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Network Administration

Cisco CCNP Enterprise

This advanced CCNP ENCOR training program is designed for network engineers who want to deepen their expertise in enterprise-level routing,switching, wireless, automation, and network security. The course covers modern enterprise network architecture, advanced Layer 2 & Layer 3 technologies, STP enhancements, dynamic routing protocols (EIGRP, OSPF, BGP), VPN solutions, MPLS, QoS, wireless operations, network design, automation (API, NETCONF/RESTCONF), and large-scale troubleshooting techniques — fully aligned with Cisco’s ENCOR blueprint.

Advanced On-site 20 weeks 80 hours Next group: January 30, 2026

About this course

This advanced CCNP ENCOR training program is designed for network engineers who want to deepen their expertise in enterprise-level routing,switching, wireless, automation, and network security. The course covers modern enterprise network architecture, advanced Layer 2 & Layer 3 technologies, STP enhancements, dynamic routing protocols (EIGRP, OSPF, BGP), VPN solutions, MPLS, QoS, wireless operations, network design, automation (API, NETCONF/RESTCONF), and large-scale troubleshooting techniques — fully aligned with Cisco’s ENCOR blueprint.

Training program

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  1. 1 STP fundamentals
  2. 2 STP algorithm explanation
  3. 3 STP topology convergence
  4. 4 RSTP port states, roles and types
  1. 1 STP topology tuning (bridge and port priority)
  2. 2 Protection of STP protocol (Root guard, BPDU guard, Loop guard, BPDU Filter)
  3. 3 STP PortFast feature
  1. 1 Multiple Spanning Tree Protocol instances
  2. 2 MST configuration and verification
  3. 3 MST protocol tuning
  1. 1 VTP – VLAN Trunking Protocol overview
  2. 2 Explanation of DTP – Dynamic Trunk Protocol
  3. 3 Dynamic link aggregation protocols (PAgP, LACP)
  4. 4 Etherchannel configuration
  1. 1 Packet forwarding architectures
  2. 2 Data structures and routing table
  3. 3 IP routing overview (static and dynamic)
  4. 4 Best path selection (prefix length, AD, metric)
  1. 1 IPv4 and IPv6 addressing review
  2. 2 DHCP operations
  3. 3 Stateful and Stateless DHCPv6
  1. 1 Static route types (default, floating)
  2. 2 IPv6 static routing
  3. 3 Troubleshooting IPv4 and IPv6 static routing
  1. 1 Metric calculation and wide metrics
  2. 2 EIGRP configuration modes (classic and named)
  3. 3 Router-ID and passive interface
  4. 4 Authentication configuration for EIGRP neighborship
  5. 5 Details of EIGRP neighbor topology (successor, feasible successor)
  1. 1 EIGRP convergence
  2. 2 Route summarization
  3. 3 EIGRP stub router
  4. 4 Route filtering configuration
  5. 5 Split-horizon rule in EIGRP implementation
  1. 1 EIGRPv6 fundamentals
  2. 2 EIGRPv6 configuration modes (classic and named)
  3. 3 EIGRPv6 configuration and verification
  4. 4 Troubleshooting EIGRPv6 neighborship and routes
  1. 1 Verifying EIGRP neighborship
  2. 2 Troubleshooting EIGRP neighbor adjacencies
  3. 3 Troubleshooting EIGRP routes
  4. 4 Discontiguous networks in EIGRP protocol
  1. 1 OSPF neighborship
  2. 2 OSPF configuration and verification
  3. 3 Default route advertisement in OSPF
  4. 4 OSPF network types (point-to-point, point-to-multipoint, broadcast)
  5. 5 OSPF neighbor authentication
  1. 1 OSPF LSA types
  2. 2 OSPF path selection algorithm (Djikstra algorithm)
  3. 3 OSPF area types (stub and NSSA)
  4. 4 Route summarization and filtering
  1. 1 Troubleshooting OSPF Neighbor adjacencies
  2. 2 Troubleshooting OSPF routes
  3. 3 Discontiguous ares in OSPF protocol
  1. 1 Fundamentals of OSPFv3 protocol
  2. 2 OSPFv3 LSA flooding
  3. 3 OSPFv3 configuration and verification
