The Best CCNP Training in Delhi (350–701)
CCNP 350-701 Training in Delhi is specially designed to introduce IT aspirants to network-pen-testing skills and knowledge that can help individuals and organizations fight against unknown threats and unauthorized access to networks, servers, and accounts. Several institutes are offering training and certification programs for networking. However, before that, they should know some essential information about how network security works. This article will let you know every little aspect of network security. What are we waiting for? Let’s get straight into the topic!
About CCNP 350-701 Training in Delhi
The goal of the Delhi CCNP 350-701 training program is to teach advanced skills for configuring and managing Cisco security technology. With hands-on labs, real-world scenarios, and exam preparation, the certified training providers in Delhi offer courses that get IT professionals ready for the CCNP Security certification. Participants in the program gain knowledge of network security, which is in line with industry standards and demands in Delhi’s rapidly growing IT scene.
Why choose 350-701 CCNP training in Delhi?
S.No. | Factors | How? |
1. | Industry-Relevant Skills | IT workers may become useful assets in the changing network security landscape by gaining industry-relevant skills in implementing and managing Cisco security solutions through CCNP 350-701 training in Delhi. |
2. | Hands-On Practical Training | CCNP 350-701 courses in Delhi, for example, frequently incorporate practical exercises and hands-on labs, giving participants real-world experience setting and troubleshooting security solutions and improving their skills. |
3. | Global Certification Recognition | Gaining certification for completing CCNP 350-701 training in Delhi increases employability in domestic and foreign job markets and delivers worldwide recognition for knowledge in security technology. |
4. | Networking Opportunities | Networking with local individuals, security specialists, and companies is made easier by Delhi training, opening doors for cooperation, knowledge exchange, and future career improvements in the network security industry. |
5. | Alignment with Industry Demands | With Delhi serving as a center for networking and IT, CCNP 350-701 training guarantees compliance with industry standards, enabling professionals to maintain their competitiveness and make valuable contributions to the security needs of local businesses. |
Benefits of CCNP Training in Delhi
S.No. | Advantages | How? |
1. | Industry-Relevant Expertise | With CCNP training in Delhi, professionals may apply Cisco security technologies with industry-specific skills and become proficient in meeting the changing cybersecurity needs of enterprises in the region. |
2. | Career Advancement | By certifying advanced security skills and placing participants for roles such as security engineers, analysts, or consultants in Delhi’s competitive IT employment market, successful completion of the training improves career prospects. |
3. | Global Recognition | The internationally recognized CCNP 350-701 certification gives professionals in Delhi the chance to demonstrate their skills internationally, thus broadening their career prospects beyond local borders. |
4. | Alignment with Cisco Technologies | Professionals with experience in Cisco technologies are beneficial to Delhi’s IT scene, and CCNP 350-701 training guarantees that participants remain up-to-date on the newest security solutions and industry best practices. |
5. | Networking Opportunities | Attending training in Delhi makes it easier for participants to network with other IT and security specialists, share knowledge, keep up with market developments, and possibly even find new collaboration opportunities within the thriving Delhi IT community. |
Course Eligibility: CCNP Training in Delhi
- Networking Experience: To be eligible for 350-701 CCNP training in Delhi, candidates usually need to have a strong background in networking theory as well as real-world experience. This ensures that candidates are knowledgeable in routing, switching, and basic network operations.
- CCNA Certification: To ensure a fundamental understanding of Cisco networking technology, several training providers advise or mandate that participants obtain a CCNA (Cisco Certified Network Associate) certification as a prerequisite for CCNP training in Delhi.
- Security Knowledge: Since CCNP 350-701 focuses on deploying and administering Cisco security solutions, experience with security protocols, encryption, and threat mitigation is beneficial. Basic knowledge of cybersecurity concepts is also required.
- IT Professionals: The course is intended for IT professionals who want to improve their abilities in managing and implementing Cisco security solutions, such as network engineers, system administrators, and security specialists.
- Cisco Learning Credits: For the CCNP 350-701 course, some training providers may accept Cisco Learning Credits as payment. This allows people and businesses to use these credits to defray the cost of their training.
