About Education

The “Understanding Cisco Wireless Foundations (WLFNDU)” v1.0 course provides you with the knowledge and skills needed to deploy, plan, implement, operate, and manage a Cisco® wireless LAN (WLAN) network. This course teaches you how to design, install, configure, monitor, and perform basic troubleshooting tasks on a Cisco WLAN network of any size.

Prerequisites

It is recommended, but not required, that you have the following knowledge and skills before attending this course:

• General information about networks
• General information on wireless networks
• Routing and switching knowledge

Duration of Training

Total Time: 5 Gün (Günde 6 saat)
Toplam Eğitim Saati: 30 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

• Network engineer
• System engineer
• Wireless network engineer
• Technical solution architect
• Network Administrator
• Wireless network design engineer
• Network Administrator

Educational Content

• Explaining and Applying Basic Wireless Theory
  • Basic concepts of wireless network technologies (e.g.: RF signals, propagation, frequency bands)
  • Wireless network standards (for example: IEEE 802.11a/b/g/n/ac/ax)
• Explain and Apply Basic Wireless Mathematics and Antennas
  • Propagation and strength of wireless signals
  • Antenna types and gains
  • Wireless planning tools
• Explain and Implement Basic Wireless Operation
  • Wireless network topologies (e.g.: centralized, distributed)
  • Wireless network components (for example: access points, wireless clients, controllers)
  • Factors affecting wireless network performance
• Basic Wireless Security Explained and Implemented
  • Wireless network security protocols (for example: WPA, WPA2, WPA3)
  • Preventing and detecting security breaches
• 802.1X and Extensible Authentication Protocol (EAP) Description and Implementation
  • 802.1X authentication framework
  • EAP protocols (for example: EAP-FAST, PEAP, LEAP)
  • Configure and troubleshoot 802.1X authentication
• Configuring Wireless Guest Access and Wireless Security
  • Creating and configuring guest networks
  • Guest network security policies
• Cisco Wireless Network Architecture Description and Implementation
  • Cisco Wireless LAN Controller (WLC) architecture
  • Light Access Point (LAP) architecture
  • FlexConnect architecture
• Cisco Wireless Network Description and Implementation
  • Installing and configuring Cisco WLC
  • Installing and configuring access points
  • Connecting wireless clients to the network
• Cisco Wireless Network Wired Support Description and Application
  • Wired infrastructure requirements for wireless networking
  • Wired network issues affecting wireless network performance
• Configuring Centralized Wireless Networks
  • Centrally manage Cisco WLC
  • Enforce wireless network policies centrally
• WLAN Maintenance and Troubleshooting Description and Application
  • Wireless network performance monitoring and reporting
  • Diagnose and troubleshoot wireless network problems
  • Optimizing wireless network performance

What You Will Gain at the End of Training

• Explain and apply basic wireless theory and concepts.
• Explain and implement basic wireless security and client access.
• Explain and implement Cisco wireless network architecture.
• You can configure centralized wireless networks.
• You can explain and perform WLAN maintenance and troubleshooting procedures.

About Education

The “Understanding Cisco Data Center Foundations (DCFNDU)” v1.0 course helps prepare you for entry-level data center roles. In this course, you will gain the fundamental knowledge and skills needed to configure Cisco® data center technologies (networking, virtualization, storage area network, and converged computing). You will be introduced to Cisco Application Centric Infrastructure (Cisco ACI), automation, and cloud computing. You will gain hands-on experience configuring features on Cisco Nexus Operating System (Cisco NX-OS) and Cisco Unified Computing System (Cisco UCS).

Prerequisites

To take full advantage of this course you should have the following knowledge and skills:

• Good knowledge of network protocols
• Good knowledge of VMware environment
• Basic knowledge of Microsoft Windows operating systems

Recommended Cisco courses that can help you meet these prerequisites:

• Implementing and Administering Cisco Solutions (CCNA)
• Introducing Cisco Data Center Networking (DCICN)
• Introducing Cisco Data Center Technologies (DCICT)

Duration of Training

Total Time: 5 Gün (Günde 6 saat)
Toplam Eğitim Saati: 30 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

• Data center managers
• Data Center Engineers
• System engineers
• Server Administrators
• Network administrators
• Cisco integrators and partners

