NSE7_SDW7.0 Fortinet NSE 7 SDWAN 7.0 Free Practice Test — 30 Questions

Question 1

A global enterprise, \"Aether Dynamics,\" utilizes a FortiGate SD-WAN solution to connect its branch offices to various cloud services, including a mission-critical customer relationship management (CRM) platform. Recently, users at the Tokyo branch reported severe performance degradation for the CRM application, characterized by significant packet loss and elevated latency. Network diagnostics confirm that the primary WAN link for the Tokyo office, a dedicated MPLS circuit, is experiencing intermittent issues. The secondary broadband internet link is stable and performing within acceptable parameters. The SD-WAN policy is configured for application-aware routing, prioritizing the CRM application with specific SLA targets for latency and packet loss. Despite the secondary link\'s stability, the CRM traffic continues to be routed over the degraded MPLS circuit, causing ongoing user frustration. What is the most probable underlying cause for this persistent suboptimal traffic steering, and what adjustment is most likely to resolve the issue?

Accepted Answer

The dynamic path selection thresholds within the SD-WAN policy for the CRM application's SLA are not sensitive enough to the observed link degradation, preventing an automatic failover to the stable secondary WAN link.

Question 2

A multinational corporation\'s newly implemented FortiGate SD-WAN fabric is experiencing significant performance degradation for its critical real-time financial trading application. Users report intermittent freezes and transaction delays, particularly during peak trading hours. Analysis of network telemetry reveals that while overall link utilization across the available WAN circuits remains within acceptable parameters, specific links exhibit transient spikes in latency and jitter, directly correlating with the application\'s unresponsiveness. The IT operations team needs to implement a solution that dynamically adjusts traffic flow to ensure the application consistently utilizes the most performant path, adapting to the fluctuating quality of the underlying WAN connections without manual intervention. Which SD-WAN strategy is most appropriate to address this scenario, prioritizing application experience over static link preference?

Accepted Answer

Implement application-aware routing policies that dynamically steer traffic based on predefined performance SLAs for latency and jitter, automatically rerouting the financial trading application's traffic to the optimal WAN link as conditions change.

Question 3

A regional IT manager overseeing a distributed network for a global logistics firm is investigating a recurring problem where a remote branch office experiences intermittent access to critical SaaS-based supply chain management software. While the branch\'s IPsec VPN tunnels to the central data center remain stable and general internet browsing is unaffected, the SaaS application performance degrades significantly at unpredictable intervals. The IT manager has confirmed that firewall policies, routing configurations, and basic link health checks on all available WAN circuits (MPLS and broadband internet) show no apparent anomalies. What is the most appropriate strategic adjustment to the SD-WAN configuration to proactively mitigate this issue, focusing on the application\'s resilience and consistent accessibility?

Accepted Answer

Refine application-aware routing policies to include more granular Service Level Agreement (SLA) thresholds for latency and jitter specifically for the identified SaaS application, and ensure these SLAs trigger immediate traffic steering to the best-performing link based on real-time measurements.

Question 4

A global retail chain is deploying a Fortinet SD-WAN solution to connect hundreds of geographically dispersed stores. The project aims to improve application performance, enhance security, and reduce operational costs. During the pilot phase, the team encounters unexpected latency spikes affecting a critical point-of-sale application. While the initial plan focused on static path selection based on bandwidth, the IT director mandates a shift towards dynamic application-aware steering to mitigate these real-time performance issues. Furthermore, the regional IT support teams, lacking deep SD-WAN expertise, require simplified troubleshooting guides and proactive performance monitoring alerts. Which core behavioral competency is most critical for the project lead to effectively navigate these evolving requirements and ensure the successful, ongoing operation of the SD-WAN fabric?

Accepted Answer

Adaptability and Flexibility

Question 5

An organization\'s FortiGate SD-WAN solution is intermittently experiencing packet loss impacting a critical SaaS application used by its remote workforce. Analysis of FortiGate traffic logs and session data reveals that the SD-WAN is frequently switching the SaaS application\'s traffic between its two available WAN links. Network monitoring indicates that both WAN links are experiencing minor, transient packet loss (averaging between 0.4% and 0.7%) during peak hours, but neither link is consistently failing. Which of the following adjustments to the SD-WAN configuration would most effectively address the observed intermittent packet loss for the SaaS application by stabilizing traffic steering?

Accepted Answer

Increase the packet loss threshold within the Performance SLA of the relevant SD-WAN rule to a value higher than the observed transient packet loss.