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1Module 1: Cisco ASA Overview
- 1.1 Firewall Overview
- 1.2 Firewall Techniques
- 1.3 Stateless Packet Filtering
- 1.4 Stateful Packet Filtering
- 1.5 Cisco ASA Product Family
- 1.6 Introducing the Cisco ASA 5500-X Series NGFW
- 1.7 Introducing the Cisco ASAv
- 1.8 Difference between UTM and NGFW
- 1.9 Cisco ASA Features
- 1.10 Using the CLI
- 1.11 Using the Cisco ASDM
- 1.12 Understanding Factory default configuration
- 1.13 Working on the configuration files
- 1.14 Cisco ASA Firewall Interfaces
- 1.15 Configuring Physical interfaces
- 1.16 Configuring Vlan interfaces
- 1.17 Redundant Interface
- 1.18 Configuring Interface Security Parameters
- 1.19 Naming the interface
- 1.20 Security Level
- 1.21 Assigning the IP Address
- 1.22 Cisco ASA IP Connectivity
- 1.23 Configuring the Static Routing
- 1.24 Routing with EIGRP
- 1.25 Routing with OSPF
- 1.26 Routing with BGP
- 1.27 Verifying the Routing Table
- 1.28 Configuring the SSH and Telnet
- 1.29 Configuring HTTP/S
- 1.30 Cisco ASA NAT (Network Address Translation)
- 1.31 Understanding the NAT
- 1.32 Methods of NAT
- 1.33 Inside NAT
- 1.34 Outside NAT
- 1.35 Implementation of NAT
- 1.36 Auto NAT
- 1.37 Manual NAT
- 1.38 Types of NAT
- 1.39 Static
- 1.40 NAT
- 1.41 PAT
- 1.42 Dynamic
- 1.43 NAT
- 1.44 PAT
- 1.45 Twice NAT
- 1.46 Identity NAT
- 1.47 Cisco ASA ACL
- 1.48 Inside/Outside ACL.
- 1.49 Object GROUP ACL.
- 1.50 Life of a Packet on the Cisco
- 1.51 Cisco ASA Modes
- 1.52 Transparent Mode
- 1.53 Routed Mode
- 1.54 Cisco ASA Context
- 1.55 Admin Context
- 1.56 System Context
- 1.57 User Context
- 1.58 Deployment Guide
- 1.59 Cisco High Availability
- 1.60 ASA Failover
- 1.61 Active/Standby
- 1.62 Active/Active
- 1.63 Verifying failover Operations
- 1.64 Clustering ASA firewallWireshark Capture
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2Module 2: Cryptography Overview
- 2.1 Hash Algorithm
- 2.2 Encryption Overview
- 2.3 Cryptanalysis
- 2.4 Symmetric Encryption Algorithm
- 2.5 Asymmetric Encryption Algorithm
- 2.6 Digital Signatures
- 2.7 PKI Overview
- 2.8 PKI Operations
- 2.9 Fundamentals of VPN Technologies and IPSec
- 2.10 What is VPN
- 2.11 Introduction of Ipsec Terminology
- 2.12 VPN Types
- 2.13 Ipsec Features
- 2.14 Confidentiality, Integrity, Availability and Anti-Replay.
- 2.15 IPSec Protocols: – IKE, ESP and AH
- 2.16 IKE Modes
- 2.17 IKE Phases
- 2.18 NAT-T
- 2.19 Security Associations and Components
- 2.20 How to configure cisco IOS as CA
- 2.21 Site to Site VPN ROUTER AND ALSO ON CISCO ASA
- 2.22 What is Site-to Site VPN
- 2.23 Wireshark Capture
- 2.24 GRE
- 2.25 Gre over IPSec
- 2.26 Site-to-Site VPN Labs
- 2.27 Deploying DMVPN
- 2.28 DMVPN Overview
- 2.29 DMVPN Terminologies
- 2.30 NHRP
- 2.31 MGRE
- 2.32 DMVPN Working
- 2.33 DMVPN Advantages and Limitations
- 2.34 DMVPN Phase 1, 2 and 3
- 2.35 DMVPN Labs
- 2.36 DMVPN Redundancy – Dual Hub DMVPN Deployment
- 2.37 Remote Access VPN
- 2.38 Remote Access VPN Introduction
- 2.39 Remote Access VPN modes
- 2.40 Client Mode Software
- 2.41 Client Mode Hardware
- 2.42 Remote Access with DVTI
- 2.43 Remote Access Working
- 2.44 Remote Access Labs
- 2.45 Deploying Clientless SSL VPN
- 2.46 SSL VPN Overview
- 2.47 SSL Handshake
- 2.48 SSL VPN Modes
- 2.49 Clientless and Thick Client
- 2.50 SSL VPN Working
- 2.51 SSL VPN Labs
- 2.52 Deploying Anyconnect VPN
- 2.53 Anyconnect Overview
- 2.54 Connection Policies
- 2.55 Group Policies
