100+ Free SNSP Practice Questions

Pass your SonicWall Network Security Professional (SNSP) exam on the first try — instant access, no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately

~70-80% Pass Rate

100+ Questions

100% Free

1 / 10

Question 1

Score: 0/0

An SNSP candidate is designing access rules for a new branch office. Which approach BEST aligns with SonicOS 7 best practices for rule maintainability?

Hard-code IPs directly in each rule

Create Address Groups, Service Groups, and User Groups, and reference them in rules

Write one giant 'Allow any any' rule at the top

Disable rule ordering

to track

2026 Statistics

Key Facts: SNSP Exam

~60-75

Exam Questions

SonicWall

70%

Passing Score

SonicWall

90 min

Exam Duration

SonicWall

$250

Exam Fee

SonicWall / Kryterion

2 years

Validity

SonicWall

SNSA

Prerequisite

Current SNSA for SonicOS 7

The SNSP for SonicOS 7 exam has ~60-75 questions in 90 minutes with a 70% passing score. Delivered via Kryterion Webassessor. Builds on SNSA with advanced firewall design, OSPF/BGP, route-based VPN (VTI), DPI-SSL, Capture ATP with RTDMI, SonicWall SD-WAN, NSM templates and Zero Touch, Cloud Secure Edge (ZTNA), Capture Client endpoint, Cloud App Security, and advanced Packet Monitor/IPFIX troubleshooting. Exam fee is $250 USD. Certification is valid for 2 years. SNSA for SonicOS 7 is a prerequisite.

Sample SNSP Practice Questions

Try these sample questions to test your SNSP exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1An SNSP candidate is designing access rules for a new branch office. Which approach BEST aligns with SonicOS 7 best practices for rule maintainability?

A.Hard-code IPs directly in each rule

B.Create Address Groups, Service Groups, and User Groups, and reference them in rules

C.Write one giant 'Allow any any' rule at the top

D.Disable rule ordering

Explanation: Object groups decouple policy from specifics. When addresses, services, or users change, only the group changes — every rule that references the group updates automatically. This is the SNSP-level discipline for enterprise policy lifecycle and is audited by NSM templates.

2Which SonicOS 7 feature lets administrators design IPsec tunnels where routing decides traffic participation instead of a static local/remote network pair?

A.Route-based VPN using a Tunnel Interface (VTI)

B.Group VPN

C.Policy-based VPN only

D.Wire Mode

Explanation: Route-based VPN uses a numbered Tunnel Interface (VTI). Routes (static, OSPF, or BGP) decide which traffic enters the tunnel, giving dynamic reachability and failover. Policy-based tunnels are fixed to a pair of subnets and cannot adapt to routing changes.

3Which two IKEv2 features are advantages over IKEv1 for SonicWall site-to-site VPN?

A.Slower setup and weaker keys

B.Single simplified exchange and native MOBIKE / DPD

C.Requires PSK only

D.Does not support NAT-T

Explanation: IKEv2 collapses Phase 1/2 into a single 4-message exchange, supports MOBIKE for roaming peers, built-in DPD, more flexible authentication (PSK, certs, EAP), and better key re-negotiation. NAT-T is also supported.

4Which SonicOS 7 mechanism tracks that a VPN peer is still alive and triggers fast failover when it stops responding?

A.ICMP ping only

B.Dead Peer Detection (DPD) and Keep Alive

C.ARP probe

D.STP

Explanation: Dead Peer Detection (DPD) is negotiated during IKE and triggers fast tear-down when the peer no longer responds. Keep Alive sends periodic traffic to keep the tunnel up where devices in-between would idle-time-out. Both are recommended for production site-to-site tunnels.

5Which two SonicOS 7 routing technologies are typically used together to support WAN redundancy and load balancing with application-aware path selection?

A.OSPF and RIP

B.SD-WAN and Policy-Based Routing (PBR)

C.Only static routes

D.Only BGP

Explanation: SonicWall SD-WAN classifies traffic by application or custom match and forwards it on the best WAN interface (latency, jitter, loss). PBR enforces route choice based on source/destination/service before routing table lookup. Together they enable per-app path selection.