Question 6

A network administrator is troubleshooting a critical issue where Voice over IP (VoIP) calls are experiencing severe degradation and dropped connections. The organization utilizes FortiGate devices with an SD-WAN fabric comprising three WAN links. The primary WAN link, typically used for VoIP, is exhibiting intermittent packet loss exceeding the configured threshold for path switching. However, the SD-WAN fabric is not automatically failing over the VoIP traffic to a secondary, healthy WAN link. The existing SD-WAN rule is configured to prioritize VoIP traffic based on application signatures and aims to select the best quality path. What is the most effective immediate action to restore reliable VoIP service while minimizing disruption to other network traffic?

Accepted Answer

Adjust the traffic steering configuration within the relevant SD-WAN rule to explicitly prioritize interfaces that meet the defined Service Level Agreement (SLA) performance targets for VoIP, ensuring the SLA thresholds are sensitive enough to detect the intermittent packet loss.

Question 7

Consider a scenario where a global enterprise utilizes FortiGate SD-WAN to connect its branch offices to various critical cloud-based services. One particular SaaS application, vital for daily operations, is experiencing significant performance degradation, manifesting as high latency and intermittent packet loss when accessed via the primary high-bandwidth WAN link. However, a secondary, lower-bandwidth WAN link connecting the same branch office exhibits consistently lower latency and minimal packet loss for traffic destined to the same SaaS provider. The SD-WAN policy is configured to prioritize this critical SaaS application, and both WAN links are eligible for its traffic. Given these conditions, what is the most likely immediate outcome of the FortiGate SD-WAN\'s intelligent path selection mechanism in response to the observed performance disparity?

Accepted Answer

The FortiGate SD-WAN will automatically steer the critical SaaS application traffic to the secondary WAN link due to its superior real-time performance metrics, thereby mitigating the impact of high latency and packet loss on the primary link.

Question 8

A global enterprise utilizes FortiGate SD-WAN to connect its branch offices to various cloud services, including a critical SaaS-based customer relationship management (CRM) platform. The primary WAN link at the North American branch office has been exhibiting intermittent packet loss and increased latency, leading to a degraded user experience for CRM access. The IT operations team is tasked with finding a robust solution to ensure consistent and reliable access to the CRM. Which strategic approach would best mitigate this issue while adhering to SD-WAN principles for high availability and optimal performance?

Accepted Answer

Deploy a dual-WAN link configuration at the branch, enabling active-active load balancing and configuring SD-WAN rules to dynamically steer CRM traffic based on real-time link health and application performance metrics, failing over to the secondary link when the primary degrades.

Question 9

A global enterprise is experiencing intermittent degradation of its critical VoIP service across multiple branch offices, coinciding with unpredictable latency spikes on one of its primary WAN links. The existing SD-WAN policy is configured to prioritize the link with the lowest latency for VoIP traffic. However, during these latency spikes, the SD-WAN continues to select the affected link for a period before a less optimal link is chosen, resulting in dropped calls and poor audio quality. What strategic adjustment to the SD-WAN policy would best address this situation, focusing on maintaining consistent VoIP quality during transient link instability?

Accepted Answer

Implement a custom application profile for VoIP that incorporates stricter jitter and packet loss thresholds, and configure an SD-WAN rule to dynamically steer traffic to the most stable link based on this profile, with rapid failover capabilities.

Question 10

A global enterprise deploying Fortinet\'s SD-WAN solution is experiencing sporadic degradation of real-time communication applications, such as VoIP and video conferencing, across several remote branch offices. Network monitoring reveals increased packet loss and latency on the primary WAN links used by these branches, leading to choppy audio and frozen video feeds. The IT team has confirmed that the underlying transport circuits are stable, suggesting the issue is within the SD-WAN overlay management or traffic prioritization. What is the most effective strategy to enhance the resilience and performance of these critical applications within the existing FortiGate SD-WAN fabric, considering the dynamic nature of network conditions?

Accepted Answer

Implement Per-application QoS policies that dynamically prioritize voice and video traffic, coupled with SD-WAN rules that automatically steer these applications to the best-performing available WAN link based on real-time latency and jitter metrics.

Question 11

A global retail chain, relying on a FortiGate-centric SD-WAN solution to connect hundreds of retail locations to its central data center, experiences a complete outage of all secure site-to-site connectivity. All remote branches report an inability to reach central resources, and monitoring indicates that the WAN links themselves remain operational and stable. Network administrators have confirmed that no recent configuration changes were made at any of the remote branch locations. What is the most probable underlying cause for this simultaneous, widespread loss of SD-WAN tunnel connectivity?

