Provide Oracle 1Z0-1124-24 Practice Test Engine for Preparation
Detailed New 1Z0-1124-24 Exam Questions for Concept Clearance
NEW QUESTION # 35
. What OCI networking service can you use to restrict access to specific resources based on IP addresses
- A. Data Transfer: Assign tags to IP addresses and apply policies based on those tags.
- B. Service Gateway: Configure access control lists (ACLs) to whitelist permitted IPs.
- C. FastConnect: Establish a dedicated connection and filter traffic at the edge.
- D. Security List: Create rules allowing traffic only from the authorized IP addresses.
Answer: D
Explanation:
The most effective OCI networking service for restricting access to resources based on IP addresses is Security List.
Here,s a breakdown of its capabilities and key considerations:
Security List:
Functionality: Granular control over inbound and outbound traffic to network resources within a subnet.
Implementation: Create rules explicitly allowing or denying traffic based on source IP address, destination IP address, port number, and protocol.
Strengths:
Precise access control aligned with your company,s strict security policies.
Enforces least privilege principle (permit connections only from authorized IPs; deny everything else).
Can be combined with other OCI services for layered security (IAM for user authentication/authorization, Network Firewall for deeper inspection/filtering).
Alternative Services:
Service Gateway: Primarily facilitates private access to Oracle services, not general inbound/outbound IP-based filtering.
Data Transfer: Manages data transfer activities, not network access control.
FastConnect: Establishes a dedicated connection, but requires additional configuration (e.g., Security Lists within the VCN) to filter traffic based on IP addresses.
NEW QUESTION # 36
Which FastConnect product is suitable if you requires a dedicated connection to OCI with flexible bandwidth options.
- A. Cloud VPN
- B. Dedicated Internet Access (DIA)
- C. Dedicated Connection
- D. IPSec VPN
Answer: C
Explanation:
A). Dedicated Internet Access (DIA): While it offers a dedicated connection to the internet, it doesn,t directly connect to OCI, relying on the public internet and introducing security concerns and potential performance bottlenecks.C. Cloud VPN: This utilizes a shared VPN tunnel over the internet, limiting its performance and security for a dedicated connection, and its bandwidth isn,t as flexible as Dedicated Connections.D. IPSec VPN: Similar to Cloud VPN, IPSec relies on the public internet and requires manual configuration, making it less suitable for a dedicated connection and offering limited bandwidth flexibility.
NEW QUESTION # 37
When creating a Service Gateway endpoint for inter-tenancy communication, what IAM policy statement best reflects the principle of least privilege?
- A. Grant specific resources in the source tenancy access to specific resources in the destination tenancy.
- B. Allow all resources in the source tenancy access to all resources in the destination tenancy.
- C. Grant specific resources in the source tenancy access to all resources in the destination tenancy.
- D. Allow all resources in the source tenancy access to specific resources in the destination tenancy.
Answer: A
Explanation:
Here,s why the other options violate the principle of least privilege:
A). Allow all resources in the source tenancy access to all resources in the destination tenancy: This grants excessive access, exposing unnecessary resources and increasing the security risk.C. Allow all resources in the source tenancy access to specific resources in the destination tenancy: While better than Option A, it still grants broader access than necessary.D. Grant specific resources in the source tenancy access to all resources in the destination tenancy: This grants unnecessary access to all resources within the specific target resources in the destination tenancy.Option B is the most secure and adheres to the principle of least privilege by:
Specifying the source resources: Limiting access to specific resources in the source tenancy prevents any unauthorized access from other source resources.
Specifying the destination resources: Only granting access to the necessary resources in the destination tenancy minimizes attack surface and potential damage.
NEW QUESTION # 38
Which of the following VCN gateways allows private resources in your VCN to securely communicate with on-premises networks using IPSec tunnels?
- A. NAT Gateway
- B. Internet Gateway
- C. Service Gateway
- D. Dynamic Routing Gateway (DRG)
Answer: D
Explanation:
Internet Gateway: This gateway only allows outbound traffic from your VCN to the internet, not secure communication with on-premises networks.
NAT Gateway: This gateway provides outbound-only internet connectivity for private resources, not for communication with on-premises networks.
Service Gateway: This gateway facilitates private connectivity between your VCN and Oracle Cloud Infrastructure services, not for on-premises networks.
