Quickly and Easily Pass Oracle Exam with 1Z0-1124-24 real Dumps Updated on Mar-2025
Realistic 1Z0-1124-24 Dumps Questions To Gain Brilliant Result
NEW QUESTION # 26
analyzing flow logs for a web server instance. What metric within the logs can indicate potential denial-of-service (DoS) attacks?
- A. Total number of connections
- B. Average response time
- C. Average packet size
- D. Number of connections per second
Answer: D
Explanation:
Average packet size: While large packet sizes might be unusual, it,s not a definitive indicator of DoS attacks.
Total number of connections: Can be high during normal traffic bursts, not solely indicative of DoS attacks.
Average response time: Increases during high traffic but doesn,t directly pinpoint the cause (DoS or legitimate surge).
Number of connections per second: A sudden and sustained spike in connection attempts per second is a strong indicator of a DoS attack aiming to overwhelm the server with connection requests.
Additional metrics helpful for identifying DoS attacks:
Source IP addresses: Analyzing the origin of connection attempts can reveal suspicious patterns or known attacker IPs.
Destination ports: Attacks might target specific ports used by your web server applications.
Error codes: Increased occurrences of connection refused or reset errors could indicate DoS attempts.
NEW QUESTION # 27
If a DRG attached to two VCNs. How can you ensure traffic from VCN A reaches specific resources in VCN B based on IP addresses or security groups?
- A. Create Security List rules in VCN B allowing specific traffic from VCN A.
- B. Configure route rules in the DRG with static routes.
- C. Implement NAT Gateways in both VCNs for address translation.
- D. Use Traffic Management with forwarding rules based on source IPs.
Answer: A
Explanation:
Granular Control: Security Lists offer granular control over inbound and outbound traffic. You can define rules specifying source IP addresses (VCN A IP range), destination IP addresses (resources in VCN B), and ports/protocols, allowing only authorized traffic to reach specific resources.
Direct Communication: Traffic flows directly between VCNs without intermediate hops, improving efficiency and performance.
Security Compliance: Security Lists align with the principle of least privilege, granting access only to necessary resources, enhancing security posture.
Comparison with other options:
DRG Route Rules (A): While possible, using DRG route rules for intra-VCN traffic becomes more complex and less manageable compared to Security Lists within VCNs.
NAT Gateways (C): NAT Gateways translate private IP addresses, but don,t provide control based on source IPs or security groups. They might introduce complexity and potential performance overhead.
Traffic Management (D): While Traffic Management can forward traffic based on source IPs, it,s primarily used for load balancing and complex routing scenarios. Security Lists offer a simpler and more direct solution for your specific requirement.
NEW QUESTION # 28
Which VCN gateway enables resources in your VCN to access the internet without exposing these resources to incoming internet connections?
- A. Dynamic Routing Gateway (DRG)
- B. Internet Gateway
- C. Service Gateway
- D. NAT Gateway
Answer: D
Explanation:
Here,s why the other options are not correct:
Internet Gateway: This gateway allows both outbound and inbound traffic, meaning resources with public IP addresses will be exposed to the internet.
Service Gateway: This gateway facilitates communication with Oracle Cloud Infrastructure services within their network, not the public internet.
Dynamic Routing Gateway (DRG): This gateway primarily connects your VCN to other networks, including on-premises networks, but doesn,t provide direct internet access like the NAT Gateway.
NEW QUESTION # 29
When designing transitive routing with Network Appliances, which of the following configurations offers the HIGHEST level of availability?
- A. Deploying a Network Appliance in each AD within a region, with active-passive failover.
- B. Deploying a single Network Appliance in a regional fault domain, with high availability enabled.
- C. Deploying multiple Network Appliances in a single AD, with load balancing.
- D. Deploying a single Network Appliance in a single availability domain (AD).