Accepted Answer

A mismatch in IPsec Phase 1 or Phase 2 negotiation parameters between the central hub and the remote spokes.

Question 12

A network administrator has configured a FortiGate SD-WAN solution with three distinct WAN interfaces: Link A (100 Mbps symmetric), Link B (50 Mbps symmetric), and Link C (200 Mbps symmetric). A critical business application, \"Project Phoenix,\" has been assigned a high priority, and the initial SD-WAN policy directs all \"Project Phoenix\" traffic to use Link A. However, Link A experiences intermittent packet loss exceeding the configured threshold for critical applications. Considering the FortiOS SD-WAN policy evaluation and traffic steering logic, what is the most likely outcome for \"Project Phoenix\" traffic if no explicit secondary or backup interface is defined in the primary policy for this application?

Accepted Answer

The SD-WAN solution will automatically select the best performing available WAN interface for "Project Phoenix" traffic based on real-time link quality metrics.

Question 13

A global enterprise is experiencing severe performance degradation for its real-time applications, such as VoIP and video conferencing, across its geographically distributed branches. Network monitoring reveals significant packet loss and elevated latency on the SD-WAN overlay tunnels connecting these branches to the central data center. The existing SD-WAN policies are configured with multiple diverse WAN links (MPLS, broadband internet) at each branch, and application-aware routing is enabled to select the best path based on defined SLAs. Despite these configurations, the real-time application performance remains unacceptable. The IT operations team needs to implement a solution that directly mitigates the impact of underlying link instability on sensitive applications without requiring immediate circuit upgrades.

Accepted Answer

Enable Forward Error Correction (FEC) and packet duplication on the affected SD-WAN overlay tunnels.

Question 14

A multinational financial services firm, adhering to stringent data integrity and uptime regulations, is experiencing severe performance degradation for its core trading platform. The issue stems from the primary internet circuit to its European branch showing a consistent 15% packet loss and an average latency of 200ms, impacting transaction processing. The firm\'s FortiGate SD-WAN solution is configured with a secondary, lower-bandwidth but stable LTE backup link. The trading platform traffic is categorized as \"mission-critical\" with a defined acceptable latency threshold of 50ms and a packet loss tolerance of less than 2%. Given these conditions, which of the following actions best exemplifies the proactive and adaptive management required by the NSE7_SDW7.0 framework to maintain service continuity and regulatory compliance?

Accepted Answer

The SD-WAN policy is automatically adjusted to shift all "mission-critical" financial trading traffic from the degraded primary circuit to the stable LTE backup link, prioritizing application performance over bandwidth until the primary circuit is restored.

Question 15

Consider a global enterprise utilizing FortiGate SD-WAN to manage its connectivity across multiple geographically dispersed branches. The network administrator observes intermittent degradation in the quality of service for critical real-time applications, such as VoIP and video conferencing, on one of the primary WAN links due to unpredictable upstream network congestion. The organization\'s policy mandates that these applications must consistently meet stringent Quality of Service (QoS) parameters, irrespective of the underlying link stability. Which of the following strategic adjustments to the SD-WAN configuration would best ensure uninterrupted, high-quality performance for these critical applications under these dynamic network conditions?

Accepted Answer

Implement application-aware steering policies that dynamically re-route VoIP and video conferencing traffic to the secondary WAN link when its performance metrics (latency, jitter, packet loss) exceed predefined thresholds, ensuring continuous optimal path selection.

Question 16

A financial services firm has deployed a FortiGate SD-WAN solution to ensure optimal performance for its critical trading platform, which is hosted in a public cloud environment. Recently, users have reported intermittent sluggishness and occasional disconnections affecting the trading platform. Network monitoring reveals periods of increased packet loss and latency on one of the primary WAN links, which correlates with instances where the SD-WAN dynamically steers traffic away from this link towards a secondary, albeit less performant, ISP. The firm\'s IT team suspects that the current SD-WAN policy, designed for aggressive path selection based on real-time link metrics, might be overreacting to transient network anomalies, thereby disrupting the trading application\'s stability. What strategic adjustment to the SD-WAN configuration would best mitigate these issues while preserving the benefits of intelligent path selection?

