Traffic POLICING
  • 216. LAB 2: Traffic Policing
  • 217. Configure Basic setup for VPN labs
  • 218. Generic Routing Encapsulation
  • 219. LAB : GRE POINT TO POINT TUNNELS
  • 220. Site-to-site IPSec VPN
  • 221. Dynamic Multi-point VPN
  • 222. Modern Service Provider networks (VPN)
  • 223. VPN Models
  • 224. Multi-Protocol label Switching
  • 225. MPLS labels
  • 226. Label Distribution protocol
  • 227. CONFIUGURING LDP
  • 228. MPLS LDP Troubleshooting
  • 229. LAB MPLS LDP PEERING
  • 230. MPLS Layer 3 VPNs
  • 231. Architecture
  • 232. Virtualization
  • 233. Automation
View Full Syllabus View Less

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