CCNP Training
Online and Offline Classes | Hands on Training
Plan Your IT Career with Experts
Advance Your Networking Career with Professional-Level Cisco Skills
The CCNP (Cisco Certified Network Professional) Course at Cybermind IT Solution Software Training Institute is designed for networking professionals who want to master advanced routing, switching, security, and enterprise network automation.
This program equips you with the skills required to design, configure, manage, and troubleshoot complex network infrastructures used in modern organizations.
Why Choose CCNP Certification?
CCNP is one of the most respected networking certifications worldwide. Obtaining this certification helps you:
Gain advanced knowledge in enterprise networks
Handle complex routing & switching environments
Improve your troubleshooting and configuration skills
Increase your earning potential
Become eligible for roles in top IT and networking companies
Stand out in the competitive job market
Why Choose CyberMind IT Solution for CCNP Training?
High-quality training from certified experts
Modern lab infrastructure
Real-time enterprise networking practice
Personalized career support
Up-to-date CCNP syllabus aligned with Cisco standards
Flexible learning options (Offline / Online)
Course Features
Hands-on practical sessions and real-world projects
Guided mentorship from certified Network experts
Access to cloud environments for live deployments
Interview preparation and placement assistance
Certification recognized by top IT employers
What You Will Learn in CCNP Course
- Advanced Linux Administration
Shell Scripting for Automation
Cron Jobs & Task Scheduling
Configuration Automation
Ansible for Linux Automation
- Monitoring & Logging Automation
Tools Covered
- Git
- Jenkins
- Kubernetes
- Terraform
- Linux
- ELK
Career Opportunities After CCNP Training
Upon successful completion, you’ll be ready for roles such as:
Senior Network Engineer
Network Security Engineer
Routing & Switching Engineer
IT Infrastructure Specialist
Network Consultant
Network Analyst
System/Network Administrator
Why CyberMind IT Solution?
- High-quality training from certified experts
- Modern lab infrastructure
- Real-time enterprise networking practice
- Personalized career support
- Up-to-date CCNP syllabus aligned with Cisco standards
- Flexible learning options (Offline / Online)
Course Outline
Course Duration: 4 Months
Sessions :
- Weekdays – 4 per week
- Weekends – 2 per week
Prerequisites :
- There is no such Prerequisites for this course.
- Basic computer knowledge will be advantage.
Mr. Sanjeev Kumar
Qualification: B.Tech (CSE)
Certificate: RHCSA, RHCE, CCNA, CCNP Certified
Specialisations: Cloud Architecture Specialist
Experience: 14+ Years
Course Contents
CCNP ENCOR 350-401
Wireless Deployment Models
SD-WAN Control
Traditional WAN and SD-WAN Solutions
- Design Principles of WLAN Deployment
- Device Virtualization Technologies
- Verification of Data Path Virtualization Technologies
- Describing AP Modes
- Describing Network Time Protocol
- Configuration of IPSLA
- Verification of SPAN
- Configuration of NETCONF and RESTCONF
- Configuration of Device Monitoring using Syslog
- Verification of Device Access Control
- Describing REST API Security
- Describing the Components of Network Security Design
- Verification of Wireless Security Features
- Interpretation of Basic Python Components and Scripts
Fundamentals of Routing
- IP Routing
- RIP – Routing Information Protocol
- Routing Introduction
- Rules of Routing
- Static Routing: Advantages and Disadvantages
- Default Routing Introduction