Accepted Answer

Increase the packet loss and latency thresholds within the Application Quality of Experience (AppQoE) settings for the trading platform application profile.

Question 17

Consider a global enterprise migrating its Wide Area Network to Fortinet SD-WAN. The organization prioritizes consistent performance for its real-time collaboration tools and financial trading platforms across its numerous international branches. The current infrastructure relies on a mix of MPLS and public internet circuits. During a peak usage period, the primary MPLS link to the European headquarters experiences a significant increase in latency and packet loss, impacting the quality of video conferences and causing delays in financial transactions. The Fortinet SD-WAN must dynamically re-route this traffic to an available broadband internet link. Which of the following configurations would best ensure the seamless and secure transition of these critical applications to the backup link while maintaining optimal performance and adhering to industry best practices for network resilience?

Accepted Answer

Configure application-aware routing policies that define specific performance SLAs for critical applications, utilizing deep packet inspection to identify traffic, and implement proactive link monitoring with automatic failover thresholds based on real-time latency and jitter metrics, coupled with secure VPN tunnels for inter-site communication.

Question 18

A multinational corporation\'s network administrator is tasked with optimizing the performance of a proprietary, encrypted data analytics application named \"QuantumFlow.\" Initial troubleshooting reveals intermittent packet loss and high latency, despite the administrator configuring a static SD-WAN rule to prioritize QuantumFlow traffic with a high quality of service (QoS) setting. The application\'s traffic utilizes dynamic ports and proprietary encryption, making it difficult for the SD-WAN fabric to reliably identify it using standard signature-based methods. The administrator suspects that the lack of consistent application identification is preventing the SD-WAN from dynamically steering traffic to the most optimal WAN links, thereby negating the intended high priority. Which of the following actions would most effectively address the root cause of QuantumFlow\'s performance issues by ensuring consistent and accurate application recognition within the FortiGate SD-WAN fabric?

Accepted Answer

Implement application overrides for QuantumFlow, defining its specific traffic characteristics to ensure consistent identification by the SD-WAN fabric, and then leverage application-aware routing policies for dynamic path selection.

Question 19

A multinational corporation utilizing FortiGate SD-WAN to connect its global branches reports significant and erratic disruptions to its voice and video conferencing services. While network monitoring confirms that the underlying MPLS and internet circuits are consistently meeting their Service Level Agreement (SLA) parameters for latency and jitter, users are experiencing frequent call drops and frozen video feeds. The IT operations team has observed that the SD-WAN solution is rapidly switching application traffic between available WAN links, even when the perceived performance metrics for those links appear stable within acceptable ranges for the affected applications. What is the most probable root cause and the most effective corrective action for this scenario?

Accepted Answer

The Application Health Check (AHC) thresholds are too sensitive, triggering unnecessary traffic steering events, requiring recalibration of AHC parameters for critical applications.

Question 20

A global financial services firm is encountering intermittent degradation in the performance of its critical trading platforms and inter-branch communication systems. Network monitoring indicates that these disruptions coincide with periods of high network utilization, primarily driven by increased non-business-critical application traffic, such as employee video conferencing and large data backups, during standard business hours. The current SD-WAN configuration employs basic traffic shaping but lacks the sophistication to dynamically differentiate and prioritize sensitive financial data flows amidst varying network loads. Which of the following strategic SD-WAN policy adjustments would most effectively address this performance degradation and ensure consistent service delivery for mission-critical applications?

Accepted Answer

Implement application-aware routing policies that dynamically assign higher priority and guaranteed bandwidth to financial transaction and communication traffic, while applying traffic shaping and rate limiting to less critical applications during periods of congestion.

Question 21

A multinational corporation\'s SD-WAN fabric, connecting its headquarters in London to several regional offices across Europe, is exhibiting significant performance degradation for its real-time collaboration applications. The network administrator notes that during business hours, particularly when multiple users are active, latency and jitter increase substantially on the primary internet breakout links used for these applications. The current SD-WAN configuration utilizes two links per site: a dedicated MPLS circuit and a business-grade broadband internet connection. The SD-WAN policy is designed to prefer the MPLS link for critical traffic due to its inherent stability, with the broadband link serving as a backup and for less sensitive traffic. However, performance metrics indicate that the SD-WAN is sometimes steering VoIP and video conferencing traffic towards the congested broadband links, leading to dropped calls and pixelated video. Upon reviewing the SD-WAN rules, it\'s observed that the performance thresholds for the broadband link, while set to meet a minimum acceptable quality, are too permissive, allowing the SD-WAN to select it even when its performance is nearing the critical threshold for real-time applications. What strategic adjustment to the SD-WAN policy would most effectively ensure consistent performance for real-time applications without compromising overall link utilization?

