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Networking training modules

Embedded Systems training

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Certified educators for BGP training programs

Educators for BGP training programs

About BGP training

What is BGP?
The protocol for swapping routing information within gateway hosts that is with the own router in a network of Self-regulating systems is called Boarder Gateway Protocol.
Course Objectives
On finishing this course, you will be able to:
- Effectively install and arrange Border Gateway Protocol to exploit internetworking to the full.
- Optimise address managing by developing aggregate routes with Classless Inter domain Routing.
- Get to hold with BGP path manipulation and sub netting to guarantee make the process faster and validate data exchange.
- Gain peak performance within your local and circulated networks through manipulating BGP metrics, attributes, and modules.
- Troubleshoot network oscillations and routing faults on your BGP network.
- Match OSPF and BGP to put up multiple routing networks and increase router resources.

BGP syllabus

The fundamentals of BGP sessions
- BGP in a nutshell
- Attributes of BGP and inter domain routing between autonomous systems
- AS Path attributes, notification message packets and error codes
- Next hop, local preferences, multi-exit discriminator (MED), origin, and aggregate
- Implementing BGP - when to use it
- BGP on multi homed and dual homed networks
- BGP on transit systems
- BGP Packet Formats and fields; components and functions
- Open and update message fields and packets
- Header formats and message formats
- Authentication data and variable length field
BGP routing procedures with TCP/IP
- Peer routers and port 179
- Observing changes in routing tables and updates
- Exchanging network reachability information
- Applying routing policies
- eBGP & iBGP across Ass
- Manipulating routing behaviour
- Differences and similarities
- AS routing via IGPs & iBGP
- How they interact
Manipulating address management and route mapping
- Selecting addresses with CIDR
- Super netting with Classless Inter Domain Routing (CIDR)
- Generating routes with aggregation
- Understanding route maps
- Map tags, sequence numbers; permit and deny commands
- The functions of aggregate commands; summary-only, as-set and suppress-map/attribute map
- Using match and set commands
- Related commands
- Matching criteria and setting action
Using BGP for best path selection
- Finding sources - origin attribute
- Examining AS path attribute
- Examining nexthop attribute
- Non-broadcast networks (NBMA)
- Multi access networks
- The Network command
- Advertising BGP routes
- Routing Information Bases (RIB)
- Sub netting and super netting
- Choosing preferred route - BGP backdoor & distance
- Best path forward with weight attribute
- Pathways with local preference, Community, and metric attribute - (MED)
- Metrics for pathway manipulation
- Disabling synchronisation
- BGP Synchronisation
Establishing BGP connections with neighbour commands
- Exchanging AS values with open messages
- Defining BGP neighbours
- Pinging routers to check connectivity
- Increasing route flow between BGP with loopback
- Allowing external connectivity through eBGP multihop
- Using loopback interface with neighbour command
- Load Balancing with neighbour eBGP multihop and neighbour update-source commands
Filtering with BGP
- Receiving updates between neighbours
- Filtering with access lists
- AS path filtering
- Components of the consistent expression and their tasks
- Examining community filtering
- Establishing path information with AS regular expressions
- Configuring filter lists for peer groups
- The functions of community commands and attributes
The interaction of BGP and IGPs (OSPF and RIP)
- The operation of "ships in the night"
- Advantages of independent multiple routing networks
- Gaining additional router resources
- Examining various methods of generating routes from your autonomous system
- Filtering your IGP into BGP using redistribution some dos and donâ€™ts
- Advertising new origins with network command
- Securing loop free inter-domain routing
Alleviating fully meshed BGP with BGP confederation and Route Reflectors
- Configuring BGP confederation peers
- Diluting iBGP mesh with BGP confederation exchange routing through eBGP peers
- iBGP peering in AS with Route Reflectors (RR)
- Identifying routing data with Route Reflectors and cluster lists
- Configuration, components, and commands
Monitoring and troubleshooting BGP
- Alleviate oscillations and route flapping on a network
- Examining BGP Route dampening
- Identify badly defined routes
- Route dampening commands and default parameters
- Penalties with BGP dampening

FAQ's on BGP training & certification

1. What is BGP?
Border Gateway Protocol (BGP) is a standardized exterior gateway protocol planned to interchange routing and reachability information between autonomous systems (AS) on the Internet.
2. What is the purpose of BGP?
The protocol is often classified as a path vector protocol but is sometimes also classed as a distance-vector routing protocol.
3. When can we use BGP?
BGP can be used only under the following circumstances:
- Multiple connections exist to external ASâ€™s like the Internet through different providers.
- Multiple connections exist to external ASâ€™s over the same provider, but connect through a separate CO or else routing policy.
- The surviving routing equipment can also hold the additional demands.
- The real benefit of BGP is in controlling how the traffic enters the local AS, other than how the traffic exits it.
4. What is the use of BGP?
- BGP permits for routes to be designed before that they are given out to peers, over the use of implementation-specific policies.
- BGP uses timers to avoid a quickly changing route from being frequently advertised all over the internet.
- BGP protocol exchanges can be authentic so that individual trusted routers can join in the routing exchanges.
- BGP is used to exchange Internet routes.