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Versa Certified SD-WAN Associate Practice Test

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Exam Code: VNX100
Exam Name: Versa Certified SD-WAN Associate
Questions Asked: 60
Time Allotted: 90 minutes

- Roles- functions- and behaviors of headend components: Versa Director (centralized management and orchestration)- Versa Controller (policy enforcement and control plane)- and Versa Analytics (analytics and reporting engine).
- Versa Operating System (VOS): Its architecture- deployment on Versa Controller and Customer Premises Equipment (CPE) devices- and role in enabling secure SD-WAN functionality.
- Deployment models: On-premises- cloud-hosted (e.g.- AWS- Azure)- and hybrid setups; data center vs. disaster recovery site configurations.
- Provisioning methods: Zero-Touch Provisioning (ZTP) for automated device onboarding- manual configuration- and template-based deployment.
- Headend: Centralized cloud or on-premises infrastructure for control and management.
- Versa CPE: Edge devices (routers or virtual appliances) that connect branch offices to the SD-WAN fabric.
- Control Plane: Handles routing protocols (e.g.- BGP- OSPF) and policy distribution via Versa Controller.
- Data Plane: Forwarding traffic based on policies enforced by VOS on CPE devices.
- Orchestration: Automated workflow management via Versa Director for scaling SD-WAN deployments.
- High Availability (HA): Redundancy mechanisms like active-active or active-passive clustering for headend components.

- SD-WAN topologies: Hub-and-spoke- full mesh- partial mesh- and their use cases (e.g.- hub-and-spoke for centralized data centers).
- Integration with WAN technologies: MPLS- Internet- LTE/5G- and direct cloud connects.
- Deployment scenarios: Branch-to-branch- branch-to-cloud- and multi-tenant environments.
- Scalability and performance optimization: Handling traffic growth- failover mechanisms- and path selection.
- Overlay Network: Virtual network built on top of underlay transports (e.g.- IPsec tunnels for secure overlays).
- Underlay: Physical or provider-managed connectivity (e.g.- broadband Internet or leased lines).
- Path Selection: Algorithms for choosing optimal paths based on latency- jitter- or loss (e.g.- dynamic path steering).
- Service Definition Language (SDL): Versa-specific scripting for defining services and policies.
- Multi-Tenancy: Isolation of customer environments in shared infrastructure using tenant IDs and segmentation.

- Traffic steering concepts: Policy-based forwarding- application-aware routing- and link bonding.
- Application Identification: Deep Packet Inspection (DPI) for classifying apps (e.g.- SaaS like Office 365).
- Security services: Integration of firewall- IPSec VPN- URL filtering- and next-generation firewall (NGFW) features.
- Quality of Service (QoS): Prioritization- shaping- policing- and classification for voice/video traffic.
- Secure Access: Remote access VPN- zero-trust network access (ZTNA)- and endpoint security integration.
- Application Identification (AppID): Versa's DPI engine for recognizing over 5-000 applications.
- Traffic Steering: Forwarding rules that direct traffic over specific paths (e.g.- forward error correction for lossy links).
- Forward Error Correction (FEC): Technique to recover lost packets without retransmission.
- Service Chaining: Orchestrating security functions (e.g.- firewall → IDS/IPS) in a virtualized chain.
- Business Intent: Policy language for defining user-friendly rules (e.g.- "prioritize video for branch X").

- Device configuration: Templates for CPE setup- interface provisioning- and software image management.
- Policy management: Creating access policies- service policies- and device templates via Versa Director.
- Workflow automation: Using APIs- CLI- and GUI for bulk operations.
- Firmware upgrades and maintenance: Patch management and rollback procedures.
- Device Templates: Reusable configurations for consistent deployment across sites.
- Access Policies: Rules controlling traffic flow (e.g.- source/destination zones- NAT).
- Service Policies: Define QoS- security- and steering actions.
- CLI (Command-Line Interface): Versa-specific commands for troubleshooting (e.g.- show sdwan path).

- Monitoring capabilities: Real-time dashboards- alerts- and historical data in Versa Director and Analytics.
- Reporting: Custom reports on bandwidth usage- application performance- and security events.
- Troubleshooting techniques: Log analysis- packet captures- and performance diagnostics (e.g.- identifying path failures).
