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MCA Microsoft Certified Associate Azure Network Engineer Study Guide: Exam AZ-700 [Pehme köide]

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  • Formaat: Paperback / softback, 768 pages, kõrgus x laius x paksus: 234x185x43 mm, kaal: 1066 g
  • Sari: Sybex Study Guide
  • Ilmumisaeg: 15-Dec-2022
  • Kirjastus: Sybex Inc.,U.S.
  • ISBN-10: 1119872928
  • ISBN-13: 9781119872924
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MCA Microsoft Certified Associate Azure Network Engineer Study Guide: Exam AZ-700Suurem pilt
  • Formaat: Paperback / softback, 768 pages, kõrgus x laius x paksus: 234x185x43 mm, kaal: 1066 g
  • Sari: Sybex Study Guide
  • Ilmumisaeg: 15-Dec-2022
  • Kirjastus: Sybex Inc.,U.S.
  • ISBN-10: 1119872928
  • ISBN-13: 9781119872924
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781119872924.html
Märksõnad:

Prepare to take the NEW Exam AZ-700 with confidence and launch your career as an Azure Network Engineer

Not only does MCA Microsoft Certified Associate Azure Network Engineer Study Guide: Exam AZ-700 help you prepare for your certification exam, it takes a deep dive into the role and responsibilities of an Azure Network Engineer, so you can learn what to expect in your new career. You’ll also have access to additional online study tools, including hundreds of bonus practice exam questions, electronic flashcards, and a searchable glossary of important terms. Prepare smarter with Sybex's superior interactive online learning environment and test bank.

Exam AZ-700, Designing and Implementing Microsoft Azure Networking Solutions, measures your ability to design, implement, manage, secure, and monitor technical tasks such as hybrid networking; core networking infrastructure; routing; networks; and private access to Azure services. With this in-demand certification, you can qualify for jobs as an Azure Network Engineer, where you will work with solution architects, cloud administrators, security engineers, application developers, and DevOps engineers to deliver Azure solutions. This study guide covers 100% of the objectives and all key concepts, including:

  • Design, Implement, and Manage Hybrid Networking
  • Design and Implement Core Networking Infrastructure
  • Design and Implement Routing
  • Secure and Monitor Networks
  • Design and Implement Private Access to Azure Services

If you’re ready to become the go-to person for recommending, planning, and implementing Azure networking solutions, you’ll need certification with Exam AZ-700. This is your one-stop study guide to feel confident and prepared on test day. Trust the proven Sybex self-study approach to validate your skills and to help you achieve your career goals!