Dynamic Routing Gateway (DRG): This gateway serves as a central hub for routing traffic between your VCN and other networks, including on-premises networks via IPSec tunnels. It enables secure communication by establishing encrypted connections with your on-premises VPN device.
NEW QUESTION # 39
which of the following is NOT a benefit of using Infrastructure as Code (IaC) for managing network resources?
- A. Improved security and compliance through version control and audit trails.
- B. Manual configuration of network resources remains preferred for greater control.
- C. Easier scaling of network resources based on application demands.
- D. Automated deployment and configuration of network resources for consistent infrastructure.
Answer: B
Explanation:
While manual configuration offers direct control in specific scenarios, IaC provides numerous advantages for managing network resources effectively:
Automation: IaC automates deployment and configuration, reducing manual effort and minimizing errors. This ensures consistent infrastructure across environments and simplifies resource management.
Security and compliance: IaC promotes security by storing infrastructure configurations in version control systems, enabling audit trails and rollbacks to previous configurations if needed. This facilitates compliance with security standards and regulations.
Scalability: IaC enables easier scaling of network resources by defining reusable templates and automating deployments based on changing application demands. This helps you adapt to increased traffic or resource requirements efficiently.
Therefore, while manual configuration might be preferred in rare cases where absolute control is paramount, IaC offers significant benefits for most network resource management scenarios.
NEW QUESTION # 40
IF application requires dynamic public IP addresses for instances launched on demand. Which option provides the most flexibility?
- A. Use NAT Gateway with public IP pool association.
- B. Manually assign public IPs from a pool to each instance.
- C. Configure public IP auto-assignment on the subnet.
- D. Create secondary public IP CIDR blocks in the subnet.
Answer: C
Explanation:
A). Manually assign public IPs from a pool to each instance: This is cumbersome and time-consuming for frequent launches, especially as your demand scales. Additionally, manual tracking and allocation increase the risk of errors and IP exhaustion.C. Use NAT Gateway with public IP pool association: While NAT Gateways offer cost savings on outbound traffic, they introduce a single point of failure and limit inbound connections to specific ports. They,re not ideal for applications requiring flexibility and direct inbound access.D. Create secondary public IP CIDR blocks in the subnet: This increases the available public IP addresses, but it,s less flexible than auto-assignment. Managing multiple CIDR blocks and ensuring their efficient use can be complex, especially as your needs evolve.Configuring public IP auto-assignment streamlines the process:
When you launch an instance in the subnet with auto-assignment enabled, it automatically receives a public IP from the available pool.
This is highly scalable and simplifies instance management, automatically fulfilling your dynamic requirements.
Most cloud providers offer auto-assignment functionality, usually within the subnet configuration settings.
Remember to balance flexibility with security:
Implement firewalls and security groups to restrict access to instances based on your application,s needs.
Consider auditing and logging public IP assignments to track usage and potential security concerns.
NEW QUESTION # 41
You need to assign a static public IP address to a specific instance. What service do you use?
- A. Public IP Pool
- B. NAT Gateway
- C. Internet Gateway
- D. Service Gateway
Answer: A
Explanation:
Internet Gateway: This service allows communication between your VCN and the internet, but it doesn,t assign IP addresses to instances.
Service Gateway: This facilitates private access to Oracle services, not individual instance public IP assignment.
NAT Gateway: This translates private IP addresses of instances to a single public IP address, not providing dedicated IPs for specific instances.
Public IP Pool: This service holds a pool of reserved public IP addresses. You can create a reserved public IP from this pool and attach it to a specific VNIC associated with your instance, effectively assigning it a static public IP address.
NEW QUESTION # 42
When working with CloudShell, which security best practice is MOST important to follow?
- A. Sharing your CloudShell access credentials with other users in your team.
- B. Regularly updating the OCI CLI version within CloudShell for security patches.
- C. Leaving your CloudShell session open and unattended with active SSH connections.
- D. Utilizing strong passwords and enabling multi-factor authentication (MFA) for your OCI account.
Answer: D
Explanation:
A). Leaving your CloudShell session open and unattended with active SSH connections is a significant security risk. Anyone who gains access to your device can potentially access your CloudShell environment and perform unauthorized actions.B. Sharing your CloudShell access credentials with others, even within your team, is highly discouraged. This grants them full access to your CloudShell environment, potentially compromising sensitive data and resources.C. While updating the OCI CLI version for security patches is important, it,s not the single most critical practice. It,s a proactive measure that should be combined with other fundamental security steps.Strong passwords and MFA are the bedrock of account security. They significantly reduce the risk of unauthorized access, even if someone manages to obtain your credentials. MFA adds an extra layer of protection by requiring a second factor, like a code from your phone, to verify your identity.