Answer: A
Explanation:
A). Single Network Appliance in a single AD: This offers minimal redundancy. If the appliance or the AD fails, your entire transitive routing functionality becomes unavailable.C. Multiple Network Appliances in a single AD with load balancing: While this improves performance and distributes traffic, it doesn,t provide true high availability for the routing function itself. If the entire AD fails, all appliances become unavailable.D. Single Network Appliance in a regional fault domain with high availability enabled: This might offer some redundancy within the fault domain, but it doesn,t protect against regional outages affecting the entire domain.Option B:
By deploying a Network Appliance in each availability domain (AD) within a region, you gain redundancy across different physical locations.
Configuring active-passive failover ensures that if one appliance fails, the other immediately takes over, minimizing downtime and disruption to your transitive routing.
This approach offers fault tolerance at both the appliance and the AD level, significantly enhancing availability compared to the other options.
NEW QUESTION # 30
Which OCI Networking tool facilitates traffic capture and analysis for in-depth troubleshooting?
- A. Service Gateway Logs
- B. Network Security Group (NSG) Rules
- C. VCN Flow Logs
- D. Virtual Test Access Point (VTAP)
Answer: D
Explanation:
Service Gateway Logs: Capture logs related to service gateway operations, not detailed network traffic information.
VCN Flow Logs: Provide valuable flow data but capture only metadata about network traffic, not the actual packet contents.
Network Security Group (NSG) Rules: Focus on security policy enforcement, not capturing or analyzing traffic.
Virtual Test Access Point (VTAP): Offers advanced traffic capture capabilities specifically designed for detailed troubleshooting:
Captures full packet data: Allows deep inspection of individual packets, analyzing headers, protocols, and content.
Filtering and mirroring: Filter captured traffic based on specific criteria and mirror it to a designated target for analysis.
Real-time and offline analysis: Analyze captured traffic in real-time or store it for offline analysis with specialized tools.
NEW QUESTION # 31
Which OCI Networking tool helps you trace the routing path and identify potential issues?
- A. Service Gateway Logs
- B. Network Path Analyzer
- C. Network Visualizer
- D. Flow Logs
Answer: B
Explanation:
Flow Logs: While providing information about traffic flow, they don,t specifically trace the complete routing path.
Network Visualizer: Offers network topology visualization but its primary focus isn,t tracing individual packet paths.
Service Gateway Logs: Capture logs related to service gateway operations, not routing paths within your VCN.
Network Path Analyzer: Specifically designed for analyzing and troubleshooting routing issues:
Trace route: Initiates traceroute tests from a source to a destination resource, revealing the sequence of routers and networks traversed.
Hop-by-hop details: Provides detailed information about each hop, including latency, packet loss, and next-hop IP addresses.
Visualization: Presents the routing path visually, simplifying identification of bottlenecks or misconfigurations.
NEW QUESTION # 32
Your VCN requires both public and private subnets. Which of the following address allocation strategies is NOT recommended?
- A. Allocate separate CIDR blocks from the same pool for public and private subnets.
- B. Use the same CIDR block for both public and private subnets.
- C. Allocate CIDR blocks based on the expected number of instances in each subnet.
- D. Use overlapping CIDR blocks for public and private subnets.
Answer: D
Explanation:
Routing complexity: Overlapping CIDR blocks for public and private subnets can create complex routing challenges within the VCN. Routers might get confused and misdirect traffic due to ambiguous address spaces.
Security risks: Overlapping ranges increase the potential for accidental exposure of private resources to the public internet. This can have significant security implications.
Best practices: Industry best practices and security guidelines always recommend clear separation between public and private address spaces within a VCN to ensure proper routing and maintain a strong security posture.
While the other options have their nuances, they are generally considered acceptable approaches:
A). Use the same CIDR block for both public and private subnets: This can be done, but it is not the most common or recommended approach. While technically possible, it can lead to routing complexity and make it harder to manage security policies separately for public and private networks.B. Allocate separate CIDR blocks from the same pool for public and private subnets: This is a common and recommended approach. It provides clear separation between public and private address spaces, simplifies routing, and facilitates better security management.D. Allocate CIDR blocks based on the expected number of instances in each subnet: This is considered a good practice for optimizing resource utilization. Allocating larger CIDR blocks than needed wastes address space, while smaller blocks might need subnet splitting later if the instance count grows.