Introduction xxv
Assessment Test xxxvii
Chapter 1 Getting Started with AZ-700 Certification for Azure Networking
1(74)
Basics of Cloud Computing and Networking
2(1)
The Need for Networking Infrastructure
3(1)
The Need for the Cloud
3(3)
Basics of Networking
6(4)
Enterprise Cloud Networking
10(1)
Microsoft Azure Overview
11(1)
Azure Cloud Foundation
12(2)
Azure Global Infrastructure
14(6)
Azure Networking Terminology
20(1)
Azure Networking Overview
21(2)
Azure Networking Services
23(3)
Azure Virtual Network
26(2)
VNet Concepts and Best Practices
28(7)
Deploying a Virtual Network with Azure PowerShell
35(2)
Configure Public IP Services
37(1)
Basic SKUs
38(1)
Standard SKUs
39(1)
Configure a Basic SKU Public IP
40(1)
Configure a Standard SKU Public IP with Zones
40(1)
Configuring Domain Name Services
40(2)
Configure an Azure DNS Zone and Record Using Azure PowerShell
42(1)
Configuring Cross-Virtual Network Connectivity with Peering
43(2)
Configuring Peering between Two Virtual Networks in the Same Region
45(1)
Configuring Virtual Network Traffic Routing
46(6)
Using Forced Tunneling to Secure the VNet Route
52(1)
Configuring Internet Access with Azure Virtual NAT
53(1)
Deploy the NAT Gateway Using Azure PowerShell
54(2)
Summary
56(1)
Exam Essentials
56(1)
Hands-On Lab: Design and Deploy a Virtual Network via the Azure Portal
57(1)
Activity 1 Prepare the Network Schema
58(2)
Activity 2 Build the Aviation Resource Group
60(1)
Activity 3a Build the Corelnfra Vnet Virtual Network and Subnets
60(4)
Activity 3b Build the EngineeringVnet Virtual Network and Subnets
64(2)
Activity 3c Build the BranchofficeVnet Virtual Network and Subnets
66(2)
Activity 4 Validate the Build of VNets and Subnets
68(2)
Review Questions
70(5)
Chapter 2 Design, Deploy, and Manage a Site-to-Site VPN Connection and Point-to-Site VPN Connection
75(70)
Overview of Azure VPN Gateway
76(3)
Designing an Azure VPN Connection
79(7)
Design Pattern 1
86(1)
Design Pattern 2
87(1)
Design Pattern 3
88(1)
Choosing a Virtual Network Gateway SKU for Site-to-Site VPN
89(3)
Using Policy-Based VPNs vs. Route-Based VPNs
92(2)
Building and Configuring a Virtual Network Gateway
94(3)
Building and Configuring a Local Network Gateway
97(4)
Building and Configuring an IPsec/IKE Policy
101(3)
Configuration Workflow
104(5)
Diagnosing and Resolving VPN Gateway Connectivity Issues
109(3)
Choosing a VNet Gateway SKU for Point-to-Site VPNs
112(4)
Configuring RADIUS, Certificate-Based, and Azure AD Authentication
116(1)
Configuration Workflow for Native Azure Certification Authentication
117(7)
Configuration Workflow for Native Azure Active Directory
124(3)
Configuration Workflow for Windows Active Directory
127(6)
Diagnosing and Resolving Client-Side and Authentication Issues
133(3)
Summary
136(1)
Exam Essentials
136(4)
Review Questions
140(5)
Chapter 3 Design, Deploy, and Manage Azure ExpressRoute
145(58)
Getting Started with Azure ExpressRoute
146(5)
Key Use Case for ExpressRoute
151(1)
ExpressRoute Deployment Model
151(2)
Choosing Between the Network Service Provider and ExpressRoute Direct
153(3)
Designing and Deploying Azure Cross-Region Connectivity between Multiple ExpressRoute Locations
156(1)
Selecting ExpressRoute Circuit SKUs
156(1)
Estimating Price Based on ExpressRoute SKU
156(1)
Select a Peering Location
157(1)
Select the Proper ExpressRoute Circuit
157(2)
Select a Billing Model
159(1)
Select a High Availability Design
159(3)
Pick a Business Continuity and Disaster Recovery Design Pattern
162(7)
Choosing an Appropriate ExpressRoute SKU and Tier
169(2)
Designing and Deploying ExpressRoute Global Reach
171(2)
Deploying ExpressRoute Global Reach
173(1)
Use Case 1 Enabling Circuits in the Same Region
173(1)
Use Case 2 Enabling Circuits in Different Regions
174(1)
Designing and Deploying ExpressRoute FastPath
175(1)
Evaluate Private Peering Only, Microsoft Peering Only, or Both
176(2)
Setting Up Private Peering
178(3)
Setting Up Microsoft Peering
181(1)
Building and Configuring an ExpressRoute Gateway
182(4)
Connect a Virtual Network to an ExpressRoute Circuit
186(4)
Recommend a Route Advertisement Configuration
190(1)
Configure Encryption over ExpressRoute
191(1)
Deploy Bidirectional Forwarding Detection
192(1)
Diagnose and Resolve ExpressRoute Connection Issues
193(3)
Summary
196(1)
Exam Essentials
196(3)
Review Questions
199(4)
Chapter 4 Design and Deploy Core Networking Infrastructure: Private IP and DNS
203(52)
Designing Private IP Addressing for VNets
204(6)
Deploying a VNet
210(3)
Preparing Subnetting for Services
213(1)
Subnetting Design Considerations
214(4)
Example Case Study: Preparing Subnetting for Services
218(2)
Configuring Subnetting for Services
220(3)
Preparing and Configuring a Subnet Delegation
223(2)