Educational Content

• Explaining Data Center Network Architectures
  • Cisco Data Center Architecture Overview
  • Three-Layer Network: Core, Aggregation, and Access
  • Spine-Leaf Network
  • Two-Tier Storage Network
• Explaining the Cisco Nexus Family and Cisco NX-OS Software
  • Cisco Nexus Data Center Product Overview
  • Cisco NX-OS Software Architecture
  • Cisco NX-OS Software CLI Tools
  • Cisco NX-OS Virtual Routing and Forwarding
• Explaining Layer 3 First Hop Redundancy
  • Default Gateway Redundancy
  • Hot Standby Router Protocol
  • Virtual Router Redundancy Protocol
  • Gateway Load Balancing Protocol
• Explaining Cisco FEX
  • Server Deployment Models
  • Cisco FEX Technology
  • Cisco FEX Traffic Forwarding
  • Cisco Adapter FEX
• Port Channels and vPCs Explained
  • Ethernet Port Channels
  • Virtual Port Channels
  • Supported vPC Topologies
• Explaining Switch Virtualization
  • Cisco Nexus Switch Core Components
  • Virtual Routing and Forwarding
  • Cisco Nexus 7000 VDCs
  • Types of VDCs
  • VDC Source Allocation
  • VDC Management
• Explaining Machine Virtualization
  • Virtual Machines
  • Hypervisor
  • VM Manager
• Explaining Network Virtualization
  • Upper Layer Network Protocols
  • VXLAN Overlay
  • VXLAN BGP EVPN Control Plane
  • VXLAN Data Plane
  • Cisco Nexus 1000VE Series Virtual Switch
  • VMware vSphere Virtual Switches
• Introduction to Basic Data Center Storage Concepts
  • Storage Connection Options in the Data Center
  • Fibre Channel Storage Network
  • VSAN Configuration and Verification
• Explaining Fibre Channel Communication Between Initiator Server and Target Storage
  • Fiber Channel Layered Model
  • FLOGI Process
  • Fibre Channel Flow Control
• Explaining Fibre Channel Region Types and Their Uses
  • Fibre Channel Zoning
  • Zoning Configuration
  • Zoning Management
• Explaining Cisco NPV Mode and NPIV
  • Cisco NPV Mode
  • NPIV Mode
• Explaining Data Center Ethernet Enhancements
  • IEEE Data Center Bridge
  • Priority Flow Control
  • Improved Transmission Selection
  • DCBX Protocol
  • Blockage Notification
• Explaining FCoE
  • Cisco Unified Structure
  • FCoE Architecture
  • FCoE Initialization Protocol
  • FCoE Adapters
• Explaining Cisco UCS Components
  • Physical Cisco UCS Components
  • Cisco Fabric Interconnect Product Overview
  • Cisco IOM Product Overview
  • Cisco UCS Mini
  • Cisco IMC Controller
  • Cisco Intersight
• Explaining Cisco UCS Manager
  • Cisco UCS Manager Overview
  • Identity and Resource Pools for Hardware Abstraction
  • Service Profiles and Service Profile Templates
  • Cisco UCS Central Overview
  • Cisco HyperFlex Overview
• Using APIs
  • Common Programmability Protocols and Methods
  • How to Choose Models and Processes
• Explaining Cisco ACI
  • Cisco ACI Overview
  • Multi-Tier Applications in Cisco ACI
  • Cisco ACI Features
  • VXLAN in Cisco ACI
  • One-Way Traffic in Cisco ACI
  • Multicast Traffic in Cisco ACI
  • Cisco ACI Programmability
  • Common Programming Tools and Orchestra

About Education

The ‘Understanding Cisco Cybersecurity Fundamentals (SECFND)’ course provides you with a basic understanding of common security concepts, basic security techniques, and the fundamentals of applications, operating systems, and networks used in a Security Operations Centre (SOC). This course helps you learn to find threats in a real network infrastructure using a variety of popular security tools. Through expert instruction and hands-on experience using enterprise-class security tools, you will learn the basics of network and security concepts, endpoint attacks, cryptography, analysis and monitoring. This course is an introduction for those who want to enter the cybersecurity field and is the first of two courses that prepare you for the Cisco CCNA® Cyber Ops certification.

Today's cyber security professionals need to detect, investigate and respond to a wide range of security incidents. This course will help you gain the skills needed to play a role in detecting and responding to security incidents in your organisation's SOC.