NEW QUESTION # 33
Which of the following features is NOT available in the Oracle Cloud Shell?
- A. Pre-authenticated OCI CLI for managing resources.
- B. Remote desktop protocol (RDP) access for graphical user interface (GUI) interaction.
- C. Access to private resources within a VCN through bastion service integration.
- D. Integrated code editor for writing and running scripts.
Answer: B
Explanation:
A). Pre-authenticated OCI CLI: Yes, Cloud Shell comes with a pre-authenticated OCI CLI, allowing you to manage your OCI resources directly from the web browser.B. Integrated code editor: Yes, Cloud Shell includes a code editor for writing and running scripts in various languages, facilitating development tasks.C. Access to private resources within a VCN through bastion service integration: Yes, Cloud Shell can be configured to access private resources within a VCN via a bastion service, enabling secure management of internal assets.D. RDP access: No, Cloud Shell is designed as a command-line environment and does not support graphical user interfaces or remote desktop protocol (RDP) connections. This is intentional as it helps maintain security and resource efficiency within the browser-based shell.
NEW QUESTION # 34
A application requires SSL termination and inspection. Which OCI load balancer feature supports this?
- A. Source IP Preservation
- B. SSL Offload
- C. Listener Health Checks
- D. Backend Set Session Persistence
Answer: B
Explanation:
A). Listener Health Checks: These verify server availability and responsiveness, not related to SSL termination or inspection.B. Backend Set Session Persistence: This helps maintain user sessions on specific backend servers but doesn,t involve SSL offloading.D. Source IP Preservation: This retains the client,s original IP address, not related to SSL termination or inspection.SSL Offload is a feature available in Network Load Balancers (NLBs) and Flexible Load Balancers (FLBs) in OCI. It allows the load balancer to handle the SSL encryption and decryption process, relieving your backend servers from this task. This can improve performance and reduce the workload on your servers.
Here,s how SSL Offload works:
The client establishes an SSL connection with the load balancer using the public HTTPS endpoint.
The load balancer decrypts the incoming traffic and terminates the SSL connection.
The load balancer forwards the unencrypted traffic to the chosen backend server.
The backend server processes the request and sends an unencrypted response back to the load balancer.
The load balancer encrypts the response and forwards it back to the client over the established SSL connection.
NEW QUESTION # 35
To achieve highly available transitive routing between your on-premises network and a VCN in another OCI region. Which approach is NOT recommended?
- A. Implementing a redundant Site-to-Site VPN connection for the on-premises network.
- B. Utilizing a single FastConnect connection and DRG in the remote region.
- C. Configuring two DRGs in the remote region and BGP peering them for redundancy.
- D. Using two FastConnect connections to the remote region with different physical paths.
Answer: B
Explanation:
Single point of failure: Relying on a single FastConnect connection and DRG creates a single point of failure. If either component fails, your entire transitive routing functionality to the VCN in the other region becomes unavailable.
Limited redundancy: This approach doesn,t leverage redundancy within the OCI region itself, missing out on potential high availability features offered by DRG peering or redundant FastConnect connections within the region.
The other options provide better redundancy and high availability:
A). Using two FastConnect connections: Having two physically diverse FastConnect connections reduces the impact of a single connection failure.B. Configuring two DRGs with BGP peering: This redundancy within the OCI region ensures one DRG can take over if the other fails.D. Implementing a redundant Site-to-Site VPN: While not directly related to OCI, having a redundant VPN connection to your on-premises network adds another layer of redundancy to the overall solution.
NEW QUESTION # 36
Which FastConnect product offers the highest bandwidth and performance?