NEW QUESTION # 43
To connect OCI VCN to another cloud provider''s VCN for workload migration. Which solution offers secure and reliable connectivity?
- A. Direct peering between OCI,s FastConnect and the other provider,s service.
- B. Establish a site-to-site IPSec VPN tunnel with a third-party vendor.
- C. OpenVPN tunnel with public IP addresses on both sides.
- D. Utilize Oracle Cloud Infrastructure FastConnect Partner Peering.
Answer: D
Explanation:
Here,s why the other options fall short:
A). OpenVPN tunnel with public IP addresses on both sides: This option offers less security due to its reliance on public IP addresses and encryption limitations compared to dedicated solutions like FastConnect.B. Direct peering between OCI,s FastConnect and the other provider,s service: While technically possible, it often requires complex negotiations and technical expertise to establish direct peering agreements between providers.D. Establish a site-to-site IPSec VPN tunnel with a third-party vendor: This can be a viable option, but it introduces additional vendor management and potential complexity compared to leveraging the built-in features of OCI FastConnect.Oracle Cloud Infrastructure FastConnect Partner Peering:
Provides a dedicated, private, and high-performance connection between your OCI VCN and the VCN of your chosen partner cloud provider.
Offers enhanced security compared to internet-based solutions like VPN tunnels and avoids potential performance bottlenecks.
Simplifies connection setup and management by leveraging pre-established peering agreements between Oracle and partnered cloud providers.
Requires minimal configuration and offers reliable connectivity for workload migration between the two cloud environments.
NEW QUESTION # 44
Which OCI service facilitates automatic traffic failover to the secondary cloud in case of an outage?
- A. Configure public IP failover for resources in the secondary cloud.
- B. Utilize FastConnect with automatic failover to the secondary OCI region.
- C. Implement Service Gateway with automatic failover routing options.
- D. Designate the secondary cloud as an active-active configuration.
Answer: B
Explanation:
Here,s why the other options don,t offer the same level of automated failover:
A). Configure public IP failover for resources in the secondary cloud: This requires manual intervention or complex automation to switch traffic to the secondary public IP in case of an outage.C. Implement Service Gateway with automatic failover routing options: Service Gateway can facilitate traffic routing across different cloud environments, but it requires specific configuration for automatic failover based on outage detection, which might not be supported by all providers.D. Designate the secondary cloud as an active-active configuration: This isn,t a practical solution for most scenarios due to potential conflicts and resource duplication across both clouds. It also doesn,t guarantee automatic failover if the outage affects the entire secondary cloud environment.FastConnect with automatic failover:
Provides a dedicated, private connection between your on-premises network or another cloud environment and OCI regions.
Offers the option to configure multiple FastConnect connections to different OCI regions.
When an outage occurs in the primary region, traffic automatically fails over to the secondary region,s connection, ensuring uninterrupted connectivity and minimal downtime.
NEW QUESTION # 45
You have reserved a public IP address but no longer need it. What action releases the IP for future use?
- A. Update the subnet CIDR block to exclude the reserved IP.
- B. Delete the associated VNIC.
- C. Terminate the instance using the IP.
- D. Release the IP address through the console or API.
Answer: D
Explanation:
A). Delete the associated VNIC: While deleting the associated VNIC would make the IP address unusable, it wouldn,t actually release it for future use. The reserved IP would still be tied to your account and unavailable for other resources.B. Terminate the instance using the IP: Similar to option A, terminating the instance wouldn,t release the reserved IP. Even if the instance is no longer using it, the reservation would remain active.D. Update the subnet CIDR block to exclude the reserved IP: Changing the subnet CIDR block is not recommended for reserved IP addresses. This would impact all IP addresses within the subnet, potentially affecting running instances and requiring reconfiguration. Additionally, some cloud platforms might not allow modifying the reserved IP block through CIDR change.Therefore, the proper way to release a reserved public IP address for future use is to explicitly release it through the console or API provided by your cloud platform. This typically involves finding the management section for reserved IP addresses and selecting the specific IP you want to release. There might be an option labeled "release," "unreserve," or something similar.