Prerequisites

• Basic network knowledge
• Familiarity with basic computer concepts
• Completion of ‘Introduction to Cybersecurity’ or a similar entry-level cyber security course

Duration of Training

Total Time: 5 Gün (Günde 6 saat)
Toplam Eğitim Saati: 30 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

• IT Professionals
• All students looking to enter mid-level cybersecurity roles such as:
  • SOC cybersecurity analysts
  • Computer or network defense analysts
  • Computer network defense infrastructure support personnel
  • Future incident response teams and SOC personnel
  • Cisco integrators or partners

Educational Content

• TCP/IP and Cryptography Concepts
  • Understanding the TCP/IP Protocol Suite
  • Understanding Network Infrastructure
  • Understanding Common TCP/IP Attacks
  • Understanding Basic Cryptography Concepts
• Network Applications and Endpoint Security
  • Explaining Information Security Concepts
  • Understanding Network Applications
  • Understanding Common Network Application Attacks
  • Understanding Windows Operating System Basics
  • Understanding Linux Operating System Basics
  • Understanding Common Endpoint Attacks
  • Understanding Network Security Technologies
  • Understanding Endpoint Security Technologies
• Security Monitoring and Analysis
  • Explaining Security Data Collection
  • Security Incident Analysis Description

What You Will Gain at the End of Training

• Describe network operations and attacks, basic cryptography concepts, and network infrastructure device operations.
• Describe basic Windows and Linux operating system operations, common network applications and attacks, endpoint attacks, and network and endpoint security solutions.
• Explain security data collection and monitoring, and common threat models that security operations organizations can reference when performing cybersecurity analysis.

About Education

The ‘Understanding Cisco Cybersecurity Fundamentals (SECFND)’ course provides you with a basic understanding of common security concepts, basic security techniques, and the fundamentals of applications, operating systems, and networks used in a Security Operations Centre (SOC). This course helps you learn to find threats in a real network infrastructure using a variety of popular security tools. Through expert instruction and hands-on experience using enterprise-class security tools, you will learn the basics of network and security concepts, endpoint attacks, cryptography, analysis and monitoring. This course is an introduction for those who want to enter the cybersecurity field and is the first of two courses that prepare you for the Cisco CCNA® Cyber Ops certification.

Today's cyber security professionals need to detect, investigate and respond to a wide range of security incidents. This course will help you gain the skills needed to play a role in detecting and responding to security incidents in your organisation's SOC.

Prerequisites

• Basic network knowledge
• Familiarity with basic computer concepts
• Completion of ‘Introduction to Cybersecurity’ or a similar entry-level cyber security course

Duration of Training

Total Time: 5 Gün (Günde 6 saat)
Toplam Eğitim Saati: 30 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

• IT Professionals
• All students looking to enter mid-level cybersecurity roles such as:
  • SOC cybersecurity analysts
  • Computer or network defense analysts
  • Computer network defense infrastructure support personnel
  • Future incident response teams and SOC personnel
  • Cisco integrators or partners

Educational Content

• TCP/IP and Cryptography Concepts
  • Understanding the TCP/IP Protocol Suite
  • Understanding Network Infrastructure
  • Understanding Common TCP/IP Attacks
  • Understanding Basic Cryptography Concepts
• Network Applications and Endpoint Security
  • Explaining Information Security Concepts
  • Understanding Network Applications
  • Understanding Common Network Application Attacks
  • Understanding Windows Operating System Basics
  • Understanding Linux Operating System Basics
  • Understanding Common Endpoint Attacks
  • Understanding Network Security Technologies
  • Understanding Endpoint Security Technologies
• Security Monitoring and Analysis
  • Explaining Security Data Collection
  • Security Incident Analysis Description

What You Will Gain at the End of Training

• Describe network operations and attacks, basic cryptography concepts, and network infrastructure device operations.
• Describe basic Windows and Linux operating system operations, common network applications and attacks, endpoint attacks, and network and endpoint security solutions.
• Explain security data collection and monitoring, and common threat models that security operations organizations can reference when performing cybersecurity analysis.

About Education

MORTEN tarafından sunulan SIP eğitimi, Session Initiation Protocol (SIP) eğitimi kursu, SIP, bileşenleri ve nasıl çalıştığına genel bir bakış sağlar. Telco mühendislerine veri ağı ilkelerini ve IP mühendislerine sinyalizasyon ilkelerini kapsar.