- A. IPSec VPN
- B. Cloud VPN
- C. Dedicated Connection
- D. Dedicated Internet Access (DIA)
Answer: C
Explanation:
Dedicated Connection: This option refers to FastConnect Dedicated Circuit.
Here,s a breakdown of why:
* Dedicated Circuit: This establishes a private, point-to-point connection directly between your network and Google,s, bypassing the public internet. This dedicated path translates to significantly higher bandwidth and significantly lower latency compared to other options that rely on shared resources.
* Dedicated Internet Access (DIA): While this offers a dedicated connection to the internet, it does not directly connect to Google,s network and still relies on public internet infrastructure, introducing potential bottlenecks and impacting performance.
* IPSec VPN and Cloud VPN: Both utilize shared VPN tunnels over the public internet, introducing potential latency and jitter due to shared resources and internet traffic conditions. Bandwidth is also limited compared to dedicated options.
NEW QUESTION # 37
Which of the following statements is TRUE about the relationship between a Dynamic Routing Gateway (DRG) and a Local Peering Gateway (LPG) in the context of transitive routing in OCI?
- A. A DRG can only peer with one LPG per VCN.
- B. Peering between a DRG and an LPG allows transitive routing only within the LPG,s VCN.
- C. An LPG can be attached to multiple DRGs within the same VCN.
- D. Both DRGs and LPGs enable direct transit routing between on-premises networks and OCI resources.
Answer: C
Explanation:
Here,s why the other statements are not true:
A). A DRG can only peer with one LPG per VCN: This is false. A DRG can peer with multiple LPGs within the same VCN, allowing for connections to various on-premises networks or other peered VCNs.C. Both DRGs and LPGs enable direct transit routing between on-premises networks and OCI resources: This is partially true. DRGs enable transit routing, which allows resources within a VCN to access resources in other VCNs or on-premises networks through a central gateway. LPGs, on the other hand, facilitate local peering within the same VCN, directly connecting resources across subnets. They don,t inherently enable transit routing to external networks.D. Peering between a DRG and an LPG allows transitive routing only within the LPG,s VCN: This is false. When a DRG is peered with an LPG, resources in the LPG,s VCN can leverage the DRG,s transit routing capabilities to reach resources in other VCNs or on-premises networks connected to the DRG. It,s not limited to the LPG,s VCN itself.
NEW QUESTION # 38
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. GRE tunnels with IPSec encryption
- C. Public peering over the internet
- 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 # 39
For fine-grained control over access to OCI resources through the VPN connection. Which OCI service can help in achieving this?
- A. Site-to-Site VPN with advanced encryption options
- B. Service Gateway with access control lists (ACLs)
- C. Dynamic Routing Gateway (DRG) route tables
- D. Security List on the VCN
Answer: D
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 # 40
. What OCI networking service can you use to restrict access to specific resources based on IP addresses
- A. FastConnect: Establish a dedicated connection and filter traffic at the edge.
- B. Security List: Create rules allowing traffic only from the authorized IP addresses.
- C. Data Transfer: Assign tags to IP addresses and apply policies based on those tags.
- D. Service Gateway: Configure access control lists (ACLs) to whitelist permitted IPs.
Answer: B
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 # 41
Which feature of Site-to-Site VPN helps IF A company requires high availability for its VPN connection to OCI
- A. NAT Gateway integration for outbound traffic from the VCN.
- B. Dynamic routing between the on-premises network and VCN.
- C. Public IP addresses assigned to both sides of the VPN connection.
- D. Multiple tunnel configurations with automatic failover.
Answer: D
Explanation:
Here,s why:
Redundancy: By configuring multiple tunnels with automatic failover, you create redundancy in your VPN connection. If one tunnel experiences an outage, traffic seamlessly switches to the remaining operational tunnels, ensuring uninterrupted connectivity between your on-premises network and OCI VCN.
High Availability: This feature minimizes downtime and potential disruptions to your critical business operations.