  1. 1 Troubleshooting OSPFv3 for IPv6
  2. 2 Troubleshooting OSPFv3 address families
  1. 1 BGP neighbor states
  2. 2 Basic BGP configuration
  3. 3 BGP session types (iBGP, eBGP)
  4. 4 Multiprotocol BGP for IPv6
  1. 1 BGP route summarization and filtering
  2. 2 BGP communities
  3. 3 Conditional route matching with ACL and prefix-lists
  4. 4 Complex route matching with Route Maps
  1. 1 Understanding BGP Patch Selection
  2. 2 BGP Best Path attributes
  3. 3 Troubleshooting BGP Path Selection
  1. 1 Troubleshooting BGP neighborship
  2. 2 Troubleshooting BGP routes
  3. 3 Troubleshooting BGP best path selection
  1. 1 Conditional matching with ACLs and Prefix-lists
  2. 2 Conditional matching with Route-Maps
  3. 3 Policy based routing (PBR)
  1. 1 IPv4 ACL fundamentals
  2. 2 IPv4 ACL for route filtering
  3. 3 IPv6 ACL fundamentals
  4. 4 IPv6 ACL for route filtering
  1. 1 Fundamentals of route redistribution
  2. 2 Protocol specific route redistribution (EIGRP, OSPF, BGP)
  3. 3 Advanced route redistribution issues
  4. 4 Troubleshooting IPv4 and IPv6 route redistribution
  1. 1 Advanced redistribution issues
  2. 2 Suboptimal routing and routing loops during redistribution
  3. 3 Troubleshooting IPv4 and IPv6 route redistribution
  1. 1 Multicast addressing
  2. 2 IGMP protocol explanation
  3. 3 Rendezvous points
  4. 4 PIM multicast routing protocol
  1. 1 Bandwidth, delay, jitter, latency
  2. 2 QoS Models
  3. 3 Classification and Marking
  4. 4 Policing and shaping with QoS
  1. 1 FHRP protocols (HSRP, VRRP, GLBP)
  2. 2 HSRP protocol configuration
  3. 3 Legacy and hierarchical VRRP configuration
  4. 4 Network Address Translation
  5. 5 NAT Types (static, dynamic and PAT)
  1. 1 Understanding wireless technology
  2. 2 Frequency and wavelength
  3. 3 Wireless LAN topologies
  4. 4 WLC configuration
  1. 1 Roaming in wireless LAN
  2. 2 Roaming between WLCs (layer2 and layer3)
  3. 3 Wireless LAN authentication
  4. 4 Authentication with WebAuth
  5. 5 Troubleshooting wireless connectivity
  1. 1 LAN network design model
  2. 2 Enterprise network architecture
  3. 3 SDN design
  1. 1 Network diagnostic tools (ping, traceroute)
  2. 2 Using debug commands for troubleshooting
  3. 3 SPAN, RSPAN and ERSPAN technologies
  4. 4 Gathering network statistics with NetFlow
  1. 1 Fundamentals of overlay tunnels
  2. 2 GRE tunnel configuration and explanation
  3. 3 IPSec fundamentals
  4. 4 LISP protocol explanation
  5. 5 VXLAN data plane encapsulation
  1. 1 Generic routing encapsulation (GRE) tunnels
  2. 2 NHRP protocol explanation
  3. 3 Dynamic Multipoint VPN phases
  4. 4 DMVPN configuration and verification
  1. 1 IPSec fundamentals
  2. 2 Authentication header and Encapsulating Security Payload
  3. 3 DMVPN tunnel and transport modes
  4. 4 DMVPN protection with IPSec
  1. 1 VRF-Lite explanation
  2. 2 VRF configuration and verification
  3. 3 Introduction to MPLS
  4. 4 MPLS Layer 3 VPNs
  1. 1 Authentication, Authorization, Accounting (AAA)
  2. 2 Zone Based Firewall (ZBFW)
  3. 3 Unicast Reverse Path Forwarding (uRPF)
  4. 4 Control Plane Policing (CoPP) configuration
  1. 1 Securing console and vty lines access
  2. 2 Privilege levels and role based access control (RBAC)
  3. 3 Password encryption levels
  4. 4 Management tools (syslog, SNMP, IP SLA)
  1. 1 Application Programming Interface (REST API)
  2. 2 Data models (YANG, Netconf, Restconf)
  3. 3 EEM – Embedded Event Manager
  4. 4 Agent based and agentless automation tools

Upcoming groups

January 30, 2026

Office

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Days
Tue - Fri
Hours
19:00 - 21:00

Instructors

Rizvan Bayramov

Rizvan Bayramov

Cyber Security Architect

Cyberpoint