- Dynamic Routing Introduction
- Routing Protocols and Types Introduction
- IGP Introduction
- Distance Vector Routing
- Protocols Introduction
Link State Routing Protocols Introduction - Enhance Distance Vector Routing Protocol Introduction
- EGP Introduction and Types
- Classful and Classless Addressing Introduction
- Classful and Classless Routing Protocols Introduction
- Metric Introduction
- Administrative Distance Introduction
- Convergence Time and Summarization Introduction
Fundamentals of Classic EIGRP
- EIGRP Introduction
- EIGRP Component:
- EIGRP Component: RTP
- EIGRP Component: NDR
- EIGRP Component: DUAL
- EIGRP Successor Introduction
- EIGRP Feasible Distance Introduction
- EIGRP Feasible Successor, Requirements and AD/RD Introduction
- EIGRP Input Event Introduction
- EIGRP Local Computation Introduction
- EIGRP Going Active Introduction
- EIGRP Additional Features Introduction
- EIGRP Tables Introduction
- EIGRP Neighborship Requirements Introduction
- EIGRP Modes Introduction
- EIGRP Metric and Formula Introduction
- EIGRP Stub Router Introduction
- Implementation of Named EIGRP
- Named EIGRP: Initial Config
- Named EIGRP: Basic
- Named EIGRP: Passive-Interface
- Named EIGRP: Authentication
- Named EIGRP: Hello Timer Changing
- Named EIGRP: Hold Timer Changing
- Named EIGRP: Neighbour Table Verification
- Named EIGRP: Topology Table Verification
- Named EIGRP: Routing Table Verification
- Named EIGRP: Equal-Cost Load balancing
- Named EIGRP: Static Neighbour Ship
- Named EIGRP: Un-Equal-Cost Load balancing
- Named EIGRP: Offset-list
- Named EIGRP: Metrics Tuning
- Named EIGRP: Max-Path
- Named EIGRP: Max-Hop
Fundamentals of ospfv2
- OSPF Introduction
- Difference Between Distance Vector and Link State Protocols
- OSPF Tables and Messages and Messages’ Contents Introduction
- OSPF States Introduction
- OSPF Area and Structure Introduction
- OSPF Priority Introduction
- OSPF DR and BDR
- OSPF DR and BDR Requirements
- OSPF Metric Introduction
- OSPF Network Types Introduction
- OSPF Hello Interval and Dead Interval in Different Networks
- OSPF Router Types Introduction
- OSPF LSA Types Introduction
- OSPF Area Types Introduction
- OSPF Virtual-Link Introduction
- OSPF Authentication and Summarization Types Introduction
- OSPF Route Types Introduction
- OSPF Seed Metric Introduction
- OSPF Neighbourship Requirements Introduction
Fundamentals of PBR and SLA
- Policy Base Routing and SLA Introduction
Fundamentals of BGP and Implementation
- BGP Introduction
- BGP Messages Introduction
- BGP Tables and States Introduction
- BGP Next Hop Self Introduction
- BGP Route Reflector Client Introduction
- BGP ebgp Multihop Introduction
- BGP Max-Path Introduction
- BGP Update Source Introduction
- BGP Redistribute Internal Introduction
- BGP Aggregation and Authentication Introduction
Implementation of BGP
- BGP Lab: Initial Configuration BGP
- Lab: Basic BGP Lab: Tables Verification BGP
- Lab: Next-Hop-Self BGP
- Lab: Route-Reflector-Client BGP Lab: BGP-Multi-Hop BGP
- Lab: Max-Path BGP Lab: Authentication BGP
- Lab: Aggregation/Summarization BGP Lab: Path Selection via Weight BGP
- Lab: Path Selection via Local Preference BGP
- Lab: Path Selection via MED BGP
- Lab: Update Source BGP
- Lab: Redistribute Internal
- BGP Lab: Route Filtering Via ACL BGP
- Lab: Route Filtering Via Route Map BGP
- Lab: Route Filtering Via Prefix-list
Vpn Technologies And Configuration
- Basic Fundamental of VPN
- Types of VPN Models
- Classification of VPN
- VPN Terminology in Overlay model -GRE
- Introduction of GRE
- Configuration of Single & Multiple GR Tunnels
- Drawback of GRE