Prerequisites

Working knowledge of converged voice, video and data networks

Duration of Training

Total Time: 3 Gün (Günde 6 saat)
Toplam Eğitim Saati: 18 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

• VoIP Engineers
• Network engineers
• System engineers
• Telco operatörleri
• IT Experts
• Cybersecurity experts
• University students (communications, computer science)

Educational Content

• Chapter 1: SIP Overview
  • The evolution of VoIP technology
  • Comparison with traditional telephone systems
  • Advantages and disadvantages of SIP
• Chapter 2: SIP Components
  • User Agent (UA)
  • User Agent Server (UAS)
  • Proxy Server
  • Redirector Server
  • Registration Server
  • Location Server
• Chapter 3: Basic Call Flow
  • Registration process
  • Call setup
  • Call continued
  • Call termination
• Chapter 4: Using Wireshark for SIP Analysis
  • Capturing and analyzing SIP packets with Wireshark
  • Examining different fields of SIP messages
• Chapter 5: RTP Analysis
  • Transporting audio/video packets with RTP protocol
  • Analysis of RTP packets
• Chapter 6: SIP Methods
  • Explanation of methods such as INVITE, ACK, BYE, CANCEL, REGISTER, OPTIONS, INFO, SUBSCRIBE, NOTIFY
• Chapter 7: SDP Overview
  • Carrying media information such as audio/video codecs, network information, timing information
  • Structure of SDP messages
• Chapter 8: SIP Headers
  • Function of headers such as To, From, Via, Call-ID, CSeq, Contact, Content-Type, Content-Length
• Chapter 9: Response Codes
  • Meanings of response codes in the series 1xx, 2xx, 3xx, 4xx, 5xx
• Chapter 10: DTMF
  • Transmission and processing of DTMF tones
• Chapter 11: SIP Nat/Stun/Turn/Ice
  • NAT traversal problems and solutions
  • Function of STUN, TURN and ICE protocols
• Chapter 12: SIP Forking
  • Sending requests to multiple servers simultaneously
  • Advantages and disadvantages of forking
• Chapter 13: SIP Security
  • SRTP (Secure Real-time Transport Protocol)
  • TLS/SSL encryption
  • Authentication mechanisms
• Chapter 14: WebRTC
  • Key features of WebRTC technology
  • Relationship between SIP and WebRTC
• Chapter 15: DNS/ENUM
  • The role of DNS and ENUM records in SIP
  • Username to IP address translation
• Chapter 16: ITSP
  • Internet Telephone Service Providers (ITSP)
  • Features of ITSP services
• Chapter 17: SIP Trunk and SBC
  • SIP Trunk technology and its advantages
  • Session Border Controller (SBC) devices and their functions
• Chapter 18: SIP Attacks
  • Denial-of-Service (DoS) attacks
  • Spoofing attacks
  • Eavesdropping attacks
  • Preventive measures

What You Will Gain at the End of Training

After completing this course you should be able to:

• Understanding VoIP basics
• Discover where, why and how SIP is used
• Understanding SIP basics
• Understanding SIP architecture and components

About Education

This course will provide you with an in-depth introduction to Cisco's Unified Contact Center Express (Unified CCX) and all associated client applications and scripting tools. You will gain comprehensive knowledge of all Unified CCX components, servers, deployment options, and clients. You will learn in detail how to plan for capacity, select the right product features, and install the product.

Prerequisites

• Working knowledge of basic computer networking terms and concepts (e.g.: LAN, WAN, IP switching and routing)
• CUCM (Cisco Unified Communications Manager) hakkında temel bilgi
• Basic knowledge of call center operations
• Knowledge of Microsoft desktop applications and SQL database operations

Duration of Training

Total Time: 5 Gün (Günde 6 saat)
Toplam Eğitim Saati: 30 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

• Systems integrators deploying Cisco Unified CCX
• Systems engineers, architects and support personnel who:
  • Maintain and configure Finesse supervisor and Finesse agent clients
  • Writing scripts and maintaining script integrity
  • Need a basic understanding of application-related problems and solutions
  • Server system and telephone system for call center

