CCIE

CCIE certificates are often regarded as the most respected networking credentials in the industry. The CCIE and CCDE communities have earned a reputation for being at the forefront of the networking business in terms of deep technical networking knowledge, and they are often assigned to the most technically hard network assignments. To assure and maintain programme quality, relevance, and value, the expert-level certification programme constantly updates and revises its testing tools and processes. A difficult written exam and a personal interview are required. Currently, the CCIE Training in Canada is organized into six main areas of competence, or "tracks." Multiple CCIE Classes in Canada tracks in Cisco technology are available, including Routing & Switching, Service Provider, Security, Collaboration, Data Center, and Wireless. Instead of passing the written exam, the Continuing Education Program is an alternative method of re-certification for the CCIE license. This programme is run on three guiding principles: flexibility, diversity, and integrity.

Education Program
Allowing individuals a wide choice of options for re-certification is an example of flexibility.
CCIE Training in Canada choices include online courses, instructor-led training, and content authoring.
Integrity is achieved by having Cisco recognised content providers with re-certification criteria evaluate an individual's credits.

Applicability to real-world scenarios Edit
Some detractors of CCIE certifications that confront corner-case scenarios of written and lab exams are concerned about a new approach to networking with software-defined networking. However, whether a router or a switch is physical hardware or simply a piece of software, the fundamental networking activities remain the same in real-world internetworking. CCIEs are still useful in the software-defined networking era.

Cisco CCIE Collaboration
Architects who specialize in voice, video, and unified communications should pursue the CCIE Collaboration certification. Required to pass a multiple written test on Cisco Enterprise Collaboration and also an eight-hour lab certification. Installation, diagnostics, and synchronization are among the topics covered.

Data Center CCIE
The CCIE Data Center certification is intended for professionals involved in the design, planning, and implementation of data center infrastructure. Candidates must first pass a two-hour written test on data center infrastructure before moving on to a two-part, eight-hour timed lab exam that evaluates skills in diagnosing and troubleshooting complicated data center topologies.

CCIE Routing and Switching Certification
After passing a written test covering networking topics, candidates must complete an eight-hour lab setting routing and switching equipment. It is intended for advanced-level engineering experts.

Security CCIE
Engineers who get the CCIE Security certification are prepared to architect, engineer, and debug Cisco security technology. Engineers must properly configure a secure network within eight hours to pass the lab exam.

Service Provider for CCIE
Candidates must pass an eight-hour lab setting service provider equipment, which is intended for network engineers at service providers.

CCIE Connectivity
Candidates who obtain this certification must pass an eight-hour lab setting wireless networks, which is designed to assess understanding of wireless local area networks (WLANs) and theoretical underpinnings of wireless networks. Candidates who want to apply for the Certified Internetwork Expert certification must have completed their pre-secondary computer networking courses. An associate's or bachelor's degree in networking or network management is required.

Who can do CCIE?
Candidates for this certification must have a high school diploma or equivalent, as well as at least one year of work experience. The majority of CCIE candidates begin their careers as computer support specialists. Some degree programmes, however, are linked with the Networking Training Institute. There is no set of requirements for candidates who want to obtain the certification. However, before taking the CCIE test, Cisco advises that candidates have at least three to five years of networking experience.

Skills
Candidates who want to apply for the Certified Internetwork Expert certification must have completed their pre-secondary computer networking courses. An associate's or bachelor's degree in networking or network management is required. Candidates for this CCIE Classes in Canada must have a high school diploma or equivalent, as well as at least one year of work experience. The majority of CCIE course candidates begin their careers as computer support specialists. There is no set of requirements for candidates who want to obtain the certification. However, before taking the CCIE Course test, Cisco advises that candidates have at least three to five years of networking experience.

How to Safeguard the Internet Network
All networks and systems are subject to viruses and data breaches, which can not only bring the system down but also expose sensitive data to those who may misuse it. Because of the regularity of cyber-attacks in today's digital environment, cybersecurity is a crucial aspect of any internetwork engineer's job.