Configure Subnet Delegation
225(1)
Planning and Configuring Subnetting for Azure Route Server
226(5)
Designing and Configuring Public DNS Zones
231(2)
Creating an Azure DNS Zone and Record Using PowerShell
233(2)
Designing and Configuring Private DNS Zones
235(3)
Creating a Private DNS Zone and Record Using PowerShell
238(2)
Designing Name Resolution Inside a VNet
240(3)
VMs and Role Instances
243(1)
Web Apps
243(2)
Linking a Private DNS Zone to a VNet
245(3)
Summary
248(1)
Exam Essentials
249(2)
Review Questions
251(4)
Chapter 5 Design and Deploy Core Networking Infrastructure and Virtual WANs
255(62)
Overview of Virtual Network Peering, Service Chaining, and Gateway Transit
256(2)
Configure VPN Gateway Transit for Virtual Network Peering
258(5)
Design VPN Connectivity between VNets
263(3)
Deploy VNet Peering
266(1)
Deployment Model 1 Running in the Same Azure Subscription and Deployed Using Azure Resource Manager
267(3)
Deployment Model 2 Running in Different Subscriptions and Deploying Using Resource Manager
270(3)
Deployment Model 3 Running in the Same Subscription and Deploying One VNet Using Resource Manager and Another Using the Classic Model
273(2)
Deployment Model 4 Running in Different Subscriptions and Deploying One VNet Using Resource Manager and Another Using the Classic Model
275(2)
Design an Azure Virtual WAN Architecture
277(12)
Choosing SKUs and Services for Virtual WANs
289(2)
Connect a VNet Gateway to an Azure Virtual WAN and Build a Hub in a Virtual WAN
291(8)
Build a Virtual Network Appliance (NVA) in a Virtual Hub
299(5)
Set Up Virtual Hub Routing
304(2)
Build a Connection Unit
306(3)
Summary
309(1)
Exam Essentials
310(2)
Review Questions
312(5)
Chapter 6 Design and Deploy VNet Routing and Azure Load Balancer
317(64)
Design and Deploy User-Defined Routes
318(1)
Basic Routing Concepts
318(3)
Azure Routes
321(7)
Associate a Route Table with a Subnet
328(1)
Set Up Forced Tunneling
329(5)
Diagnose and Resolve Routing Issues
334(2)
Design and Deploy Azure Route Server
336(2)
Route Server Design Pattern 1
338(1)
Route Server Design Pattern 2
339(5)
Choosing an Azure Load Balancer SKU
344(5)
Choosing Between Public and Internal Load Balancers
349(4)
Build and Configure an Azure Load Balancer (Including Cross-Region)
353(8)
Build and Configure Cross-Region Load Balancer Resources
361(5)
Deploy a Load Balancing Rule
366(4)
Build and Configure Inbound NAT Rules
370(1)
Build Explicit Outbound Rules for a Load Balancer
371(3)
Summary
374(1)
Exam Essentials
375(2)
Review Questions
377(4)
Chapter 7 Design and Deploy Azure application gateway. Azure front door, and Virtual NAT
381(78)
Azure Application Gateway Overview
383(2)
How Application Gateway Works
385(4)
Scaling Options for Application Gateway and WAF
389(1)
Overview of Application Gateway Deployment
390(1)
Front-End Setup
390(1)
Back-End Setup
390(1)
Health Probes Setup
391(2)
Configuring Listeners
393(1)
Redirection Overview
394(1)
Application Gateway Request Routing Rules
395(2)
Redirection Setting
397(1)
Application Gateway Rewrite Policies
397(12)
Features and Capabilities of Azure Front Door SKUs
409(2)
Health Probe Characteristics and Operation
411(1)
Secure Front Door with SSL
412(1)
Front Door for Web Applications with a High-Availability Design Pattern
413(8)
SSL Termination and End-to-End SSL Encryption
421(2)
Multisite Listeners
423(1)
Back-Ends, Back-End Pools, Back-End Host Headers, and Back-End Health Probes
424(2)
Routing and Routing Rules
426(1)
URL Redirection and URL Rewriting in Front Door Standard and Premium
427(2)
Design and Deploy Traffic Manager Profiles
429(1)
How Traffic Manager Works
430(2)
Traffic Manager Routing Methods
432(1)
Priority-Based Traffic Routing
433(1)
Weighted-Based Traffic Routing
433(2)
Performance-Based Traffic Routing
435(1)
Geographic-Based Traffic Routing
436(1)
Multivalue-Based Traffic Routing
437(1)
Subnet-Based Traffic Routing
437(1)
Building a Traffic Manager Profile
438(4)
Virtual Network NAT
442(1)
Using a Virtual Network NAT
443(2)
Allocate Public IP or Public IP Prefixes for a NAT Gateway
445(2)
Associate a Virtual Network NAT with a Subnet
447(4)
Summary
451(1)
Exam Essentials
451(4)
Review Questions
455(4)
Chapter 8 Design, Deploy, and Manage Azure Firewall and Network Security Groups
459(84)
Azure Firewall and Firewall Manager Features
460(7)
How Azure Firewall Manager Works
467(1)
How Azure Firewall and Firewall Manager Protect VNets
468(8)
Build and Configure an Azure Firewall Deployment
476(19)
Azure Firewall Policy
495(6)
Build and Configure a Secure Hub within an Azure Virtual WAN Hub
501(2)
Build and Configure a Secure Hub within an Azure Virtual WAN Hub Using Azure PowerShell
503(4)
Integrate an Azure Virtual WAN Hub with a Third-Party Network Virtual Appliance
