Cisco Certified Network Associate Routing & Switching (CCNA)

Network Security - Common Security Attacks/Mitigation's - Hacking - Malicious Codes (Virus, Worms) - Threat Defense

CCNP Enterprise Certification Prove your skills with Enterprise networking solutions

CCNP Switching

What is BGP? BGP (Border Gateway Protocol) is the protocol used to exchange routing information between different networks on the Internet. It's often referred to as the "backbone of the Internet" because it ensures data can travel across various Autonomous Systems (AS), which are networks managed by different organizations or providers. Key Details: Type: Exterior Gateway Protocol (EGP). Purpose: To find the best path for data to travel across multiple networks. Operation: BGP uses a path-vector mechanism to advertise routes and maintain a table of IP networks or prefixes. How BGP Works: Establishes Peer Connections: BGP routers (neighbors/peers) exchange routing information. Advertises Routes: Each router shares information about the networks it knows how to reach. Selects the Best Path: BGP uses attributes like AS Path, Next-Hop, and policies to determine the optimal route. Applications: ISPs and Data Centers: Used to connect large networks and manage traffic. Load Balancing: Helps in traffic optimization. Multi-Homing: Ensures redundancy by connecting to multiple providers. Why BGP is Important: BGP ensures that the Internet is scalable, reliable, and able to handle millions of interconnected networks efficiently. Would you like to dive deeper into BGP attributes, troubleshooting, or configuration? Let me know!

BGP Advance Theory

Cisco SD-WAN Overview Cisco SD-WAN (Software-Defined Wide Area Network) is a cloud-delivered WAN architecture that simplifies the management, operation, and optimization of wide area networks. It enables organizations to connect distributed locations securely and efficiently while optimizing application performance. Key Features: Centralized Management: Cisco vManage provides a single dashboard for configuration, monitoring, and troubleshooting the entire SD-WAN environment. Secure Connectivity: Integrated security features like IPsec, TLS, and segmentation ensure secure data transmission. Application-Aware Routing: Routes traffic dynamically based on application performance and business requirements. Cloud Optimization: Direct access to SaaS and IaaS services with optimized paths. Cost Efficiency: Supports hybrid WAN (MPLS, broadband, 4G/5G) for reduced operational costs. Scalability: Suitable for small businesses to large enterprises with multi-cloud environments. Core Components: vManage: Centralized management and orchestration platform. vSmart: Policy and control engine for the network. vBond: Facilitates secure connectivity and device authentication. Edge Devices (vEdge/cEdge): Routers deployed at branch offices, data centers, or cloud locations.

Cisco ASA Firewall

Multiprotocol Label Switching

Quality of Service

BIG-IP Domain Name System (DNS)

F5 LTM

BGP Aggregation

EIGRP in Depth

Open Shortest Path First

Routing Information Protocol

BGP Attributes

BGP Load Sharing

BGP Path Selection Process

BGP Performance Tools

BGP Route Filtering

Dynamic Multipoint VPN

PaloAlto Firewall (PCNSE)

BGP (CCNP )

OSPF DATABASE

PBR (Policy Base Routing & IP SLA)

Securing Protocols & Interfaces

ACL (Access Control List)

NAT on Cisco Router

Cisco DHCP server

IPv6 Addressing & Implementation's

Layer 2 Security

Layer 3 Security

Redundancy Protocols (FHRP)

VPN Fundamentals & Concept of DMVPN

PBF (Policy Base Forwarding)

DMVPN (DUBUGGING NHRP MESSAGE & TUNNEL COMPONENTS)

IPV6 ROUTING PROTOCOLS REDISTRIBUTION

PaloAlto Backup & Restore

NAT PALOALTO

Syslog_Server

IPv4 Addressing

PaloAlto High availability (HA)

CCNA 9-11 7th NOV 22 Regular

FortiGate NSE-4

AZ-104: Microsoft Azure Administrator

FORTIGATE 8pm -10pm 23rd FEB 2023

Before CCNP

Learn PaloAlto Firewall with practical

Learn PaloAlto HA with practical

PaloAlto Firewall (PCNSE)

IPSec In-depth Multiple Vendors