How to Work with Others
People skills are essential for internetwork engineers, who will almost certainly work as part of a team when dealing with huge, complicated networks. Whether you're dealing with company leadership or technicians reporting to you, it's critical to interact well with others so that the internetwork system can accomplish necessary goals and be properly maintained.
Certifications necessitate certain skills.
IT certificates indicate competence.

Usually, any graduate from any field prefers online courses to further their education and acquire relevant and useful employment. Online CCIE Training in Canada is a specialized training facility for technical graduates. Our center assists students in accumulating all of their expertise and using it to their projects. Our test results and evaluations provide students with valuable practice. SevenMentor offers 100% placement, which is a fantastic new possibility for students.

• Freshers
• BE/ Bsc Candidate
• Tech Support Engineers
• Any Graduate
• Any Post-Graduate
• Working Professionals

Exam DescriptionThe CCIE® Routing and Switching Lab Exam version 5.0 is an eight-hour, hands-on exam which requires you to configure and troubleshoot a series of complex networks to given specifications. Knowledge of troubleshooting is an important skill and candidates are expected to diagnose and solve issues as part of the CCIE lab exam. You will not configure end-user systems, but are responsible for all devices residing in the network.The following topics are general guidelines for the content likely to be included on the exam. However, other related topics may also appear on any specific delivery of the exam. In order to better reflect the contents of the exam and for clarity purposes, the guidelines below may change at any time without notice.
20% 1.0 Layer 2 Technologies

• <1.1 LAN switching technologies
• 1.1.a Implement and troubleshoot switch administration
• 1.1.a (i) Managing MAC address table
• 1.1.a (ii) errdisable recovery
• 1.1.a (iii) L2 MTU
• 1.1.b Implement and troubleshoot layer 2 protocols
• 1.1.b (i) CDP, LLDP
• 1.1.b (ii) UDLD
• 1.1.c Implement and troubleshoot VLAN
• 1.1.c (i) access ports
• 1.1.c (ii) VLAN database
• 1.1.c (iii) normal, extended VLAN, voice VLAN
• 1.1.d Implement and troubleshoot trunkin
• 1.1.d (i) VTPv1, VTPv2, VTPv3, VTP pruning
• 1.1.d (ii) dot1Q
• 1.1.d (iii) Native VLAN
• 1.1.d (iv) Manual pruning
• 1.1.e Implement and troubleshoot etherchannel
• 1.1.e (i) LACP, PAgP, manual
• 1.1.e (ii) layer 2, layer 3
• 1.1.e (iii) load-balancing
• 1.1.e (iv) etherchannel misconfiguration guard
• 1.1.f Implement and troubleshoot spanning-tree
• 1.1.f (i) PVST+/RPVST+/MST
• 1.1.f (ii) switch priority, port priority, path cost, STP timers
• 1.1.f (iii) port fast, BPDUguard, BPDUfilter
• 1.1.f (iv) loopguard, rootguard
• 1.1.g Implement and troubleshoot other LAN switching technologies
• 1.1.g (i) SPAN, RSPAN, ERSPAN

• 1.2 Layer 2 Multicast
• 1.2.a Implement and troubleshoot IGMP
• 1.2.a (i) IGMPv1, IGMPv2, IGMPv3
• 1.2.a (ii) IGMP snooping
• 1.2.a (iii) IGMP querier
• 1.2.a (iv) IGMP filter
• 1.2.a (v) IGMP proxy

• 1.3 Layer 2 WAN circuit technologies
• 1.3.a Implement and troubleshoot HDLC
• 1.3.b Implement and troubleshoot PPP
• 1.3.b (i) authentication (PAP, CHAP)
• 1.3.b (ii) PPPoE
• 1.3.b (iii) MLPPP

• 1.4 Troubleshooting layer 2 technologies
• 1.4.a Use IOS troubleshooting tools
• 1.4.a (i) debug, conditional debug
• 1.4.a (ii) ping, traceroute with extended options
• 1.4.a (iii) Embedded packet capture
• 1.4.b Apply troubleshooting methodologies
• 1.4.b (i) Diagnose the root cause of networking issue (analyze symptoms,identify and describe root cause)
• 1.4.b (ii) Design and implement valid solutions according to constraints
• 1.4.b (iii) Verify and monitor resolution
• 1.4.c Interpret packet capture
• 1.4.c (i) Using wireshark trace analyzer
• 1.4.c (ii) Using IOS embedded packet capture