Educational Content

1. Cisco Unified CCX
   • The relationship between the Unified CCX platform and the three products it supports
   • Three Cisco products supported by the Unified CCX engine platform
   • Unified CCX hardware and software components, including all server types, standby deployments, and scalability
   • New and enhanced functionality for three Unified CCX products, including Unified CCX v11.0
2. Design and Order
   • Right-size Unified CCX products using Cisco-provided calculators
   • Correctly order Unified CCX products using the Unified CCX configuration and ordering tool
   • Network considerations surrounding a Unified CCX deployment
   • Use the Cisco Unified CCX for Network Design Solution Reference and Cisco Unified IP IVR and other documentation to support a Unified CCX design and deployment
3. Installation and Configuration
   • Install Unified CCX software on all servers in a cluster
   • Enable and configure all components in a CCX cluster
   • Configure and test a simple CCX Script Application
   • Troubleshoot installations using log files
4. Unified CCX Editor
   • Navigating Unified CCX Editor functionality
   • Creating, deleting and editing variables
   • Saving and loading valid scripts to the repository
   • Perform debugging to test a script
   • Troubleshooting an application and script using trace files
5. Basic Unified CCX Editor Steps
   • Create a simple script workflow to answer a call
   • Adding comments to describe and explain the script and next step groups
   • Play audio prompts to share information or instructions with callers
   • Ending and terminating a call
   • Validate, save as, load, refresh, and debug a script
6. Caller and System Entries
   • Collecting information from a call using the menu step
   • Collecting digits from a call using the Get Digit String step
   • Obtaining information from the system to change the logic of the call flow
   • Validate, save as, load, refresh and debug script
7. Database Access
   • Connecting to a database
   • Reading and retrieving information from a database by creating an SQL query in a script step
   • Referencing database locations
   • Writing information to an SQL database
   • Closing the database connection and terminating database resources
8. Logical Operations
   • Applying Boolean logic in scripts
   • Creating and modifying counters
   • Creating and managing scheduling cycles
   • Redirect script logic based on evaluation of “if” statements
   • Using subcalls as reusable scripts
   • Creating custom prompts
9. Caller Transfers
   • Creating weekdays and time ranges for different processing
   • Transfer calls to various extensions depending on day and time
   • Retrieve information associated with a call
   • Indicate calls as completed for reporting
   • Determining whether the caller hung up
   • Determining whether today is a holiday
10. Unified CCX Configuration
    • Cisco Unified CCX product, features, and capabilities
    • Configuring Unified CCX on CUCM and CCX server
11. Finesse Product Package
    • Configure the Finesse Agent Desktop and Finesse Supervisor Desktop
    • Testing the Finesse Agent Desktop and Finesse Supervisor Desktop configurations
    • Examine the IP Telephony Agent
12. Unified CCX Scripting Techniques
    • Unified CCX Editor Define and use Unified CCX steps
    • Test a sample application using Unified CCX steps in the Unified CCX Editor
13. Finesse Manager
    • Configure Unified CCX enterprise data using Finesse Desktop Manager
    • Structuring workflows, staff and teams
    • Creating pop-ups and macros
    • Generating completion codes
14. Outbound Calling and Agent Chat
    • Review Outgoing Call
15. Session Management
    • Review Session Management to retrieve information from a previous call
16. Media Resource Control Protocol (MRCP) Speech Technologies
    • Reviewing Nuance ASR and TTS servers
17. Reporting
    • Access and analyze real-time reports
    • Configure Cisco Unified Intelligence Center (CUIC) historical reporting
    • Access and analyze past reports
18. Service and Troubleshooting
    • Traces and logs

What You Will Gain at the End of Training

• Describe the Unified CCX product and its components in detail.
• Correctly size and order Unified CCX products.
• Install, configure, and test Unified CCX.
• Create and edit complex scripts using the Unified CCX Editor.
• Design and implement advanced call flows.
• Use database access effectively.
• Perform advanced logical operations.
• Configure complex call transfers.
• Use the Finesse product suite effectively.
• Integrate outbound calling and agent chat.
• Use Session Management effectively.
• Integrate MRCP speech technologies.
• Perform advanced reporting and analysis.
• Service and troubleshoot the system effectively

About Education

The “Securing Networks with Cisco Firepower Next-Generation IPS (SSFIPS)” v4.0 course shows you how to deploy and use Cisco Firepower® Next-Generation Intrusion Prevention System (NGIPS). This hands-on course provides you with the knowledge and skills to use the platform features. These features include firewall security concepts, platform architecture, and core features; in-depth event analysis, including network-based malware and file type detection; NGIPS setup and configuration, including application control, security intelligence, firewall, and network-based malware and file checks; Snort® rules language; file and malware inspection, security intelligence, and network analysis policy configuration designed to detect traffic patterns; configuration and deployment of correlation policies to take action on detected events; troubleshooting; system and user administration tasks, and more.