NEW QUESTION # 46
Which of the following statements about CloudShell''s persistent storage is TRUE?
- A. You can access your CloudShell storage from any device, regardless of your OCI tenancy.
- B. CloudShell storage can be used to share large files with other OCI users in your tenancy.
- C. Any changes made to files in your CloudShell home directory are automatically backed up.
- D. The stored data is automatically deleted after a certain period of inactivity.
Answer: D
Explanation:
While CloudShell offers persistent storage for user-specific files and configurations, it follows a specific deletion policy to manage available space and ensure proper resource allocation. This means that if you haven,t interacted with your CloudShell instance for a certain period, your stored data may be automatically deleted.
Here,s a breakdown of the other options and their accuracy:
A). You can access your CloudShell storage from any device, regardless of your OCI tenancy. This is incorrect. CloudShell storage is region-specific. Your data in one region,s CloudShell instance won,t be accessible from another region, and it,s also tied to your tenancy within OCI.B. Any changes made to files in your CloudShell home directory are automatically backed up. CloudShell doesn,t have a built-in automatic backup mechanism. If you need backups, you,ll need to manually initiate them using tools like rsync or integrate your own backup solution.D. CloudShell storage can be used to share large files with other OCI users in your tenancy. While you can technically share files within your tenancy using CloudShell storage, it,s generally not recommended for large files due to potential performance limitations and security concerns. Consider using more suitable services like OCI Object Storage for large file sharing.
NEW QUESTION # 47
When configuring a bastion service in OCI, which of the following security measures is MOST important to implement?
- A. Disabling SSH access on bastion hosts and using alternative protocols like RDP.
- B. Restricting inbound traffic to bastion hosts only from specific IP addresses.
- C. Configuring bastion hosts with static IP addresses for easy access management.
- D. Allowing password-based authentication for convenience alongside other security measures.
Answer: B
Explanation:
Here,s why:
A). Restricting Inbound Traffic:This significantly reduces the attack surface by limiting potential access points to a narrow set of authorized sources. Even if an attacker compromises a system with allowed access, they,re less likely to be able to exploit the bastion due to the restricted traffic flow.
This adheres to the principle of least privilege by granting access only to those who genuinely need it, minimizing potential vulnerabilities.
B). Disabling SSH and Using Alternative Protocols:While disabling SSH completely might seem secure, it might restrict legitimate access and require alternative solutions that may not be readily available or offer the same level of security. Evaluating alternative protocols like RDP with strong authentication measures can be considered, but the focus should still be on controlling access, not eliminating protocols entirely.
C). Static IP Addresses:While convenient for management, static IP addresses can make them easier to target for attackers. Dynamic IP allocation with proper management practices can enhance security without sacrificing usability.
D). Password-Based Authentication:This is generally considered less secure than other methods like multi-factor authentication (MFA), which adds an extra layer of verification beyond just a password. Password-based access should be avoided if possible, or only used with very strong password policies and frequent rotations.
Therefore, while all security measures have their roles, restricting inbound traffic holds the highest priority in securing a bastion service. It directly addresses the core purpose of a bastion - acting as a controlled entry point - and significantly reduces the potential for unauthorized access.
NEW QUESTION # 48
Which of the following statements about route advertisement across DRGs is TRUE?
- A. Route advertisement across DRGs is not possible, and each DRG must have its own set of static routes.
- B. You can configure filters to control which routes are advertised across DRGs, based on prefixes or other criteria.
- C. DRGs automatically learn and advertise routes from attached VCNs, eliminating the need for route tables in VCNs.
- D. All routes learned from a DRG are automatically advertised to all other attached DRGs.
Answer: B
Explanation:
A). All routes learned from a DRG are automatically advertised to all other attached DRGs: This is false. Route advertisement across DRGs is controlled and requires configuration using route filters. Advertising all routes without filtering can lead to routing loops and unintended traffic flow.C. DRGs automatically learn and advertise routes from attached VCNs, eliminating the need for route tables in VCNs: This is partly true. DRGs do import routes from attached VCNs by default, but route tables are still essential in VCNs to manage internal routing within the VCN and control what specific routes get exported to the DRG for further advertisement.D. Route advertisement across DRGs is not possible, and each DRG must have its own set of static routes: This is false. Route advertisement across DRGs is a core functionality, allowing for efficient routing between VCNs across different regions or connected networks. Static routes can be used within DRGs, but relying solely on them can be inflexible and impractical for larger-scale or dynamic network environments.