• 2.0 Layer 3 Technologies
• 2.1 Addressing technologies
• 2.1.a Identify, implement and troubleshoot IPv4 addressing and sub-netting
• 2.1.a (i) Address types, VLSM
• 2.1.a (ii) ARP
• 2.1.b Identify, implement and troubleshoot IPv6 addressing and sub-netting
• 2.1.b (i) Unicast, multicast
• 2.1.b (ii) EUI-64
• 2.1.b (iii) ND, RS/RA
• 2.1.b (iv) Autoconfig/SLAAC temporary addresses (RFC4941)
• 2.1.b (v) Global prefix configuration feature
• 2.2 Layer 3 Multicast
• 2.2.a Troubleshoot reverse path forwarding
• 2.2.a (i) RPF failure
• 2.2.a(ii) RPF failure with tunnel interface
• 2.2.b Implement and troubleshoot IPv4 protocol independent multicast
• 2.2.b (i) PIM dense mode, sparse mode, sparse-dense mode
• 2.2.b (ii) Static RP, auto-RP, BSR
• 2.2.b (iii) Bidirectional PIM
• 2.2.b (iv) Source-specific multicast
• 2.2.b (v) Group to RP mapping
• 2.2.b (vi) Multicast boundary
• 2.2.c Implement and troubleshoot multicast source discovery protocol
• 2.2.c.(i) Intra-domain MSDP (anycast RP)
• 2.2.c.(ii) SA filter
• 2.3 Fundamental routing concepts
• 2.3.a Implement and troubleshoot static routing
• 2.3.b Implement and troubleshoot default routing
• 2.3.c Compare routing protocol types
• 2.3.c (i) distance vector
• 2.3.c (ii) link state
• 2.3.c (iii) path vector
• 2.3.d Implement, optimize and troubleshoot administrative distance
• 2.3.e Implement and troubleshoot passive interface
• 2.3.f Implement and troubleshoot VRF lite
• 2.3.g Implement, optimize and troubleshoot filtering with any routing protocol
• 2.3.h Implement, optimize and troubleshoot redistribution between any routing protocol
• 2.3.i Implement, optimize and troubleshoot manual and auto
summarization with any routing protocol
• 2.3.j Implement, optimize and troubleshoot policy-based routing
• 2.3.k Identify and troubleshoot sub-optimal routing
• 2.3.l Implement and troubleshoot bidirectional forwarding detection
• 2.3.m Implement and troubleshoot loop prevention mechanisms
• 2.3.m (i) Route tagging, filtering
• 2.3.m (ii) Split horizon
• 2.3.m (iii) Route poisoning
• 2.3.n Implement and troubleshoot routing protocol authentication
• 2.3.n (i) MD5
• 2.3.n (ii) key-chain
• 2.3.n (iii) EIGRP HMAC SHA2-256bit
• 2.3.n (iv) OSPFv2 SHA1-196bit
• 2.3.n (v) OSPFv3 IPsec authentication
• 2.4 RIP v2
• 2.4.a Implement and troubleshoot RIPv2
• 2.5 EIGRP (for IPv4 and Ipv6)
• 2.5.a Describe packet types
• 2.5.a (i) Packet types (hello, query, update, and such)
• 2.5.a (ii) Route types (internal, external)
• 2.5.b Implement and troubleshoot neighbor relationship
• 2.5.b (i) Multicast, unicast EIGRP peering
• 2.5.c Implement and Troubleshoot Loop free path selection
• 2.5.c (i) RD, FD, FC, successor, feasible successor
• 2.5.c (ii) Classic metric
• 2.5.c (iii) Wide metric
• 2.5.d Implement and troubleshoot operations
• 2.5.d (i) General operations
• 2.5.d (ii) Topology table, update, query, active, passive
• 2.5.d (iii) Stuck in active
• 2.5.d (iv) Graceful shutdown
• 2.5.e Implement and troubleshoot EIGRP stub
• 2.5.e (i) stub
• 2.5.e (ii) leak-map
• 2.5.f Implement and troubleshoot load-balancing
• 2.5.f (i) equal-cost
• 2.5.f (ii) unequal-cost
• 2.5.f (iii) add-path
• 2.5.g Implement EIGRP (multi-address) named mode
• 2.5.g (i) Types of families
• 2.5.g (ii) IPv4 address-family
• 2.5.g (iii) IPv6 address-family
• 2.5.h Implement, troubleshoot and optimize EIGRP convergence and scalability
• 2.5.h (i) Describe fast convergence requirements
• 2.5.h (ii) Control query boundaries
• 2.5.h (iii) IP FRR/fast reroute (single hop)
• 2.5.h (iv) Summary leak-map
• 2.5.h (v) Summary metric
• 2.6 OSPF (v2 and v3)
• 2.6.a Describe packet types
• 2.6.a (i) LSA types (1, 2, 3, 4, 5, 7, 9)
• 2.6.a (ii) Route types (N1, N2, E1, E2)
• 2.6.b Implement and troubleshoot neighbor relationship
• 2.6.c Implement and troubleshoot OSPFv3 address-family support
• 2.6.c (i) IPv4 address-family
• 2.6.c (ii) IPv6 address-family
• 2.6.d Implement and troubleshoot network types, area types and router types
• 2.6.d (i) Point-to-point, multipoint, broadcast, non-broadcast
• 2.6.d (ii) LSA types, area type: backbone, normal, transit, stub, NSSA, totally stub
• 2.6.d (iii) Internal router, ABR, ASBR
• 2.6.d (iv) Virtual link\
• 2.6.e Implement and troubleshoot path preference
• 2.6.f Implement and troubleshoot operations
• 2.6.f (i) General operations
• 2.6.f (ii) Graceful shutdown
• 2.6.f (iii) GTSM (generic TTL security mechanism
• 2.6.g Implement, troubleshoot and optimize OSPF convergence and scalability
• 2.6.g (i) Metrics
• 2.6.g (ii) LSA throttling, SPF tuning, fast hello
• 2.6.g (iii) LSA propagation control (area types, ISPF)
• 2.6.g (iv) IP FR/fast reroute (single hop)
• 2.6.g (v) LFA/loop-free alternative (multi hop)
• 2.6.g (vi) OSPFv3 prefix suppression
• 22.7 BGP
• 2.7.a Describe, implement and troubleshoot peer relationships
• 2.7.a (i) Peer-group, template
• 2.7.a (ii) Active, passive
• 2.7.a (iii) States, timers
• 2.7.a (iv) Dynamic neighbors
• 2.7.b Implement and troubleshoot IBGP and EBGP
• 2.7.b (i) EBGP, IBGP
• 2.7.b (ii) 4 bytes AS number
• 2.7.b (iii) Private AS
• 2.7.c Explain attributes and best-path selection
• 2.7.d Implement, optimize and troubleshoot routing policies
• 2.7.d (i) Attribute manipulation
• 2.7.d (ii) Conditional advertisement
• 2.7.d (iii) Outbound route filtering
• 2.7.d (iv) Communities, extended communities
• 2.7.d (v) Multi-homing
• 2.7.e Implement and troubleshoot scalability
• 2.7.e (i) Route-reflector, cluster
• 2.7.e (ii) Confederations
• 2.7.e (iii) Aggregation, AS set
• 2.7.f Implement and troubleshoot multi-protocol BGP
• 2.7.f (i) IPv4, IPv6, VPN address-family
• 2.7.g Implement and troubleshoot AS path manipulations
• 2.7.g (i) Local AS, allow AS in, remove private AS
• 2.7.g (ii) Prepend
• 2.7.g (iii) Regexp
• 2.7.h Implement and Troubleshoot Other Features
• 2.7.h (i) Multipath
• 2.7.h (ii) BGP synchronization
• 2.7.h (iii) Soft reconfiguration, route refresh
• 2.8 Troubleshooting layer 3 technologies
• 2.8.a Use IOS troubleshooting tools
• 2.8.a (i) debug, conditional debug
• 2.8.a (ii) ping, traceroute with extended options
• 2.8.a (iii) Embedded packet capture
• 2.8.b Apply troubleshooting methodologies
• 2.8.b (i) Diagnose the root cause of networking issue (analyze symptoms,identify and describe root cause)
• 2.8.b (ii) Design and implement valid solutions according to constraints
• 2.8.b (iii) Verify and monitor resolution
• 2.8.c Interpret packet capture
• 2.8.c (i) Using wireshark trace analyzer
• 2.8.c (ii) Using IOS embedded packet capture