Prerequisites

• Technical knowledge of TCP/IP networks and network architecture.
• Basic familiarity with Intrusion Detection Systems (IDS) and IPS concepts.

Duration of Training

Total Time: 5 Gün (Günde 6 saat)
Toplam Eğitim Saati: 30 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

• Security Managers
• Security consultants
• Network administrators
• System engineers
• Technical support staff
• Channel partners and dealers

Educational Content

• Cisco Firepower Threat Defense Overview
• Cisco Firepower NGFW Device Configuration
• Cisco Firepower NGFW Traffic Control
• Cisco Firepower Discovery
• Implementation of Access Control Policies
• Security Intelligence
• File Check and Advanced Malware Protection
• Next Generation Intrusion Prevention Systems
• Network Analysis Policies
• Detailed Analysis Techniques
• Cisco Firepower Platform Integration
• Warning and Correlation Policies
• System Administration
• Cisco Firepower Troubleshooting

What You Will Gain at the End of Training

This course helps you prepare for the “Securing Networks with Cisco Firepower” (300-710 SNCF) exam. This exam leads to the CCNP Security and Cisco Certified Specialist – Network Security Firepower certifications. Another preparation course for the 300-710 SNCF exam is “Securing Networks with Cisco Firepower Next-Generation Firewall” (SSNGFW). You can take these courses in any order.

About Education

The “Securing Networks with Cisco Firepower Next-Generation Firewall (SSNGFW)” course shows you how to deploy and use the Cisco Firepower® Threat Defense system. This hands-on course gives you the knowledge and skills to deploy and configure Cisco® Firepower Threat Defense technology. It begins with initial device installation and configuration and covers topics including routing, high availability, migration between Cisco Adaptive Security Appliance (ASA) and Cisco Firepower Threat Defense, traffic control, and Network Address Translation (NAT). You will learn how to implement advanced Next Generation Firewall (NGFW) and Next Generation Intrusion Prevention System (NGIPS) features, including network intelligence, file type detection, network-based malware detection, and deep packet inspection. You'll move on to detailed analysis, system administration and troubleshooting before learning how to configure site-to-site VPN, remote access VPN and SSL decryption.

Prerequisites

• Knowledge of TCP/IP and basic routing protocols
• Familiarity with firewall, VPN and Intrusion Prevention System (IPS) concepts

Duration of Training

Total Time: 5 Gün (Günde 6 saat)
Toplam Eğitim Saati: 30 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

• Security Managers
• Security consultants
• Network administrators
• System engineers
• Technical support staff
• Cisco integrators and partners