- Identifying issues: Using tools to detect downtime- policy misconfigurations- or security breaches.
- Versa Analytics: Node for advanced telemetry- AI-driven insights- and anomaly detection.
- Live Monitoring: Real-time visibility into CPE status- link health- and session flows.
- Packet Capture (PCAP): Tool for inspecting traffic at the edge (e.g.- via tcpdump equivalents in VOS).
- Alarms and Events: Threshold-based notifications (e.g.- high latency alerts).
- Root Cause Analysis (RCA): Systematic debugging using correlated logs from Director and CPE.

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VNX100
Versa Certified SD-WAN Associate
https://killexams.com/pass4sure/exam-detail/VNX100
Question: 737
What is the result of enabling �Fast ReRoute� on Versa CPE WAN interfaces in an
active-active headend deployment?
A. Packet dropping during failover to avoid loops
B. On-demand route refresh to the control plane after failure
C. Load balancing sticky sessions across active nodes
D. Immediate traffic reroute on path failure using precomputed backups
Answer: D
Explanation: Fast ReRoute pre-calculates backup paths and reroutes traffic instantly on
WAN path failure avoiding downtime common in reactive fallback.
Question: 738
Versa CPE at branches integrates with Versa Controller for BGP route reflection, but
iBGP sessions drop due to loop prevention misconfigs. Which control plane settings
would prevent loops while distributing policies?
A. Configure cluster-id on Controller 1.1.1.1 with 'set protocols bgp cluster 1.1.1.1'.
B. Set OSPF router-id consistent across peers 'set protocols ospf router-id 2.2.2.2'.
C. Enable no-client-to-client 'set protocols bgp group ibgp no-client-to-client'.
D. Use AS-path access lists for loop detection 'set policy-options as-path-loop-detection
65000'.
Answer: A, C, D
Explanation: Cluster-id allows route reflection without loops in iBGP. No-client-to-client
prevents direct peering loops. AS-path lists detect and block looped routes, ensuring safe
policy distribution.
Question: 739
A losing link in your WAN causes frequent packet drops. Which traffic steering feature
can you enable to ensure packet recovery without retransmissions?
A. Incremental BGP route advertisements
B. Dynamic threshold-based QoS policing
C. Forward Error Correction (FEC) on the WAN link
D. Enable TCP selective acknowledgments on edge routers
Answer: C
Explanation: Forward Error Correction (FEC) adds redundancy to data streams allowing
the receiving end to recover lost packets on lossy links without triggering
retransmissions, critical for maintaining quality over unreliable WAN segments.
Question: 740
Troubleshooting Versa SD-WAN path failures with logs indicating IPSec ESP rekey
failures every 3600s, packet captures showing sequence number mismatches, and
diagnostics confirming 10% loss on high-latency links. Which methods?
A. Logs: show ike security-associations detail | match rekey-fail for 3600s intervals.
B. Capture: wireshark -i -f "esp" -w esp-rekey.pcap for sequence analysis.
C. Diagnostics: show ipsec statistics loss 10% latency >200ms path .
D. Debug: debug ipsec rekey sequence-mismatch enable log-level error.
Answer: A,B,C
Explanation: Show ike security-associations detail | match rekey-fail parses logs for
IPSec rekey failures at 3600s intervals, essential for diagnosing path stability in Versa
SD-WAN. Wireshark -i -f "esp" -w esp-rekey.pcap captures ESP packets, revealing
sequence number mismatches contributing to failures. Show ipsec statistics loss 10%
latency >200ms path provides diagnostics on 10% loss and high latency, linking to rekey
issues on affected links.
Question: 741
Scenario integration 5G direct connect partial.
A. 5G tunnel-less
B. Direct bgp ttl 255
C. Partial groups 5g-peers
D. Community direct 8000:5
E. Failover damp 90s
Answer: A,B,C,D,E
Explanation: All for integration.
Question: 742
Calculate the minimum bandwidth allocation for a policy applying a shaping rate of
12000000 bits per second on 10 devices when aggregated traffic could exceed total WAN
capacity of 100 Mbps. What action will Versa take if total requests surpass WAN limits?