• 3.0 VPN Technologies
• 3.1 Tunneling
• 3.1.a Implement and troubleshoot MPLS operations
• 3.1.a (i) Label stack, LSR, LSP
• 3.1.a (ii) LDP
• 3.1.a (iii) MPLS ping, MPLS traceroute
• 3.1.b Implement and troubleshoot basic MPLS L3VPN
• 3.1.b (i) L3VPN, CE, PE, P
• 3.1.b (ii) Extranet (route leaking)
• 3.1.c Implement and troubleshoot encapsulation
• 3.1.c (I) GRE
• 3.1.c (ii) Dynamic GRE
• 3.1.d Implement and troubleshoot DMVPN (single hub)
• 3.1.d (i) NHRP
• 3.1.d (ii) DMVPN with IPsec using preshared key
• 3.1.d (iii) QoS profile
• 3.1.d (iv) Pre-classify
• 3.2 Encryption
• 3.2.a Implement and troubleshoot IPsec with preshared key
• 3.2.a (i) IPv4 site to IPv4 site
• 3.2.a (ii) IPv6 in IPv4 tunnels
• 3.2.a (iii) Virtual tunneling interface (VTI)
• 3.3 Troubleshooting VPN technologies
• 3.3.a Use IOS troubleshooting tools
• 3.3.a (i) debug, conditional debug
• 3.3.a (ii) ping, traceroute with extended options
• 3.3.a (iii) Embedded packet capture
• 3.3.b Apply troubleshooting methodologies
• 3.3.b (i) Diagnose the root cause of networking issue (analyze symptoms,identify and describe root cause)
• 3.3.b (ii) Design and implement valid solutions according to constraints
• 3.3.b (iii) Verify and monitor resolution
• 3.3.c Interpret packet capture
• 3.3.c (i) Using wireshark trace analyzer
• 3.3.c (ii) Using IOS embedded packet capture