Flexibility: You can configure multiple tunnels with different routing options (e.g., primary, secondary), bandwidths, and encryption settings to tailor your high availability solution to your specific needs and performance requirements.
The other options contribute to overall network functionality but don,t directly address high availability for the VPN connection:
A). Dynamic routing: Dynamic routing helps optimize communication paths but doesn,t provide automatic failover if a tunnel goes down.B. NAT Gateway integration: NAT Gateways manage outbound traffic and enhance security, but don,t offer automatic failover for VPN tunnels.D. Public IP addresses: While convenient for initial setup, public IPs alone don,t provide redundancy or automatic failover in case of tunnel issues.
NEW QUESTION # 42
When creating a Service Gateway endpoint for inter-tenancy communication, what approach reflects the principle of least privilege?
- A. Allow access to all resources in the destination tenancy for specific users.
- B. Grant broad access to all resources in the source tenancy.
- C. Specify the allowed resources in both the source and destination tenancies.
- D. Grant access to specific resources in the destination tenancy for all users.
Answer: C
Explanation:
A). Granting broad access to all resources in the source tenancy: This grants excessive and unnecessary access, creating a significant security risk.C. Allowing access to all resources in the destination tenancy for specific users: While better than option A, it still grants broader access than necessary to users, exposing more resources than required.D. Granting access to specific resources in the destination tenancy for all users: This gives all users access to specific resources, but it doesn,t limit access based on individual user needs, potentially exceeding the minimum required permissions.Option B is the most secure and adheres to the principle of least privilege by:
Specifying allowed resources in the source tenancy: Limits access to specific resources, preventing unauthorized access from other source resources.
Specifying allowed resources in the destination tenancy: Grants access only to the necessary resources within the other tenancy, minimizing the attack surface and potential damage.
NEW QUESTION # 43
Which technology is used if multicloud architecture needs dynamic routing between OCI and another cloud provider''s network
- A. Static BGP peering with manually configured routes.
- B. Cloud VPN with dynamic routing protocols like BGP.
- C. Dedicated Connection with dynamic routing capabilities.
- D. FastConnect Partner Peering with integrated BGP support.
Answer: D
Explanation:
Here,s why the other options don,t offer the same level of dynamic routing:
A). Static BGP peering with manually configured routes: While BGP supports dynamic routing, manually configuring routes becomes impractical and error-prone for large-scale multicloud environments.B. Cloud VPN with dynamic routing protocols like BGP: While Cloud VPN can utilize BGP, it creates a centralized connection point that might become a bottleneck for large-scale multicloud routing, and managing its own infrastructure adds complexity.C. Dedicated Connection with dynamic routing capabilities: While some Dedicated Connections might offer dynamic routing features, it,s not a core functionality and managing multiple dedicated connections with dynamic routing can be complex.FastConnect Partner Peering:
Provides a dedicated, private connection between OCI and your chosen cloud provider,s network.
Automatically establishes BGP peering sessions, enabling dynamic routing exchange and efficient traffic flow based on network conditions and available paths.
Offers scalability and flexibility for multicloud environments with frequent traffic changes.
NEW QUESTION # 44
IF multicloud architecture requires dynamic routing across OCI and another cloud provider. What OCI feature facilitates this?
- A. NAT Gateway for outbound traffic from OCI.
- B. BGP peering with the other cloud provider.
- C. Cloud VPN tunnels with dynamic routing protocols.
- D. Static route tables in each VCN.
Answer: B
Explanation:
Here,s why the other options don,t offer the same level of dynamic routing:
A). Static route tables in each VCN: These require manual updates for changes in the network topology, making them unsuitable for dynamic routing across multiple clouds.C. NAT Gateway for outbound traffic from OCI: This only facilitates outbound traffic from OCI and doesn,t enable dynamic routing between networks.D. Cloud VPN tunnels with dynamic routing protocols: While Cloud VPN can support dynamic routing protocols like BGP, it creates a centralized connection point between networks, potentially becoming a bottleneck for large-scale multicloud routing.BGP peering:
Establishes a direct peering connection between OCI and the other cloud provider, enabling dynamic routing exchange based on Border Gateway Protocol (BGP).