NEW QUESTION # 49
Which of the following statements is TRUE about the OCI Network Firewall?
- A. It integrates seamlessly with Oracle Cloud Infrastructure Identity and Access Management (IAM).
- B. It requires manual configuration of security rules for specific traffic inspection.
- C. It automatically filters all traffic entering and leaving a VCN.
- D. It can only be deployed within a VCN subnet.
Answer: B
Explanation:
While the OCI Network Firewall offers robust capabilities, statement C accurately reflects its key functionality:
Deployment: While it,s deployed within a VCN subnet, it provides security for both north-south (internet inbound/outbound) and east-west (intra-VCN) traffic, not confined to the subnet itself.
Automatic Filtering: It doesn,t automatically filter all traffic. You need to define security rules to explicitly specify which traffic to allow, deny, or inspect further. This level of granular control ensures tailored security based on your specific needs.
Rule Configuration: As mentioned, manual configuration of security rules is crucial for the firewall to understand which traffic to permit, block, or inspect. These rules define protocols, ports, source/destination addresses, and more.
IAM Integration: Integration with Oracle Cloud Infrastructure Identity and Access Management (IAM) is true. You can use IAM policies to control access to the firewall itself and manage user permissions for creating and modifying security rules. This ensures proper authorization and prevents unauthorized changes.
NEW QUESTION # 50
Which of the following resources is not required to establish transitive routing between an on-premises network and two OCI VCNs in different regions?
- A. Route propagation and peering configuration between DRGs
- B. FastConnect or Site-to-Site VPN connection to each region
- C. Internet Gateway (IGW)
- D. Dynamic Routing Gateway (DRG) attached to each VCN
Answer: C
Explanation:
FastConnect or Site-to-Site VPN connection to each region: This establishes the physical connection between your on-premises network and each OCI region, allowing for routing communication. It is essential for setting up the routing path.
Dynamic Routing Gateway (DRG) attached to each VCN: Each DRG acts as a central hub for routing traffic within its region. It receives routes from the FastConnect/VPN, learns routes from the attached VCNs, and propagates relevant routes to other DRGs. It plays a crucial role in routing decisions and traffic forwarding.
Route propagation and peering configuration between DRGs: This enables the DRGs to exchange routing information about the on-premises network and the target VCNs in different regions. By configuring peering and route filters, you control how routes are shared and advertised, ensuring secure and efficient traffic flow. This configuration is vital for the DRGs to communicate and direct traffic across regions.
Internet Gateway (IGW): An IGW provides public internet access within a VCN. However, transitive routing between private networks, including your on-premises network and OCI VCNs, focuses on private connectivity without accessing the public internet. Therefore, IGWs are not required for this specific setup.
In summary, while IGWs provide valuable functionalities within OCI VCNs, they are not part of the core resources needed for establishing private transitive routing between your on-premises network and different OCI regions. Remember, transitive routing utilizes dedicated gateways like DRGs for internal and private communication, not internet-facing resources like IGWs.
NEW QUESTION # 51
When using FastConnect for a multi-cloud deployment, which configuration offers the highest security for inter-cloud traffic?
- A. Private peering over a dedicated physical connection
- B. Public peering over the internet
- C. GRE tunnels with IPSec encryption
- D. VPN Connect over the public internet
Answer: A
Explanation:
Public peering (A): This option utilizes the public internet, exposing your traffic to potential interception and attacks. It offers minimal security and is not recommended for sensitive data.
GRE tunnels with IPSec encryption (C): While this option uses encryption within the tunnels, the underlying connection might still traverse the public internet, depending on your implementation. This introduces vulnerabilities due to the public path.
VPN Connect over the public internet (D): Similar to GRE tunnels, VPN Connect offers encryption but relies on the public internet for connectivity, compromising security.
Private peering over a dedicated physical connection (B): This configuration establishes a direct, private connection between your on-premises network and your resources in each cloud provider. This eliminates the exposure to the public internet, significantly enhancing security for inter-cloud traffic.
NEW QUESTION # 52
Which resource is NOT required to configure transitive routing from an on-premises network to a VCN in a different OCI region?
