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Question 1 🔥

You are a Lead Architect at one of the leading consulting firms. Your firm has workloads deployed in both Oracle Cloud Infrastructure (OCI) and Microsoft Azure. You are asked to design a solution where workloads on both clouds can communicate directly and efficiently. You would like to set up a private interconnection between OCI and Microsoft Azure.What are the steps you need to perform on the OCI side to set up the interconnection?

Which database solution meets these requirements?

A. Create a VCN with subnets and attach a DRG to the VCN. Create a FastConnect connection of the connection type "FastConnect Partner" and select "Microsoft Azure: ExpressRoute” as the Partner. Create a public virtual circuit, provide details of the DRG and add the “partner connection key” provided by Microsoft Azure. Configure OCI VCN Security Lists and Route Tables.

Highly voted

B. Create a Virtual Cloud Network (VCN) with subnets and attach a Virtual Network Gateway to the VCN. Create a FastConnect connection of the connection type "FastConnect Partner" and select "Microsoft Azure: ExpressRoute" as the Partner. Create a private virtual circuit, provide details of the Dynamic Routing Gateway (DRG) and add the "partner interconnect key" provided by Microsoft Azure. Provide the BGP IP addresses. Configure OCI VCN Security Lists and Route Tables.

Highly voted

C. Create a VCN with subnets and attach a DRG to the VCN. Create a FastConnect connection of the connection type "FastConnect Direct". Create a Cross-Connect Group, provide details of the DRG and add the "partner secret key" provided by Microsoft Azure. Provide the BGP IP addresses, Configure OCI VCN Security Lists and Route Tables.

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D. Create a VCN with subnets and attach a DRG to the VCN. Create a FastConnect connection of the connection type "FastConnect Partner" and select "Microsoft Azure: ExpressRoute" as the Partner. Create a private virtual circuit, provide details of the DRG and add the "partner service key" provided by Microsoft Azure. Provide the BGP IP addresses, Configure OCI VCN Security Lists and Route Tables.

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Discussion of the question

Question 2 🔥

You have two Virtual Cloud Networks (VCN) that need to be peered. The set up is as follows:The VCNs are in different tenancies.Peering has to be via Local Peering Gateway (LPG) because one of the VCNs needs to be added to an existing Hub and Spoke configuration that consists of a hub and two spokes.There is a CIDR overlap. The VCN that serves as the Hub VCN has a 172.19.0.0/16 CIDR prefix. The other VCN to be added as a Spoke VCN has a 172.19.128.0/17 CIDR prefix.The other two spokes have 10.0.0.0/16 and 192.168.0.0/16 prefixes, respectively.What is a possible solution to this problem?

Which database solution meets these requirements?

B. Add another CIDR prefix to the VCN that is integrating with the Hub and Spoke and does not overlap. Use that CIDR for the LPG connection.

Highly voted

C. Review the subnets in the hub VCN. If they all have the third octet under 128, change the VCN prefix to /17.

Highly voted

D. Review the subnets in the hub VCN. If they all have the third octet above 128, change the VCN prefix to /17.

Highly voted

E. Review all subnets in the hub VCN. If one of them has the third octet at 128, change the VCN prefix to /17.

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A. Use Dynamic Routing Gateway (DRG) instead.

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Discussion of the question

Question 3 🔥

You are trying to delete a compartment. The delete operation is failing and you need to troubleshoot the problem.Which step should NOT be considered when troubleshooting this issue?

Which database solution meets these requirements?

C. Verify that there are no policies in the root compartment that reference the compartment you are trying to delete.

Highly voted

D. Search for resources in the compartment for each region that your tenancy is subscribed to.

Highly voted

A. Verify that you have removed all resources from the compartment.

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B. Ensure you have at least one more compartment in your tenancy other than the root compartment.

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Discussion of the question

Question 4 🔥

A new international hacktivist group, based in London, launched wide scale cyber attacks including SQL Injection and Cross-Site Scripting (XSS) across multiple websites hosted in Oracle Cloud Infrastructure (OCI). As an IT consultant, you must configure a Web Application Firewall (WAF) to protect these websites against such attacks.How would you configure your WAF to protect the website against those attacks?