• 4.0 Infrastructure Security
• 4.1 Device security
• 4.1.a Implement and troubleshoot IOS AAA using local database
• 4.1.b Implement and troubleshoot device access control
• 4.1.b (i) Lines (VTY, AUX, console)
• 4.1.b (ii) SNMP
• 4.1.b (iii) Management plane protection
• 4.1.b (iv) Password encryption
• 4.1.c Implement and troubleshoot control plane policing
• 4.2 Network security
• 4.2.a Implement and troubleshoot switch security features
• 4.2.a (i) VACL, PACL
• 4.2.a (ii) Stormcontrol
• 4.2.a (iii) DHCP snooping
• 4.2.a (iv) IP source-guard
• 4.2.a (v) Dynamic ARP inspection
• 4.2.a (vi) Port-security
• 4.2.a (vii) Private VLAN
• 4.2.b Implement and troubleshoot router security features
• 4.2.b (i) IPv4 access control lists (standard, extended, time-based)
• 4.2.b (ii) IPv6 traffic filter
• 4.2.b (iii) Unicast reverse path forwarding
• 4.2.c Implement and troubleshoot IPv6 first hop security
• 4.2.c (i) RA guard
• 4.2.c (ii) DHCP guard
• 4.2.c (iii) Binding table
• 4.2.c (iv) Device tracking
• 4.2.c (v) ND inspection/snooping
• 4.2.c (vi) Source guard
• 4.2.c (vii) PACL
• 4.0 Infrastructure Security
• 4.3 Troubleshooting infrastructure
• 4.3.a Use IOS troubleshooting tools
• 4.3.a (i) debug, conditional debug
• 4.3.a (ii) ping, traceroute with extended options
• 4.3.a (iii) Embedded packet capture
• 4.3.b Apply troubleshooting methodologies
• 4.3.b (i) Diagnose the root cause of networking issue (analyze symptoms,identify and describe root cause)
• 4.3.b (ii) Design and implement valid solutions according to constraints
• 4.3.b (iii) Verify and monitor resolution
• 4.3.c Interpret packet capture
• 4.3.c (i) Using wireshark trace analyser
• 4.3.c (ii) Using IOS embedded packet capture