- A. Dynamic Routing Gateway (DRG) in the destination region
- B. Dynamic Routing Gateway (DRG) in the source region
- C. Internet Gateway (IGW) in the source region
- D. FastConnect or Site-to-Site VPN connection between source and destination DRGs
Answer: C
Explanation:
Dynamic Routing Gateway (DRG) in the source region: This is mandatory. The DRG in the source region acts as a central hub for routing traffic towards the destination VCN in the other region.
Dynamic Routing Gateway (DRG) in the destination region: This is also mandatory. The DRG in the destination region receives the routing information from the source DRG and directs traffic towards the target VCN.
FastConnect or Site-to-Site VPN connection between source and destination DRGs: This establishes the physical connection between your on-premises network and the OCI regions, allowing for routing exchange and data transfer.
Internet Gateway (IGW) in the source region: An IGW provides public internet access from a VCN, but it has no role in establishing private transitive routing towards a VCN in another region. Transitive routing involves private connections using a dedicated gateway like a DRG, not public internet resources.
Therefore, while IGWs play a valuable role in enabling public internet access within a VCN, they are not required for establishing private transitive routing connections between on-premises networks and VCNs in different OCI regions. DRGs, FastConnect/VPN connections, and proper route configuration across DRGs are the essential components for achieving this type of connectivity.
NEW QUESTION # 53
For fine-grained control over access to OCI resources through the VPN connection. Which OCI service can help in achieving this?
- A. Security List on the VCN
- B. Dynamic Routing Gateway (DRG) route tables
- C. Site-to-Site VPN with advanced encryption options
- D. Service Gateway with access control lists (ACLs)
Answer: A
Explanation:
Granular Control: Security Lists offer specific inbound and outbound traffic filtering rules based on source IP addresses, destination IP addresses, ports, and protocols. This allows you to precisely control which resources within your VCN can be accessed from your on-premises network via the VPN tunnel.
Direct Enforcement: Security List rules are applied directly at the VCN level, ensuring granular control over traffic flow before it reaches specific resources within the VCN.
Flexibility: You can create multiple Security Lists with different rules to apply to different subnets or resources within your VCN, providing flexible access control based on your specific needs.
Integration with VPN: Security Lists work seamlessly with Site-to-Site VPN connections, allowing you to leverage granular access control alongside the secure tunnel established by the VPN.
Other options might contribute to security, but they don,t directly address fine-grained control through the VPN connection:
B). Service Gateway with access control lists (ACLs): Service Gateway primarily manages outbound internet traffic within a VCN, not specifically controlling access through VPN connections.C. Dynamic Routing Gateway (DRG) route tables: DRG route tables control overall routing between VCNs and attached networks, not granular access control within a specific VCN.D. Site-to-Site VPN with advanced encryption options: While encryption protects data transmission, it doesn,t provide the level of granular access control offered by Security Lists within the VCN.
NEW QUESTION # 54
Which OCI VPN service helps if strong encryption for VPN connection to OCI is required?
- A. IPSec VPN Connect supports only AES-128 encryption.
- B. IPsec VPN over Dedicated Circuit requires custom encryption configuration.
- C. FastConnect with private peering uses TLS by default.
- D. Cloud VPN with IPSec offers AES-256 encryption options.
Answer: D
Explanation:
Robust Encryption: Cloud VPN with IPSec offers AES-256 encryption by default, which is considered one of the most secure ciphers available. This algorithm provides 256-bit encryption keys, significantly exceeding the security of AES-128 used in other options.
Flexibility: You can further enhance security by selecting stronger hashing algorithms, such as SHA-256 or SHA-384, for authentication and integrity verification.
Wide Range of Configurations: Cloud VPN with IPSec supports both dynamic routing (BGP) and static routing, enabling you to tailor your VPN solution to your specific network requirements.
Scalability: It can be easily scaled to accommodate your growing bandwidth needs.
Cost-Effectiveness: Compared to Dedicated Circuits, Cloud VPN with IPSec often offers a more cost-effective solution.
Comparison with other options:
A). IPSec VPN Connect: While it supports IPSec, the default AES-128 encryption might not be sufficient for your strong encryption requirements.B. FastConnect with Private Peering: While offering private connectivity, it primarily uses TLS, which may not be as robust as IPSec for specific security needs.D. IPsec VPN over Dedicated Circuit: While potentially offering strong encryption depending on your configuration, it can be more complex and expensive to manage compared to Cloud VPN with IPSec.
NEW QUESTION # 55
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