6An enterprise uses OSPF between the HQ firewall and internal routers. Which SonicOS 7 configuration is correct?

A.Enable OSPF globally; it requires no area or interface config

B.Enable OSPF per routing instance/VR, assign an area, and enable it on specific interfaces

C.OSPF only runs on the WAN

D.OSPF is unsupported

Explanation: In SonicOS 7, OSPF is configured in the Dynamic Routing section: enable on the required virtual router, assign interfaces to an area, configure router ID, and (optionally) authentication. SonicWall supports OSPFv2 with multiple areas.

7Which BGP feature lets administrators filter which prefixes are advertised to or received from a neighbor?

A.Route-maps with Prefix-lists / AS-path filters

B.DPD

C.NAT

D.ARP

Explanation: BGP on SonicOS 7 supports route-maps (set/match), prefix-lists, AS-path ACLs, and community filters per neighbor. This is essential for controlling advertisements to SaaS/cloud BGP peers like AWS or Azure.

8A customer wants DPI-SSL for all outbound HTTPS traffic but must exclude banking sites because certificate pinning causes TLS errors. How should the SNSP professional design this?

A.Disable DPI-SSL entirely

B.Configure DPI-SSL with Common Name / Category exclusion lists (banking, healthcare, pinned-app hosts)

C.Install the CA cert only on mobile phones

D.Use Wire Mode Tap instead

Explanation: DPI-SSL includes exclusion by FQDN, Common Name, category, or address object. Enterprises typically exclude finance, healthcare, and known pinned applications (some cloud EDRs, iMessage). Otherwise, the client sees a TLS error because the app refuses the SonicWall certificate.

9Which SonicWall Capture ATP feature provides memory-level behavior inspection to detect never-before-seen evasive malware?

A.Real-Time Deep Memory Inspection (RTDMI)

B.AppFlow

C.GAV

D.Botnet Filter

Explanation: Real-Time Deep Memory Inspection (RTDMI) is SonicWall's patented engine that monitors CPU instruction and memory behavior at microsecond scale. It excels at catching obfuscated, encrypted, or polymorphic malware that evades signature and virtualization-based sandboxes.

10An SNSP candidate must ensure the firewall HOLDS suspicious files until Capture ATP returns a verdict. Which setting is required?

A.Block Until Verdict

B.Soft-inspect only

C.Silent mode

D.Disable Capture ATP

Explanation: Block Until Verdict prevents the file from reaching the endpoint until Capture ATP returns its sandbox verdict. Without it, the default is Allow While Scanning, so a malicious file could reach the user before analysis completes.

About the SNSP Exam

The SonicWall Network Security Professional (SNSP) is the professional-level SonicWall certification for experienced administrators designing and operating advanced SonicOS 7 deployments. It validates expert knowledge of advanced firewall design, advanced NAT and routing (OSPF, BGP with route-maps, virtual routers), route-based IPsec VPN (VTI, IKEv2, redundant gateways, GRE over IPsec), advanced SSL VPN, DPI-SSL, Capture ATP, SonicWall SD-WAN, Network Security Manager (NSM) with templates and Zero Touch, Cloud Secure Edge (ZTNA), Capture Client, Cloud App Security, MFA integrations, and advanced troubleshooting. SNSA for SonicOS 7 is a prerequisite.

Questions

75 scored questions

Time Limit

90 minutes

Passing Score

70%

Exam Fee

$250 USD (SonicWall / Kryterion Webassessor)

SNSP Exam Content Outline

15-20%

Advanced Firewall Design & Policy

Zone-based policy, rule optimization and auto-prioritization, object groups, micro-segmentation, BWM/QoS, SYN flood and DDoS protection, administrator hardening with MFA, management access lists

15-20%

Advanced Routing & SD-WAN

OSPFv2 multi-area, BGP with route-maps/prefix-lists/AS-path filters, virtual routers, PBR, SonicWall SD-WAN with latency/jitter/loss probes, WAN load balancing with session persistence, cellular failover