- VPN Terminology in Peer-to-Peer model -MPLS VPN
- Dynamic Multipoint VPN- PHASES
- Feature of DMVPN Phase – 1
Feature of DMVPN Phase – 2
Feature of DMVPN Phase – 3 - Technologies Required for DMVPN
- Introduction of MGRE
- Introduction of NHRP & its Messsages part 1
- Introduction of NHRP & its Messsages part 2
- Concept of NHRP network –id
- Theory of ipsec Protocol Suit
- Details of Packets (PHASE-1, PHASE-2)
- Difference between Main mode and aggressive mode
- Difference between Policy based VPN and Tunnel based VPN
- Securing GRE vpns with IPSEC
- SECURING DMVPN WITH IPSEC (HUB AND SPOKE TOPOLOGY)
Fundamentals and Implementation of Network Address Translation
- NAT Introduction
- Static NAT Lab
- Port Address Translation (PAT) Lab Ipv6 Routing Protocols
Ipv6 Routing Protocols
- Drawback of IPV4
- Introduction of IPV6
- IPV6 Formate
- IPV6 Host Bits — EUI-64
- IPV6 Addressing Rules
- Ipv6 loopback address
- IPV6 Packet Types
- IPV6 Packet Types
- Types of ipv6 Address
- Multicast address for ipv6 address
- Ipv6 Routing Protocols
- Ipv4 to ipv6 migration techniques
- Use of ipv6 in Different Fields
- Ipv6 address configuration on CISCO Router
- Configure and verify ipv6 static Route
o
Configure and verify ipv6 Default Route - Configure and verify ipv6 Float route
- Configure and verify ipv6 summary route
- Configure and verify ipv6 Balance route
- Configure and verify ipv6 ripng
- Configure and verify ipv6 ospfv3
- Configure and verify ipv6 eigrpv6
Configuring DHCP and DHCP Relay Agent and NTP
- What is Dynamic Host Configuration Protoco (DHCP)
- What is DHCP Relay Agent
- Cisco Router As DHCP Server lab
- Cisco Router As DHCP Relay Agent lab
- Cisco Switch As DHCP Server lab
- Cisco Switch As DHCP Relay Agent lab
- NTP Introduction
- NTP Lab Without Authentication
- NTP Lab With Authentication
Switch Operation
- Switching Introduction
- What is Layer 2 Switching
- Similarities and differences between Layer 3 Routing and Switching
- What is Layer 4 Switching
- How The Switches Learn MAC Address of End Devices
- Layer 2 Switch Tables
- Multilayer Switching (MLS) brief Introduction
- How To Configure Switch Ports as Access Ports or Trunk Ports
- How To Use Interface Range Command
- How To Use Macro Command
- How To Configure Description on Switch Interface
- How To Configure Switch Ports Speed
- How To Configure Switch Ports Duplex
- How To Configure Error Disable Command
- How To Enable and Disable Cisco Discovery Protocol (CDP)
- How To Enable and Disable Link Layer Discovery Protocol (LLDP)
Vlans and Trunks & VTP
- VLAN Introduction
- Static VLAN Introduction
- Dynamic VLAN
- Introduction
- VLAN Tagging Introduction
- ISL Introduction
- 802.1q Introduction Inter-Vlan Routing Lab Via Router on a Stick
- Inter-Vlan Routing Lab Via SVI
- VTP Introduction
- VTP Server Mode Introduction
- VTP Client Mode Introduction
- VTP Transparent Mode Introduction
- Default VTP Configuration Introduction
- VTP Working Introduction
- VTP Working Requirements and Versions Introduction
- VTP Messages Introduction
- VTP Prunning Introduction
- DTP Introduction
- Native VLAN Introduction
- VTP Lab
Spanning Tree Protocol
- STP Introduction
- STP Tasks Introduction
- STP BPDU and Types Introduction
- STP Cost Introduction
- STP Root Bridge Requirements Introduction
- STP Root Bridge Election Process Introduction
- STP DP and RP Requirements and Election Introduction
- STP Timers Introduction
- STP Port States Introduction
- STP Topology Changes Introduction
- STP Portfast Introduction
- STP Uplinkfast Introduction
- STP Backbonefast Introduction
- RSTP Introduction