A. Versa will allow all traffic exceeding WAN capacity, causing congestion and packet
loss
B. Versa will drop traffic from lower priority devices until aggregate bandwidth fits
within 100 Mbps
C. Versa will throttle devices proportionally based on policy priority and available
bandwidth
D. Versa Director will reject policy push to prevent bandwidth allocation beyond capacity
E. Versa will queue excess packets indefinitely without discarding or re-shaping
Answer: C
Explanation: Versa SD-WAN uses policy-based bandwidth allocation with dynamic
throttling. If cumulative requested bandwidth exceeds physical WAN limits, the system
proportionally throttles flows based on QoS and policy priority, preventing congestion
and packet loss. Device traffic is shaped not dropped unless explicitly configured.
Question: 743
What Versa DPI feature aids in maintaining app recognition accuracy over encrypted
DNS (DoH) traffic?
A. Using DNS metadata correlation with AppID signatures
B. Blocking encrypted DNS outright
C. Ignoring DNS queries during DPI
D. Applying static routing for DNS only
Answer: A
Explanation: Correlating DNS metadata from DoH traffic with DPI signatures helps
maintain app identification accuracy despite DNS encryption challenges.
Question: 744
A branch router reports high CPU utilization when Forward Error Correction is enabled
with maximum redundancy. What configuration tweak can optimize CPU usage without
significantly impacting packet recovery?
A. Increase coding rate to reduce FEC redundancy
B. Disable ciphering on FEC packets
C. Enable multithreaded FEC processing on the router
D. Increase packet size to batch errors
Answer: A
Explanation: Increasing coding rate reduces the amount of parity data, thus lowering
computational demands while still providing some error correction.
Question: 745
In a scenario involving a sudden spike in session flows causing potential overload on
Versa gateways, which live monitoring tools and settings detect link health degradation?
A. Set up alerts with "configure monitoring alert --metric link_jitter --threshold 50ms --
action notify".
B. Use dashboard queries "live dashboard query --health links --top 10".
C. Flow analysis "show flows live --health-check --exclude healthy".
D)
E. Integrate SNMP polling "snmp-monitor --oid 1.3.6.1.4.1.versa.linkhealth --interval
10s".
Answer: A, C
Explanation: Detecting link health degradation amid session spikes involves configuring
proactive alerts using "configure monitoring alert --metric link_jitter --threshold 50ms --
action notify", where the metric targets jitter and threshold sets the degradation point for
immediate notifications. For ongoing analysis, employ "show flows live --health-check --
exclude healthy" to focus on problematic flows, excluding stable ones to highlight
overload impacts on link quality in real-time, essential for maintaining service in high-
traffic scenarios.
Question: 746
Business intent "throttle non-critical for remote workers branch S" to 1Mbps if >80% util.
Which?
A. Intent "throttle non-crit S" app=non-critical limit=1mbps util>80.
B. 'intent throttle rule S if util 80 then limit'.
C. Monitor alert.
D. Fallback unlimited.
Answer: A, B, C
Explanation: Intent limits on util for workers. Rule conditional. Monitor alerts.
Question: 747
In Versa's Business Intent Policy (BIP), a policy statement defines "prioritize video traffic
for branch X" with latency targets of <50ms. Which element in the policy ensures
enforcement of this application-level SLA on the overlay link?
A. ACL with port-based classification only
B. SLA monitoring coupled with dynamic path selection
C. Static routing to preferred WAN link
D. Local breakout enabled on all branch devices
E. Traffic shaping at the WAN egress interface
Answer: B
Explanation: SLA monitoring combined with dynamic path selection enforces latency
targets by redirecting video traffic to paths meeting the <50ms latency SLA) Port-based
ACLs or static routing alone cannot certain SLA adherence.
Question: 748
You want a traffic class matching VoIP RTP packets to be steered via a low latency path
but only when jitter exceeds 5ms. Which feature in the service policy allows this granular
path selection?
A. NAT rules on access policy
B. SLA based steering with jitter threshold
C. Interface priority in device template
D. QoS marking with DSCP values
Answer: B
Explanation: SLA-based steering in the service policies can be configured with jitter
thresholds, latency, or loss. This allows the SD-WAN to reroute traffic when jitter
exceeds defined limits, providing granular control based on real-time path metrics.
Question: 749
Bond video: set bond video rr links 2. Scenario: Fail agg. Which?
A. No FEC
B. QoS depri
C. Max exceed
D. Red med
Answer: A, D
Explanation: FEC, redundancy.