Allows for efficient and automatic traffic exchange based on network conditions and available paths, promoting optimal resource utilization and performance.
Offers scalability and flexibility for multicloud environments with dynamic traffic patterns.
NEW QUESTION # 45
Which option allows to connect multiple on-premises sites to a single OCI VCN using FastConnect.
- A. Configure IPSec VPN tunnels for each site.
- B. Implement Cloud VPN with a central gateway.
- C. Each site needs a separate Dedicated Connection.
- D. Utilize a single Dedicated Connection with multiple virtual circuits.
Answer: D
Explanation:
Here,s why:
Single Dedicated Connection: This provides the highest performance and security with a direct, private connection between all your sites and the OCI VCN.
Multiple virtual circuits: Each site can have its own virtual circuit within the dedicated connection, offering dedicated bandwidth and isolation for each location. This is more cost-effective than individual dedicated connections for each site.
Not suitable options:
Separate Dedicated Connections: This is expensive and redundant, requiring separate physical connections and management for each site.
IPSec VPN tunnels: While offering connectivity, IPSec introduces potential latency and security complexity compared to FastConnect,s dedicated nature.
Cloud VPN with a central gateway: While this provides connectivity, Cloud VPN offers lower performance and bandwidth compared to a dedicated connection, especially for multiple sites.
NEW QUESTION # 46
Which of the following resources CANNOT be used for transitive routing between a VCN and an on-premises network in OCI?
- A. Dynamic Routing Gateway (DRG)
- B. Internet Gateway (IGW)
- C. Local Peering Gateway (LPG)
- D. Service Gateway (SGW)
Answer: B
Explanation:
Local Peering Gateway (LPG): This option enables local peering within a VCN but cannot connect directly to on-premises networks. However, it can be used alongside other resources like a DRG for establishing transitive routing to on-premises networks.
Service Gateway (SGW): This gateway facilitates connections between OCI VCNs and other cloud provider,s VPCs but not directly to on-premises networks.
Dynamic Routing Gateway (DRG): This is the primary gateway used for transitive routing between a VCN and on-premises networks. It establishes a central hub for routing traffic to on-premises networks through a connected on-premises VPN or FastConnect connection.
Internet Gateway (IGW): While IGWs allow outbound internet access from a VCN, they cannot route traffic towards private on-premises networks. They are not designed for establishing private connections, making them unsuitable for transitive routing to on-premises environments.
NEW QUESTION # 47
In a multi-tier OCI architecture, which of the following BEST describes the combined value of the WAF (Web Application Firewall) and Edge services?
- A. They primarily offer encryption and certificate management capabilities.
- B. They enable secure remote access to private resources within the architecture.
- C. They primarily provide network load balancing across multiple web servers.
- D. They offer comprehensive web application security filtering and content delivery acceleration.
Answer: D
Explanation:
Here,s why:
A). Network load balancing: While both services can contribute to load balancing, their primary roles are not focused on it.C. Secure remote access: While security is crucial, OCI WAF and Edge services primarily address web application security and content delivery, not direct remote access to private resources.D. Encryption and certificate management: Encryption and certificate management are important aspects of OCI services, but not the key focus of WAF and Edge services in this context.How WAF and Edge services add value in a multi-tier architecture:
WAF: Provides a robust layer of security by filtering incoming web traffic and blocking malicious attacks like SQL injection, cross-site scripting (XSS), and other threats, protecting your web applications from vulnerabilities.
Edge services: Enhance performance and user experience by caching static content closer to users through geographically distributed edge locations. This reduces latency and improves responsiveness for end users accessing your web applications.
NEW QUESTION # 48
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