Accepted Answer

Implement stricter Service Level Agreement (SLA) thresholds for latency and jitter on the broadband internet links within the SD-WAN rules, ensuring that real-time traffic is only steered to the broadband link when its performance metrics remain significantly better than the minimum acceptable quality for those applications.

Question 22

Anya, a senior network architect, has recently rolled out a new FortiGate SD-WAN fabric across a global enterprise, intending to enhance application performance and user experience. Post-implementation, users in the European and Asian branches report significant degradation in real-time communication applications, characterized by choppiness and dropped calls, especially during their respective business hours. Upon initial investigation, Anya observes that the SD-WAN policies are configured to dynamically steer traffic based on latency and jitter metrics. The system is designed to automatically switch to an alternate WAN link if the primary link\'s performance dips below predefined thresholds. However, the observed issues suggest that these thresholds might be too sensitive, causing frequent, unnecessary path changes or steering traffic to secondary links that are also experiencing performance issues, leading to a perceived instability in the user experience. Which of the following adjustments would most effectively address this scenario by promoting greater stability in path selection while still aiming for optimal application performance?

Accepted Answer

Increase the latency and jitter thresholds for path switching and extend the duration the primary path must exceed these thresholds before a switch is initiated.

Question 23

A global financial services firm, heavily reliant on its real-time trading platform, is experiencing performance degradation on its primary WAN link due to unforeseen network congestion. This degradation manifests as intermittent packet loss and increased latency, directly impacting the trading application\'s responsiveness. The firm has implemented a Fortinet SD-WAN solution connecting its headquarters and a disaster recovery site, with multiple diverse WAN links available at each location. The application\'s SLA dictates a maximum acceptable latency of 50ms and a packet loss rate of no more than 1%. Which of the following adaptive mechanisms within the Fortinet SD-WAN framework is primarily responsible for automatically rerouting the trading application\'s traffic to an alternative WAN link that better meets its performance requirements during such network events?

Accepted Answer

Dynamic Path Selection based on real-time Application Performance SLAs

Question 24

During a network performance audit for a global financial institution, a FortiGate SD-WAN solution connecting two primary data centers, \'Alpha\' and \'Bravo\', exhibits unpredictable degradation in the Quality of Service (QoS) for a latency-sensitive trading platform. The administrator has verified that the application steering rules are correctly configured to prioritize this traffic and utilize a primary MPLS link with a backup dedicated internet access (DIA) circuit. Despite this, users report occasional transaction delays. Analysis of the FortiGate\'s SD-WAN monitor reveals that while the system attempts to shift traffic to the DIA circuit when the MPLS link experiences brief packet loss spikes, the overall application performance remains suboptimal. What fundamental SD-WAN behavior is most likely contributing to the observed issue, assuming all individual link health checks and QoS policies are accurately defined and operational?

Accepted Answer

The FortiGate's SD-WAN steering mechanism is dynamically re-evaluating and selecting the most suitable available WAN link based on real-time performance metrics and the defined application-aware routing rules, prioritizing the link that best meets the application's Service Level Agreement (SLA) targets, even if it means switching from the preferred MPLS to the DIA.

Question 25

A multinational corporation\'s branch office in Singapore relies on a FortiGate SD-WAN deployment connecting to headquarters in London and a cloud-hosted application server in Tokyo. The critical \"Project Nightingale\" application, used for real-time financial data analysis, is experiencing intermittent packet loss and elevated latency, impacting operational efficiency. The primary WAN link to London is generally stable, but the secondary link, used for backup and occasional load balancing, is occasionally congested. Analysis of the FortiGate\'s SD-WAN logs reveals that traffic for \"Project Nightingale\" is sometimes routed over the primary link even when its performance metrics (latency and packet loss) are temporarily exceeding the defined Service Level Agreement (SLA) thresholds. Which adjustment to the SD-WAN configuration would most effectively ensure continuous, high-performance access to \"Project Nightingale\" by leveraging the available WAN paths?

Accepted Answer

Configure an application steering rule for "Project Nightingale" to prioritize the secondary WAN interface when the primary interface's performance for that application breaches its defined SLA thresholds.