Question: 750
Which Versa SD-WAN feature optimizes application performance by steering traffic
based on real-time deep packet inspection (DPI)?
A. MPLS traffic engineering
B. Application-aware routing
C. Static route prioritization
D. Packet shaping on underlay links
Answer: B
Explanation: Application-aware routing uses DPI to classify traffic and applies policy-
based path selection optimizing applications dynamically based on their performance
needs.
Question: 751
In VOS Director, an alarm for jitter exceeding its threshold triggers with a default jitter
threshold of 30 ms. To refine this alert sensitivity, where should you make the
configuration change?
A. Adjust the global jitter-threshold-ms setting on the system alarm profile
B. Modify the jitter threshold on the CPE device interface metrics configuration
C. Set the jitter threshold per service SLA configuration in Director
D. Change the jitter alarm threshold in the Director�s analytics alarm rules
E. Update the jitter sampling interval on the Director�s data collection settings
Answer: C
Explanation: The jitter alarm thresholds are typically defined per service in the SLA
configuration on the Director. Adjusting this helps tailor alert sensitivity for jitter based
on specific service profiles. Global or device-level settings would not directly control
service-specific jitter alarms.
Question: 752
The Director reports "CPE unreachable" alarms while the CPE logs show normal
operations and connectivity. What is the most probable cause?
A. CPE software malfunction misreporting status
B. Intermediate network issues between Director and CPE causing intermittent
communication loss
C. Director misconfigured IP addresses for CPE
D. CPE interface down while logs have stale data
Answer: B
Explanation: If CPE logs appear healthy but Director alarms indicate unreachability, the
most probable cause is intermittent network connectivity issues between them rather than
internal CPE failure.
Question: 753
A network administrator wants to verify traffic flow over UDP port 5002 between hub
and spoke sites. Which tcpdump equivalent filter captures only UDP traffic on this port
on interface eth1?
A. capture eth1 udp dst port 5002
B. capture eth1 udp and port 5002
C. capture eth1 udp src or dst port 5002
D. capture eth1 udp port 5002
E. capture eth1 port 5002 and udp
Answer: D
Explanation: The filter udp port 5002 captures all UDP traffic where either source or
destination is port 5002. This is the most concise and correct filter. Using dst port limits
to destination only; other syntax options are redundant or unusual.
Question: 754
In a mobile branch scenario, Versa CPE uses LTE-optimized probing, but control plane
BGP sessions timeout. Which probing parameters and Controller settings would sustain
sessions?
A. Set BGP keepalive 30s hold 90s 'set protocols bgp keepalive 30 hold-time 90'.
B. Configure LTE probing interval 5s with 'set sdwan probing lte interval 5'.
C. Enable BGP anycast for redundancy 'set protocols bgp group anycast'.
D. Use OSPF for backup with demand-circuit 'set protocols ospf demand-circuit'.
Answer: A, B
Explanation: Reduced BGP timers accommodate LTE variability, preventing timeouts.
LTE-specific probing at 5s intervals monitors link health, sustaining control plane in
mobile scenarios.
Question: 755
An operator sets a threshold alert for CPU usage at 85%, but it keeps triggering during
known high traffic intervals causing alert fatigue. Which action can reduce false positives
while maintaining alert rigor in Versa Director?
A. Change threshold to 90%
B. Disable alert during business hours manually
C. Add a duration filter to alert only if 85% persists for 5 minutes
D. Switch alert from CPU usage to interface bandwidth monitoring
Answer: C
Explanation: Adding a duration filter requires the CPU usage to be above threshold
continuously for a set time, reducing alerts for short spikes while still detecting sustained
issues. Raising thresholds risks missing real problems, disabling alerts selectively reduces
monitoring, and changing to bandwidth does not address CPU spikes.
Question: 756
During policy hit deviation anomaly investigations, which Versa Analytics report
provides a detailed timeline of policy matches and deviations?
A. telemetry event sequence report
B. anomaly timeline diagnostic
C. policy audit trail export
D. policy hit trend report
Answer: D
Explanation: The policy hit trend report graphs the number of times each policy was
matched over time, highlighting deviations that may indicate misconfigurations or attack
patterns.
Question: 757
Integration scenario: MPLS Internet LTE branch-branch partial.