15-20%

Advanced VPN & Remote Access

Route-based IPsec (VTI) with OSPF/BGP, IKEv2 with DPD, redundant gateways, GRE over IPsec, X.509 certificate authentication, advanced SSL VPN with custom portals and Device Profiles, MFA (TOTP via email, RADIUS Duo/RSA, SAML)

15-20%

Advanced Security Services

DPI-SSL client and server with exclusion lists and certificate management, Capture ATP with RTDMI and Block Until Verdict and pre-filtering, advanced CFS policies per user/group, DNS Security/DNSSEC, Botnet Filter, Geo-IP

10-15%

Management, Monitoring & Cloud

Network Security Manager (NSM) with templates, Zero Touch Deployment, and audit trail; IPFIX/NetFlow AppFlow to SIEM; enhanced/CEF syslog; Cloud Secure Edge (ZTNA, SWG); Cloud App Security; Capture Client (SentinelOne); NSv cloud deployments

10-15%

Advanced Troubleshooting & HA

Packet Monitor with bi-directional filters and intermediate traffic, Multi-Core Monitor, Active/Active DPI HA, in-service upgrades, IPsec Phase 2 debug, DPI-SSL exclusion verification, RMA with settings/license transfer

How to Pass the SNSP Exam

What You Need to Know

Passing score: 70%
Exam length: 75 questions
Time limit: 90 minutes
Exam fee: $250 USD

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

SNSP Study Tips from Top Performers

1Expect heavily scenario-based questions — practice reading network diagrams and picking the right NAT, routing, or VPN approach

2Be fluent in route-based VPN (VTI) with OSPF or BGP, and contrast it with policy-based IPsec

3Know DPI-SSL exclusions, certificate management, and when Client vs Server DPI-SSL applies

4Understand Capture ATP workflow: RTDMI, Block Until Verdict, pre-filtering, and Capture Client integration

5Practice SonicWall SD-WAN with performance probes and compare with traditional WAN load balancing

6Master NSM templates, device groups, Zero Touch Deployment, and audit trail for change management

7Review Cloud Secure Edge ZTNA architecture and Capture Client posture checks

8Use Packet Monitor with bi-directional filters and Multi-Core Monitor for deep troubleshooting

Frequently Asked Questions

What is the SNSP certification?

The SonicWall Network Security Professional (SNSP) is the professional-level SonicWall certification for experienced administrators designing advanced SonicOS 7 deployments. It covers advanced routing (OSPF, BGP), route-based IPsec VPN with VTI, DPI-SSL, SD-WAN, NSM, Cloud Secure Edge ZTNA, and Capture Client integration.

Is SNSA a prerequisite for SNSP?

Yes. SonicWall requires a current SNSA for SonicOS 7 certification (or SNSA/SNSP 6.5) to attend the SNSP class and sit the SNSP exam. SNSP builds directly on SNSA material with advanced content.

How many questions are on the SNSP exam?

The SNSP for SonicOS 7 exam has approximately 60-75 questions in 90 minutes with a 70% passing score. It is delivered through Kryterion Webassessor, either at a testing center or via online proctoring. Expect heavy scenario-based questions with network diagrams.

What does the SNSP exam cost?

The SNSP exam fee is approximately $250 USD when scheduled through Kryterion Webassessor. This is higher than SNSA because of the deeper content, and partners typically bundle it with instructor-led or virtual training.

How long is SNSP valid?

The SNSP for SonicOS 7 certification is valid for 2 years. Candidates must recertify by passing a current SNSP exam to keep the credential active. Your SNSA must also remain current as the prerequisite.

How should I prepare for the SNSP exam?

Plan for 40-60 hours of study on top of your SNSA experience. Build labs that exercise BGP, OSPF multi-area, VTI with BGP, DPI-SSL with exclusions, Capture ATP workflow, NSM templates and Zero Touch, and Cloud Secure Edge Connectors. Use SonicWall University advanced labs and 100+ practice questions.