Question 26

A global enterprise is rolling out a new Fortinet SD-WAN solution across its distributed branch network. The primary objective is to guarantee a superior and consistent user experience for latency-sensitive applications like VoIP and video conferencing, even when encountering unpredictable WAN link performance fluctuations. The IT team is tasked with configuring the SD-WAN to intelligently adapt to real-time network conditions, ensuring that critical application traffic always utilizes the most optimal path available, thereby maintaining operational continuity and user productivity. What is the most effective strategy for achieving this goal, focusing on adaptive traffic steering and resilience against network instability?

Accepted Answer

Implement application-aware routing policies that dynamically select the best-performing WAN path based on real-time latency, jitter, and packet loss metrics, coupled with enabling features like Forward Error Correction (FEC) and packet duplication for critical traffic.

Question 27

Consider a scenario where a network administrator is configuring an SD-WAN policy on a FortiGate device to prioritize voice traffic. The policy is designed to match UDP traffic destined for a specific set of application servers, marking it with DSCP EF. The policy further specifies a traffic shaper with a committed information rate (CIR) of 1 Mbps and a committed burst size (Bc) of 1000 bytes. Following this, a traffic policer is applied to the same traffic flow, configured with a maximum bandwidth (Bw) of 1 Mbps and a maximum burst size (Bc) of 1000 bytes. Given these configurations, what will be the effective behavior of this traffic flow as it traverses the SD-WAN fabric, ensuring optimal performance for the voice application?

Accepted Answer

The traffic will be shaped to 1 Mbps and policed to 1 Mbps, preserving its DSCP EF marking.

Question 28

Anya, a network architect, is troubleshooting a persistent issue where critical VoIP traffic on her organization\'s SD-WAN fabric is experiencing intermittent packet loss and increased latency, despite the underlying WAN circuits consistently meeting their Service Level Agreements (SLAs) for bandwidth and uptime. Other applications using the same SD-WAN fabric appear unaffected. Anya has verified that the application identification for VoIP is accurate and that the primary SD-WAN overlay is operational. She suspects the SD-WAN\'s dynamic steering mechanism is not effectively adapting to the real-time performance characteristics of the available WAN links as perceived by the VoIP application. Which of the following strategies would be most effective in improving the SD-WAN\'s adaptive steering for this specific application, ensuring its performance remains within acceptable parameters even during transient link degradations?

Accepted Answer

Implement custom performance SLAs for VoIP traffic, defining stringent latency, jitter, and packet loss thresholds, and configure application steering rules to dynamically re-route VoIP traffic to links that meet these specific application-aware SLAs.

Question 29

A network administrator is tasked with optimizing the performance of a newly deployed Fortinet SD-WAN fabric across several branch offices, all managed centrally via FortiManager. Critical business applications, such as VoIP and video conferencing, are experiencing noticeable latency and packet loss, particularly during peak operational hours, despite being assigned high priority within the SD-WAN policies. The existing configuration leverages defined application performance SLAs to steer traffic across multiple available WAN links. What strategic adjustment to the SD-WAN configuration would most directly address the intermittent degradation of these critical application\'s performance by improving the accuracy of path selection based on real-time link quality?

Accepted Answer

Recalibrate the application performance thresholds within the SD-WAN rules to more accurately reflect the actual, dynamic quality of the available WAN interfaces.

Question 30

A network engineer is overseeing a distributed enterprise network utilizing FortiGate SD-WAN. The primary branch office relies on a dedicated MPLS circuit for critical business applications, including VoIP. A secondary broadband internet connection is available as a backup. The SD-WAN administrator has configured the following rules:

Rule 1: Application: VoIP, Best Quality Link: MPLS, SLA Threshold: Latency > 50ms triggers failover to Broadband.
Rule 2: Application: VoIP, Best Quality Link: Broadband, SLA Threshold: Latency > 75ms triggers failover to MPLS.
Rule 3: Application: Web Browsing, Best Quality Link: MPLS, SLA Threshold: Latency > 100ms triggers failover to Broadband.
Rule 4: Application: All Other Traffic, Best Quality Link: MPLS, SLA Threshold: Latency > 100ms triggers failover to Broadband.

During a period of unexpected network congestion on the MPLS circuit, its latency for VoIP traffic has risen to 75ms. Considering the sequential evaluation of SD-WAN rules and their respective SLA thresholds, what is the most likely immediate action taken by the FortiGate SD-WAN for the VoIP traffic?

Accepted Answer

Reroute VoIP traffic to the broadband internet link.

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