Which database solution meets these requirements?

A. Enable an Access Rule to block the IP Address range from London.

Highly voted

B. Enable an Access Rule that contains XSS Filters Categories and SQL Filters Categories.

Highly voted

C. Enable a Protection Rule to block the attacks based on HTTP Headers that contain XSS and SQL strings.

Highly voted

D. Enable a Protection Rule to block requests that came from London.

Highly voted

E. Enable a Protection Rule that contains XSS Filters Categories and SQL Filters Categories.

Highly voted

Discussion of the question

Question 5 🔥

A cloud engineer needs to enable routing between two Virtual Cloud Networks (VCN) from his tenancy. The VCNs are in the same region but in different compartments. After reviewing the IPv4 CIDR prefixes of the two VCNs, he notices that there are no overlapping CIDR blocks.Which THREE are valid Oracle Cloud Infrastructure (OCI) options for connecting and routing between the two VCNs? (Choose three.)

Which database solution meets these requirements?

A. Create two DRGs in the tenancy. Attach one VCN to one of the DRGs; attach the other VCN to the second DRG. In each one of the DRGs, create a Virtual Circuit Attachment. Select FastConnect Partner as the FastConnect type. Select any vendor from the list and complete the circuit at the partner site. Once the FastConnect IPv4 BGP field is in the UP state in each one of the Virtual Circuits, add a route rule in each one of the VCNs' route table to the other VCN using the DRG as the next hop.

Highly voted

B. Create two DRGs in the tenancy. Attach one VCN to one of the DRGs; attach the other VCN to the second DRG. In each one of the DRGs, create a Remote Peering Connection (RPC). Establish a connection from one RPC to the other. In each one of the VCNs' route table, add a route rule to the other VCN using the DRG as the next hop.

Highly voted

C. Create a DRG in the tenancy; add one of the VCN as a VCN attachment. In the other VCN, create a Local Peering Gateway (LPG). Peer the DRG to the LPG. In the VCN attached to the DRG, add a route rule in the route table that points to the DRG as the next hop. In the other VCN, add a route rule in the route table that points to the LPG as the next hop.

Highly voted

D. Add an LPG to each one of the VCNs. In one of the LPG, establish a Peering Connection to the other LPG. In each one of the VCN route table, add a route rule to the other VCN using the LPG as the next hop.

Highly voted

E. Create a DRG in the tenancy; add one of the VCNs as a VCN attachment. In the other VCN, create a Local Peering Gateway (LPG). Peer the DRG to the LPG. In the VCN attached to the DRG, enable BGP routing for the route to propagate to the VCN. In the other VCN add a route rule in the route table that points to the LPG as the next hop.

Highly voted

F. Create a Dynamic Routing Gateway (DRG) in the tenancy, add the two VCNs as VCN attachments and add routes in each one of the VCN route tables with the DRG as the next hop for the CIDR prefix of the other VCN.

Highly voted

Discussion of the question

Question 6 🔥

A consulting company that employs Oracle Cloud Infrastructure (OCI) architects has successfully completed resource migration from Microsoft Azure to OCI, and no longer requires the OCI FastConnect circuit to Azure. The project manager has asked you to delete all resources involved in this inter-cloud connectivity. From the Azure side, you delete the Resource Group. After a while, you notice that all Azure resources have been deleted, except for the Azure ExpressRoute circuit.What could be a potential reason for this issue?

Which database solution meets these requirements?

A. You need to first delete the OCI FastConnect circuit for the ExpressRoute circuit to be decommissioned, and then you can delete the ExpressRoute virtual circuit.

Highly voted

B. Your bill from the OCI side needs to be paid in full before you can remove the Azure ExpressRoute circuit.

Highly voted

C. You need to remove all routes that point to the inter-cloud connection on both OCI and Azure before you can delete the circuit.

Highly voted

D. You need to remove the Azure ExpressRoute Partner Service Key from the OCI FastConnect circuit, and then you can delete the ExpressRoute virtual circuit.

Highly voted

Discussion of the question

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Exam contains 57 questions

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