- Difference Between STP and RSTP Ports States
- RSTP Convergence Process Steps Introduction
- RSTP Ports Types Introduction
- STP Protocols Types Introduction
- Introduction to RSTP and MSTP
- Rapid PVST+ Configuration Lab
- MST Configuration Lab
- STP Root Guard Introduction
- STP Root Guard Lab
- STP Loop Guard Introduction
- STP Loop Guard Lab
- STP BPDU Guard Introduction
- STP BPDU Guard Lab
- STP BPDU Filter Introduction
- STP BPDU Filter Lab
Aggregating Switch Links and Multilayer switching
- Ether Channel Load balancing
- Ether-Channel Load Balancing Techniques
- Layer 2 Ether-Channel Configuration Lab
- Layer 3 Ether-Channel Configuration Lab
- Multilayer Switching (MLS) Introduction
- First Generation MLS Introduction
- Second Generation MLS Introduction
- MLS Switch Tables
- What is Forwarding Information Base (FIB) and Its Components
- What is Packet Re-writer
First Hop Redundency
- What is The Need of First Hop Redundency
- HSRP Introduction
- HSRP Lab
- VRRP Introduction
- VRRP Lab
- GLBP Introduction
- GLBP Lab Initial Configuration
- GLBP Lab
- Load balancing with HSRP Lab
- HSRP Authentication Lab
- Load balancing with VRRP Lab
- VRRP Authentication Lab
- GLBP Authentication Lab
Preventing Spoofing Attacks
- Layer 2 Security Rough DHCP Attack and DHCP Snooping Introduction
- Layer 2 Security Rough DHCP Attack and DHCP Snooping Lab
- Layer 2 Security IP Spoofing or IP Source Guard Introduction
- Layer 2 Security IP Spoofing or IP Source Guard Lab
- Layer 2 Security Man-in-Middle Attack
- Layer 2 Security Dynamic ARP Inspection
- Layer 2 Security Dynamic ARP Inspection
SD-WAN Architecture and SD ACESS
- Traditional WAN – Challenges
- SD-WAN Overview and definitions
- SD-WAN Benefits
- SD-WAN Key Concepts
- SD-WAN Main Components
- Describe Cisco SD-WAN Architecture and Component
- Orchestration plane (v Bond, NAT)
- Management plane (v Manage)
- Control plane (v Smart, OMP)
- Data plane (v Edge)
- TLOC
- Ipsec
- V Route
- BFD
- Describe WAN Edge platform types, capabilities (vedges, cedges
PRACTICALS SDWAN
- Lab 01 – Interconnecting the SD-WAN components
- Lab 02 – Installing the enterprise root CA server
- Lab 03 – Performing initial configurations on vmanage via CLI
- Lab 04 – Exploring vmanage GUI mode Lab 05 – Performing initial configurations on vbond via CLI
- Lab 06 – Registering and installing certificate for vbond in vmanage
- Lab 07 – Performing initial configurations on vsmart via CLI
- Lab 08 – Registering and installing certificate for vsmart in vmanage
- Lab 09 – Performing initial configurations on vedge via CLI
- Lab 10 – Registering vedges devices in vmanage
- Lab 11 – Performing initial configurations on cedge via CLI
- Lab 12 – Registering cedges devices in vmanage
- Lab 13 – Configuring System template
- Lab 14 – Configuring Banner template
- Lab 15 – Configuring VPN 0 and VPN 512 templates
- Lab 16 – Configuring VPN 0 interface and VPN 512 interface templates
- Lab 17 – Configuring AAA, BFD and OMP templates
- Lab 18 – Configuring device template from various feature templates
- Lab 19 – Adding service-side vpns in sites using CLI and template
- Lab 20 – Configuring static routing using CLI
NETWORK
NETWORK VIRTULIZATION AND AUTOMATION AND SCRIPTING
- Infrastructure Automation and Programmability
- Automation and scripting
- Python based script to configure router interface
- Script based implementation of EIGRP
- Script based implementation of OSPF
- Script based implementation of BGP
- Virtualization introduction
- Bare metal and Hosted virtualization
- Practication implementation of Virtualization
- Microsoft HYPER-V IMPLEMENTATION