- 2.56 Split Tunnelling
- 2.57 Client Profile
- 2.58 Anyconnect Image Upload
- 2.59 GET VPN
- 2.60 GET VPN
- 2.61 GET VPN Terminologies
- 2.62 GDOI
- 2.63 Key Server (KS)
- 2.64 KEK (Key Encryption Key)
- 2.65 TEK (Traffic Encryption Key)
- 2.66 Rekey Process (Unicast and Multicast)
- 2.67 Group Member (GM)
- 2.68 GET VPN Lab and Working
- 2.69 Flex VPN
- 2.70 Introduction and Working IOS Flex VPN
- 2.71 Flex VPN Labs
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3Module 3: Introducing Cisco ISE Architecture and Deployment
- 3.1 Security challenges
- 3.2 Cisco ISE solutions Use Cases
- 3.3 Secure Access Control
- 3.4 ISE function
- 3.5 ISE deployment components
- 3.6 Context visibility
- 3.7 ISE Personas
- 3.8 ISE Licensing
- 3.9 Infrastructure Components
- 3.10 Identity Source
- 3.11 Fundamentals of AAA
- 3.12 AAA
- 3.13 Radius Overview
- 3.14 Radius Messages
- 3.15 AV Pair
- 3.16 IEEE 802.1x Primer
- 3.17 EAP
- 3.18 Types of EAP
- 3.19 Tunnel EAP
- 3.20 EAP-FAST
- 3.21 PEAP
- 3.22 EAP-TLS
- 3.23 Non-Tunnel EAP
- 3.24 EAP-MD5
- 3.25 MSCHAP
- 3.26 EAP GTC
- 3.27 Host Mode
- 3.28 Deployment of 802.1x
- 3.29 Bootstrap Network Access Devices
- 3.30 Radius Commands
- 3.31 AAA Commands
- 3.32 Introduction to ISE GUI
- 3.33 AD overview and configuration
- 3.34 Admin Access
- 3.35 Administrative Work
- 3.36 Certificate in ISE
- 3.37 Personas
- 3.38 Probes for ISE
- 3.39 Backup/Restore
- 3.40 Maintenance
- 3.41 Configuring Authentication and Authorization Policy
- 3.42 Dot1x Authentication and Authorization
- 3.43 MAB Authentication and Authorization
- 3.44 AP Authentication and Authorization
- 3.45 Device Administration
- 3.46 Configuring Posturing and Profiling
- 3.47 Posturing
- 3.48 Profiling of Devices
- 3.49 Cisco TrustSec and Its Component
- 3.50 SGT/SGN Tagging
- 3.51 Classification
- 3.52 Propagation
- 3.53 Inline
- 3.54 SXP
- 3.55 Enforcement ACL
- 3.56 Miscellaneous Topics
- 3.57 Configuring the Cisco WLC and AP via GUI and CLI
- 3.58 Cisco VPN Authentication
- 3.59 Cisco Anyconnect VPN authentication from ISE
- 3.60 Troubleshooting ISE
- 3.61 Radius Live Log
- 3.62 Diagnostic Validator
- 3.63 Logs Management
- 3.64 Radius Messages with Attribute Type
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4Module 4: Cisco NGFW
- 4.1 What are NGFW and UTM
- 4.2 Components of NGFW
- 4.3 Introduction of the SourceFire and Snort Rules
- 4.4 Cisco Acquisitions
- 4.5 FTD, NGIPS
- 4.6 Off-Box Management and On-Box Management
- 4.7 FMC and FDM GUI
- 4.8 Licensing on the FMC
- 4.9 Registration of FMC with FTD and NGIPS
- 4.10 Configuration of the Sensor Interface
- 4.11 Configuring NAT and Routing
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5Module 5: WSA/ESA
- 5.1 Describe the Cisco WSA
- 5.2 Install and verify the WSA
- 5.3 Deploy proxy services for the WSA
- 5.4 WCCP Services and Transparent Proxy
- 5.5 Utilize authentication with the WSA
- 5.6 Configure various policies for the WSA
- 5.7 Enforce acceptable use using the WSA
- 5.8 Defend against malware
- 5.9 Configure data security
- 5.10 Perform Administration and Troubleshooting of WSA’s
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6Module 6: Introduction to Netflow
- 6.1 Why we need Cisco StealthWatch
- 6.2 Components of StealthWatch
- 6.3 Advanced Features of StealthWatch
- 6.4 Configuring the Stealthwatch Management Console
- 6.5 Using the Appliance Setup Tool with the SMC
- 6.6 Configuring the Stealthwatch Flow Collector