Google Cloud Professional Network Engineer Course in Dubai
Overview of the Google Cloud Professional Network Engineer course
A Professional Cloud Network Designer implements and handles network designs in Google Cloud System. This individual contends the very least 1 year of hands-on experience working with Google Cloud System and also may service networking or cloud groups with engineers that design the framework. By leveraging experience executing VPCs, crossbreed connection, network solutions, as well as protection for well-known network styles, this individual ensures effective cloud executions utilizing the command line user interface or the Google Cloud Platform Console.
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The Professional Cloud Network Designer examination / Google Cloud Professional Network engineer course analyzes your capability to:
Layout, plan, and model a GCP Network Execute a GCP Virtual Private Cloud (VPC). Configure network services. Apply crossbreed interconnectivity. Carry out network safety and security.
Google Cloud Professional Network Engineer Course content
1. Designing, planning, and prototyping a GCP network. 1.1 Designing the total network style. Factors to consider include:
Failover as well as calamity healing method. Options for high availability. DNS approach (e.g., on-premises, Cloud DNS, GSLB). Satisfying company requirements. Selecting the proper tons stabilizing alternatives. Maximizing for latency (e.g., MTU dimension, caches, CDN). Comprehending exactly how allocations are applied per job and also per VPC. Hybrid connectivity (e.g., Google personal gain access to for hybrid connectivity). Container networking. IAM and also safety and security. SaaS, PaaS, and IaaS services. Micro segmentation for safety objectives (e.g., using metadata, tags).
1.2 Designing a Virtual Private Cloud (VPC). Factors to consider consist of:
CIDR variety for subnets. IP resolving (e.g., static, ephemeral, personal). Standalone or shared. Multiple vs. single. Multi-zone as well as multi-region. Peering. Firewall software (e.g., solution account-- based, tag-based). Routes. Differences between Google Cloud Networking and also various other cloud platforms.
1.3 Designing a hybrid network. Factors to consider include:
Utilizing adjoins (e.g., devoted vs. partner). Peering options (e.g., direct vs. provider). IPsec VPN. Cloud Router. Failover and also disaster recuperation approach (e.g., constructing high schedule with BGP making use of cloud router). Shared vs. standalone VPC adjoin accessibility. Cross-organizational gain access to. Bandwidth.
1.4 Creating a container IP addressing prepare for Google Kubernetes Engine.
2. Executing a GCP Virtual Private Cloud (VPC). 2.1 Setting up VPCs. Factors to consider include:
Configuring GCP VPC resources (CIDR range, subnets, firewall software rules, and so on). Configuring VPC peering. Creating a shared VPC and clarifying how to share subnets with various other projects. Configuring API gain access to (private, public, NAT GW, proxy). Configuring VPC flow logs.
2.2 Configuring transmitting. Jobs consist of:
Setting up internal static/dynamic directing. Configuring transmitting policies utilizing tags and priority. Configuring NAT (e.g., Cloud NAT, instance-based NAT).
2.3 Configuring as well as preserving Google Kubernetes Engine collections. Considerations include:.
VPC-native collections making use of pen names IPs. Clusters with common VPC. Private clusters. Collection network policy. Including licensed networks for collection master access.
2.4 Setting up as well as managing firewall program rules. Factors to consider consist of:.
Target network tags and also solution accounts. Concern. Network protocols. Ingress as well as egress policies. Firewall program logs.
3. Setting up network solutions. 3.1 Setting up load harmonizing. Considerations include:.
Producing backend services. Firewall software and also safety and security policies. HTTP( S) lots balancer: consisting of transforming LINK maps, backend groups, medical examination, CDN, as well as SSL certs. TCP as well as SSL proxy tons balancers. Network lots balancer. Interior tons balancer. Session affinity. Capacity scaling.
3.2 Configuring Cloud CDN. Factors to consider consist of:
Enabling and disabling Cloud CDN. Using cache secrets. Cache invalidation. Signed URLs.
3.3 Setting up as well as maintaining Cloud DNS. Factors to consider consist of:.
Managing zones and also documents. Moving to Cloud DNS. DNS Protection (DNSSEC). Global offering with Anycast. Cloud DNS. Inner DNS. Incorporating on-premises DNS with GCP.
3.4 Allowing various other network solutions. Factors to consider include:.
Checkup for your circumstances groups. Canary (A/B) launches. Distributing backend circumstances making use of local handled instance groups. Making it possible for personal API access.
4. Implementing hybrid interconnectivity. 4.1 Configuring interconnect. Considerations consist of:
Partner (e.g., layer 2 vs. layer 3 connectivity). Virtualizing making use of VLAN add-ons. Bulk storage uploads.
4.2 Setting up a site-to-site IPsec VPN (e.g., route-based, policy-based, dynamic or static directing). 4.3 Setting Up Cloud Router for integrity.
5. Applying network safety. 5.1 Configuring identification and access administration (IAM). Jobs consist of:.
Viewing account IAM projects. Assigning IAM roles to accounts or Google Teams. Specifying customized IAM roles. Using pre-defined IAM duties (e.g., network admin, network audience, network customer).
5.2 Configuring Cloud Armor plans. Factors to consider consist of:
5.3 Setting up third-party device insertion into VPC utilizing multi-nic (NGFW). 5.4 Managing secrets for SSH gain access to.
6. Taking care of and keeping an eye on network operations. 6.1 Logging and monitoring with stack driver or GCP Console. 6.2 Managing as well as maintaining safety. Factors to consider consist of:.
Firewalls (e.g., cloud-based, private). Diagnosing and solving IAM concerns (shared VPC, security/network admin).
6.3 Maintaining and fixing connection issues. Considerations include:.
Identifying website traffic flow topology (e.g., tons balancers, SSL offload, network endpoint teams). Draining as well as redirecting website traffic circulations. Cross-connect handoff for adjoin. Surveillance access and egress web traffic using flow logs Monitoring firewall software logs. Taking care of and also fixing VPNs. Repairing Cloud Router BGP peering concerns.
6.4 Surveillance, keeping, and fixing latency as well as website traffic flow. Factors to consider consist of:
Network throughput as well as latency screening. Routing problems. Mapping website traffic circulation.
7. Optimizing network sources. 7.1 Optimizing web traffic flow. Factors to consider include:
Load balancer as well as CDN area. Global vs. local dynamic directing. Expanding subnet CIDR varieties in service. Accommodating workload boosts (e.g., autoscaling vs. manual scaling).
7.2 Maximizing for cost and also efficiency. Considerations consist of:
Price optimization (Network Service Tiers, Cloud CDN, autoscaler [max instances]. Automation. VPN vs. adjoin. Bandwidth utilization (e.g., bit sys tuning specifications).
About this Google Cloud Professional Network Engineer certification exam
Size: 2 hours. Enrollment fee: $200 (plus tax where appropriate). Language: English. Exam format: Numerous choice as well as several choose. Exam Shipment Method:. Take the online-proctored exam from a remote place, evaluate the online testing requirements. Take the onsite-proctored test at a screening facility,. Requirements: None. Advised experience: 3+ years of market experience including 1+ years developing as well as managing remedies using GCP.
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