• 5.0 Infrastructure Services
• 5.1 System management
• 5.1.a Implement and troubleshoot device management
• 5.1.a (i) Console and VTY
• 5.1.a (ii) telnet, HTTP, HTTPS, SSH, SCP
• 5.1.a (iii) (T)FTP
• 5.1.b Implement and troubleshoot SNMP
• 5.1.b (i) v2c, v3
• 5.1.c Implement and troubleshoot logging
• 5.1.c (i) Local logging, syslog, debug, conditional debug
• 5.1.c (ii) Timestamp
• 5.2 Quality of service
• 5.2.a Implement and troubleshoot end to end QoS
• 5.2.a (i) CoS and DSCP mapping
• 5.2.b Implement, optimize and troubleshoot QoS using MQC
• 5.2.b (i) Classification
• 5.2.b (ii) Network based application recognition (NBAR)
• 5.2.b (iii) Marking using IP precedence, DSCP, CoS, ECN
• 5.2.b (iv) Policing, shaping
• 5.2.b (v) Congestion management (queuing)
• 5.2.b (vi) HQoS, sub-rate ethernet link
• 5.2.b (vii) Congestion avoidance (WRED)
• 5.3 Network services
• 5.3.a Implement and troubleshoot first-hop redundancy protocols
• 5.3.a (i) HSRP, GLBP, VRRP
• 5.3.a (ii) Redundancy using IPv6 RS/RA
• 5.3.b Implement and troubleshoot network time protocol
• 5.3.b (i) NTP master, client, version 3, version 4
• 5.3.b (ii) NTP authentication
• 5.3.c Implement and troubleshoot IPv4 and IPv6 DHCP
• 5.3.c (i) DHCP client, IOS DHCP server, DHCP relay
• 5.3.c (ii) DHCP options
• 5.3.c (iii) DHCP protocol operations
• 5.3.c (iv) SLAAC/DHCPv6 interaction
• 5.3.c (v) Stateful, stateless DHCPv6
• 5.3.c (vi) DHCPv6 prefix delegation
• 5.3.d Implement and troubleshoot IPv4 network address translation
• 5.3.d (i) Static NAT, dynamic NAT, policy-based NAT, PAT
• 5.3.d (ii) NAT ALG
• 5.4 Network optimization
• 5.4.a Implement and troubleshoot IP SLA
• 5.4.a (i) ICMP, UDP, jitter, VoIP
• 5.4.b Implement and troubleshoot tracking object
• 5.4.b (i) Tracking object, tracking list
• 5.4.b (ii) Tracking different entities (e.g. interfaces, routes, IPSLA, and such)
• 5.4.c Implement and troubleshoot netflow
• 5.4.c (i) Netflow v5, v9
• 5.4.c (ii) Local retrieval
• 5.4.c (iii) Export (configuration only)
• 5.4.d Implement and troubleshoot embedded event manager
• 5.4.d (i) EEM policy using applet
• 5.5 Troubleshooting infrastructure services
• 5.5.a Use IOS troubleshooting tools
• 5.5.a (i) debug, conditional debug
• 5.5.a (ii) ping, traceroute with extended options
• 5.5.a (iii) Embedded packet capture
• 5.5.b Apply troubleshooting methodologies
• 5.5.b (i) Diagnose the root cause of networking issue (analyze symptoms,identify and describe root cause)
• 5.5.b (ii) Design and implement valid solutions according to constraints
• 5.5.b (iii) Verify and monitor resolution
• 5.5.c Interpret packet capture
• 5.5.c (i) Using wireshark trace analyzer
• 5.5.c (ii) Using IOS embedded packet capture

Employees who want to learn more can contact our Corporate CCIE Course in Canada. Employees can enrol here to hone their abilities as well as get practical information in subjects of interest. Our classrooms are full with knowledge, practical assessments, and fun, which encourages learners to make their talents and experiences. It will be a tremendous opportunity for employees to advance to higher-paying positions.