A. Wan pref mpls 50 lte 150
B. Partial policy match group then direct
C. LTE cold standby
D. IPsec internet
E. BGP redist mpls metric 20
Answer: A,B,D,E
Explanation: Prefs, policy, IPsec, redist. Cold standby mode for LTE.
Question: 758
You want to bulk provision 200 branch CPEs with a new VLAN tagged on interface eth1
using Versa Director GUI. What is the simplest method for this bulk operation?
A. Export device list, edit VLAN config CSV, then use the bulk import VLAN feature in
Versa Director devices page
B. Use the API to push VLAN configuration object to every device using a looped
PATCH request targeting interface eth1
C. Manually configure VLAN tagging on each device interface within device templates
using GUI one by one
D. Write a CLI script with set interfaces interface eth1 vlan-tagged true vlan-id 100 and
run it via remote CLI
Answer: A
Explanation: Versa Director supports bulk importing configurations via CSV files for
mass provisioning. Exporting the device list and editing VLAN tagging in the CSV, then
importing it back for application, is the most user-friendly GUI based method for bulk
VLAN changes across many devices. API scripting is more complex and CLI per device
is time inefficient.
Question: 759
During a high latency alert investigation on a Versa SD-WAN deployment, the system
raised an alarm threshold when latency exceeded 150 ms on a critical path. Which
configuration parameter would you verify to adjust this threshold on the VOS CPE?
A. latency-threshold-ms
B. alarm-threshold-latency
C. high-latency-alert-ms
D. latency-alarm-level
Answer: A
Explanation: The latency-threshold-ms parameter is commonly used in Versa OS to
define the latency threshold at which the system triggers alarms. Adjusting this value
changes the sensitivity for high latency alerts. The other parameters are not standard or
recognized settings for latency alarm thresholds in Versa VOS.
Question: 760
What is the correct Versa Director Analytics syntax to filter bandwidth usage reports for
all traffic except application classified as "Streaming Media"?
A. FILTER EXCLUDE application = 'Streaming Media'
B. WHERE application != 'Streaming Media'
C. EXCLUDE FROM application WHERE name = 'Streaming Media'
D. SHOW traffic NOT application = 'Streaming Media'
Answer: B
Explanation: The proper SQL-like syntax uses WHERE application not equal to
'Streaming Media' to exclude that category from reports. Other options do not reflect
standard filtering syntax in Versa Analytics.
Question: 761
A customer wants to certain voice traffic is prioritized while large file transfers use a
lower priority on the WAN link. Which service policy components do you configure to
enforce this?
A. Configure device template interface bandwidth; Enable NAT in access policy for file
transfers
B. Set access policy NAT rules on voice traffic; Define steering for traffic classes
C. Define traffic classes and traffic classifier with QoS markings; Apply shaping and
policing actions in the service policy
D. Configure service policy with routing metrics; Use CLI commands to mark packets
Answer: C
Explanation: Service policies enable classification of traffic into classes, which are
matched via classifiers. QoS markings prioritize voice traffic. Shaping and policing
enforce bandwidth limits and priorities. Steering impacts path selection but not traffic
priority enforcement.
Question: 762
In a complicated hub-and-spoke with partial mesh overlays for a healthcare network
integrating 5G and MPLS, the deployment requires custom SLA calculations and failover
logic. Which apply?
A. Set hub community: set policy-options community hub-only members 8000:1, export
on spokes: set protocols bgp group sd-wan export hub-export
B. For 5G integration: set interfaces 5g0 wan-type 5g apn healthcare.apn, qos-profile
mobile with priority-queue 1
C. SLA formula: availability = (1 - (packet-loss / 100)) * 100, set threshold 99%: set sd-
wan sla-health availability-threshold 99
D. Partial mesh for critical branches: set topology partial-mesh groups critical-peers
community 8000:3, enable direct-tunnel
E. Failover steps: monitor mpls fail -> switch 5g with command set sd-wan adaptive-path
lte-failover damp 120s
Answer: A,B,C,E
Explanation: Hub communities control exports in hybrid topologies. 5G interfaces use
APN and QoS for mobile. Availability SLA uses loss formula for health checks. Failover
with damping ensures stability. Partial mesh groups use communities, but direct-tunnel is
enabled via policies.
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