507(1)
High-Level Use Case for Network Virtual Appliances
508(1)
Create and Attach a Network Security Group to a Resource
509(10)
Create an Application Security Group and Attach It to a NIC
519(5)
Create and Configure NSG Rules and Read Network Security Group Flow Logs
524(7)
Validate NSG Flow Rules
531(3)
Verify IP Flow
534(2)
Summary
536(1)
Exam Essentials
536(3)
Review Questions
539(4)
Chapter 9 Design and Deploy Azure Web Application Firewall and Monitor Networks
543(72)
Azure Web Application Firewall Functions and Features
544(3)
WAF on Application Gateway
547(2)
WAF on Front Door
549(1)
WAF on Azure CDN from Microsoft
550(1)
Set Up Detection or Prevention Mode
551(2)
Azure Front Door WAF Policy Rule Sets
553(2)
Managed Rule Sets
555(3)
Custom Rule Sets
558(2)
WAF Policies
560(6)
Application Gateway WAF Policy Rule Sets
566(2)
Per-Site WAF Policy
568(1)
Per-URI Policy
568(1)
Managed Rules
568(4)
WAF Policies
572(1)
Custom Rules
573(7)
Deploy and Attach WAF Policies
580(2)
Set Up Network Health Alerts and Logging Using Azure Monitor
582(9)
Build and Configure Azure Network Watcher
591(4)
Build and Configure a Connection Monitor Instance
595(5)
Build, Configure, and Use Traffic Analytics
600(4)
Build and Configure NSG Flow Logs
604(3)
Enable and Set Up Diagnostic Logging
607(1)
Enabling Diagnostic Logging
608(1)
Summary
609(1)
Exam Essentials
609(2)
Review Questions
611(4)
Chapter 10 Design and Deploy Private Access to Azure Services
615(64)
Overview of Private Link Services and Private Endpoints
616(2)
Key Benefits of Private Link
618(1)
How Private Link Integrates into an Azure Virtual Network
619(1)
How Azure Private Endpoint Works
619(9)
Plan Private Endpoints
628(4)
Configure Access to Private Endpoints
632(2)
Azure Private Link RBAC Permissions
634(1)
Integrate Private Link with DNS and Private Link Services with On-Premises Clients
634(1)
Use Case 1 Workloads on Virtual Networks without a Custom DNS Server
635(2)
Use Case 2 Workloads That Use a DNS Forwarder On-Premises
637(3)
Use Case 3 Using a DNS Forwarder for Virtual Network Workloads and On-Premises Workloads
640(2)
Set Up Service Endpoints and Configure Service Endpoint Policies
642(4)
Overview of Service Tags and Access to Service Endpoints
646(5)
Configure Access to Service Endpoints
651(6)
Integrating App Services into Regional VNets
657(1)
Azure Regional VNet Integration
658(1)
How Azure Regional VNet Integration Works
659(1)
Subnet Requirements
660(1)
Access Management
661(1)
Route Management
661(1)
Application Route Management
662(3)
Configure Azure Kubernetes Service (AKS) for Regional VNet Integration
665(5)
Configure Clients to Access the App Service Environment
670(3)
Summary
673(1)
Exam Essentials
673(2)
Review Questions
675(4)
Appendix Answers to Review Questions
679(18)
Chapter 1 Getting Started with AZ-700 Certification for Azure Networking
680(1)
Chapter 2 Design, Deploy, and Manage a Site-to-Site VPN Connection and Point-to-Site VPN Connection
681(2)
Chapter 3 Design, Deploy, and Manage Azure ExpressRoute
683(2)
Chapter 4 Design and Deploy Core Networking Infrastructure: Private IP and DNS
685(1)
Chapter 5 Design and Deploy Core Networking Infrastructure and Virtual WANs
686(2)
Chapter 6 Design and Deploy VNet Routing and Azure Load Balancer
688(2)
Chapter 7 Design and Deploy Azure application gateway, Azure front door, and Virtual NAT
690(1)
Chapter 8 Design, Deploy, and Manage Azure Firewall and Network Security Groups
691(2)
Chapter 9 Design and Deploy Azure Web Application Firewall and Monitor Networks
693(1)
Chapter 10 Design and Deploy Private Access to Azure Services
694(3)
Index 697
ABOUT THE AUTHORs

PUTHIYAVAN UDAYAKUMAR is an infrastructure architect with over 14 years of experience in modernizing and securing IT infrastructure, including the Cloud. He has been writing technical books for more than ten years on various infrastructure and security domains. He has designed, deployed, and secured IT infrastructure out of on-premises and Cloud, including virtual servers, networks, storage, and desktops for various industries, including pharmaceutical, banking, healthcare, aviation, federal entities, etc. He is an open group certified Master certified architect.

KATHIRAVAN UDAYAKUMAR is Head of Delivery and Chief Architect for Oracle Digital Technologies (Europe Practice) at Cognizant, covering various elements of technology stack in on-prem and cloud. He has over 18 years of experience in architecture, design, implementation, administration and integration with Green-field IT Systems, ERP, Cloud Platforms and Solutions across various business domains and Industries. He has had a passion for networking since he was an undergraduate and becoming a Cisco Certified Network Associate (CCNA).