Educational Content

• Cisco Firepower Threat Defense Overview
  • Examining Firewall and IPS Technology
  • Firepower Threat Defense Features and Components
  • Reviewing Firepower Platforms
  • Reviewing Firepower Threat Defense Licenses
  • Cisco Firepower Application Use Cases
• Cisco Firepower NGFW Device Configuration
  • Firepower Threat Defense Device Registration
  • FXOS and Firepower Device Manager
  • Initial Device Setup
  • Managing NGFW Devices
  • Reviewing Firepower Management Center Policies
  • Examining Objects
  • Review System Configuration and Health Monitoring
  • Device Management
  • Firepower High Availability Review
  • Configuring High Availability
  • Switching Between Cisco ASA and Firepower
  • Migrating from Cisco ASA to Firepower Threat Defense
• Cisco Firepower NGFW Traffic Control
  • Firepower Threat Defense Packet Processing
  • QoS Application
  • Bypassing Traffic
• Cisco Firepower NGFW Address Translation
  • NAT Basics
  • NAT Application
  • NAT Rule Examples
  • NAT Application
• Cisco Firepower Discovery
  • Review Network Discovery
  • Configuring Network Discovery
• Implementation of Access Control Policies
  • Reviewing Access Control Policies
  • Review Access Control Policy Rules and Default Action
  • Applying More Control
  • Analyzing Connection Events
  • Access Control Policy Advanced Settings
  • Access Control Policy Considerations
  • Access Control Policy Implementation
• Security Intelligence
  • Security Intelligence Review
  • Examining Security Intelligence Objects
  • Security Intelligence Distribution and Logging
  • Security Intelligence Application
• File Check and Advanced Malware Protection
  • Review Malware and File Policy
  • Examining Advanced Malware Protection
• Next Generation Intrusion Prevention Systems
  • Reviewing Attack Prevention and Snort Rules
  • Examining Variables and Variable Sets
  • Reviewing Attack Prevention Policies
• Site-to-Site VPN
  • IPsec Review
  • Site-to-Site VPN Configuration
  • Site-to-Site VPN Troubleshooting
  • Site-to-Site VPN Application
• Remote Access VPN
  • Remote Access VPN Review
  • Public Key Encryption and Certificates
  • Certificate Record Review
  • Remote Access VPN Configuration
  • Remote Access VPN Application
• SSL Decryption
  • SSL Decryption Review
  • Configuring SSL Policies
  • SSL Decryption Best Practices and Monitoring
• Detailed Analysis Techniques
  • Incident Analysis Review
  • Examining Event Types
  • Analyzing Contextual Data
  • Reviewing Analysis Tools
  • Threat Analysis
• System Administration
  • Managing Updates
  • Review User Account Management Features
  • Configuring User Accounts
  • System Administration
• Cisco Firepower Troubleshooting
  • Examining Common Misconfigurations
  • Review Troubleshooting Commands
  • Firepower Troubleshooting

What You Will Gain at the End of Training

This course helps prepare you for the “Securing Networks with Cisco Firepower” (300-710 SNCF) exam. This exam leads to the CCNP Security and Cisco Certified Specialist - Network Security Firepower certifications. Another preparation course for the 300-710 SNCF exam is “Securing Networks with Cisco Firepower Next-Generation Intrusion Prevention System” (SSFIPS). You can take these courses in any order.

About Education

The “Programming for Network Engineers (PRNE)” v2.0 course is designed to equip you with fundamental skills in Python programming. Through a combination of lectures and lab experiences in simulated network environments, you will begin to learn Python fundamentals to create useful and practical scripts for acquiring data and configuring network devices with Netmiko. By the end of this course, you should have a basic understanding of Python, including the knowledge to create, implement, and troubleshoot simple network automation scripts.

Prerequisites

Before you join this course you must have:

• Familiarity with Cisco IOS®-XE software or other Cisco network device configuration and operations skills
• Basic network management knowledge
• Cisco CCNA® certification or equivalent knowledge

The following Cisco course can help you meet these prerequisites:

• Implementing and Administering Cisco Solutions (CCNA)

Duration of Training

Total Time: 4 Gün (Günde 6 saat)
Toplam Eğitim Saati: 24 saat
Training Format: Uygulamalı ve interaktif yüz yüze /online ortam

Who Should Participate?

This course is designed to:

• Network administrators
• Network engineers with little or no programming or Python experience
• Network administrators
• System engineers

Educational Content

• Introduction to Programmability and Python for Network Engineers
• Writing Scripts with Python
• Examining Python Data Types
• String Processing
• Explaining Conditionals, Loops, and Operators
• Examining Classes, Methods, Functions, Namespaces, and Scopes
• Exploring Data Storage Options
• Python Modules and Packages
• Collecting and Validating User Input
• Exceptions and Error Management Analysis
• Examining Debugging Methods

What You Will Gain at the End of Training

• Explain use cases and examples of network programmability.
• Acquire a complementary set of Python programming skills: primitives, data structures, control structures, comparison operators, input and output, structured programming, object-oriented programming, etc.
• Use Python to communicate with individual network devices, using examples of real-world network communications and operations.
• Use Python to communicate with multiple devices.
• Use object-oriented programming in Python to abstract network devices.
• Use databases in a network-based application to store information about the network.
• Use testing methodologies to create quality applications.
• Use software available through open source and existing libraries, such as Cisco GitHub, Cisco DevNet, general-purpose and Cisco-specific Python libraries, and NX-API.