Cisco Securing Networks with Cisco Firepower (SNCF) 300‑710 Practice Exams
About the Cisco 300-710 SNCF exam
Exam at a glance
Professional tier — one of six CCNP Security Concentration exams. 55-65 questions, 90 minutes, $300 USD. Valid 3 years. To earn the CCNP Security credential you must also pass the 350-701 SCOR Core exam within the same 3-year window.
Domain weighting
- Deployment — 30%
- Configuration — 30%
- Management and Troubleshooting — 25%
- Integration — 15%
Why this exam matters
SNCF (Securing Networks with Cisco Firepower) focuses on Cisco Secure Firewall — the next-generation firewall platform formerly known as Firepower. Cisco Secure Firewall (FTD on the 1000/3100/4200/9300 hardware families and on virtual platforms) is one of the most widely deployed enterprise NGFWs worldwide, and SNCF is consistently the most-chosen Concentration under CCNP Security because deep FTD skills are in heavy demand at enterprises, MSSPs, and government integrators.
Why take this certification
- Most popular Security Concentration. SNCF is the default Concentration most CCNP Security candidates pair with the 350-701 SCOR Core because NGFW operations expertise on Cisco Secure Firewall maps directly to billable production work.
- Strong salary signal. CCNP Security holders in the United States average $110,000-$140,000 per year, with senior security architects on Firepower / FTD reaching $150,000+. Source: industry compensation surveys (Robert Half, Cisco Learning Network community salary threads).
- Gateway to CCIE Security. Because 350-701 SCOR is also the qualifying written for the CCIE Security Lab, the same study investment unlocks both the CCNP credential and your eligibility for the expert tier.
- Practical, lab-style skills. The exam is heavily scenario-based and tests configuration knowledge you'll use in production: FMC policy hierarchy, intrusion / malware / URL inspection, SSL decryption, NAT/PAT, FTD HA, clustering, and ISE integration for identity-based policy.
Prerequisites
None formal. Cisco recommends 3-5 years of enterprise security experience plus hands-on time with Cisco Secure Firewall (Firepower / FTD). Solid CCNA-level networking knowledge is effectively required — you'll need to be comfortable with routing fundamentals, NAT, ACLs, and TLS before tackling SNCF.
Official Cisco exam topics: learningnetwork.cisco.com/s/sncf-exam-topics.
What you'll learn for the 300-710 SNCF exam
SNCF is one of the most hands-on of the CCNP Security Concentration exams. Most questions describe a customer scenario (segmentation, decryption, integration with ISE, throughput sizing) and ask you to pick the correct FTD / FMC configuration, NAT rule, or troubleshooting step. Below is the core surface area you'll be tested on.
Deployment (~30%)
- FTD device deployment modes: routed, transparent, IRB (Integrated Routing and Bridging), inline IPS, inline-tap, and passive monitor. When to pick each, and the operational trade-offs.
- Hardware + virtual platforms: Cisco Secure Firewall 1000 / 3100 / 4200 / 9300 series, FTDv on KVM / ESXi / AWS / Azure / GCP, and FMCv. Throughput, interface, and licensing sizing.
- Initial setup: day-zero configuration, registration to FMC, smart licensing, software upgrades, image management.
Configuration (~30%)
- Management plane: FMC (Firepower Management Center) on-prem vs cdFMC (Cloud-delivered Firewall Management Center) — when each fits, multi-tenancy via domains, role-based access.
- Access Control Policy: rules, prefilter policy (fast-path / block before deep inspection), identity policy, SSL/TLS decryption policy, network analysis / variable sets.
- Intrusion policy: Snort 3 (replacing Snort 2 across modern FTD), Talos rule sets, rule tuning, false-positive analysis.
- Malware + file policy: file inspection, AMP for Networks (now Secure Endpoint / Secure Malware Analytics), Threat Grid sandbox submissions.
- URL filtering: categories, reputation, custom URL lists, BrightCloud integration.
- SSL / TLS inspection: decrypt-resign vs decrypt-known-key, PKI considerations, what breaks (HSTS, cert pinning), bypass policy for sensitive categories.
- NAT / PAT: auto NAT vs manual NAT, twice NAT, identity NAT, NAT for VPN traffic, troubleshooting NAT order of operations.
- High availability: active/standby HA pairs, clustering on 3100/4200/9300, spanned EtherChannel vs individual interface mode, failure scenarios.
Management and Troubleshooting (~25%)
- FMC dashboards, event analysis, connection events, intrusion events, file events.
- Packet tracer and packet capture on FTD CLI (
system support diagnostic-cli, LINA vs Snort engine). - Backup / restore of FMC and FTD configurations.
- Troubleshooting traffic-not-passing scenarios: ACP rule hit counts, prefilter, NAT, routing, interface state.
- Health monitoring, alerting, syslog export, SNMP, eStreamer for SIEM integration.
Integration (~15%)
- ISE integration: pxGrid for identity-based policy (use group membership / SGT in ACP rules), TrustSec.
- SecureX / XDR: ribbon, threat response, automation playbooks.
- ASA migration: migration tooling, parity gaps, when to stay on ASA vs cut over to FTD.
- Third-party integrations: syslog SIEM, Threat Intelligence Director (TID), Cisco Umbrella DNS layer.
How the practice exams help
Each free question and every premium exam mirrors the Cisco scenario format — concise stem, plausible distractors, often two correct answers expected. Detailed explanations cover why the right answer is right and why each distractor is wrong, so you internalize FMC + FTD trade-offs (e.g. when prefilter beats ACP, when clustering beats HA, when decrypt-known-key beats decrypt-resign) rather than memorizing surface facts.
How to prepare for the 300-710 SNCF exam
SNCF is firmly a hands-on exam. Reading-only preparation does not survive contact with the scenario-style questions. Plan 12-16 weeks of focused study (10-15 hours per week) combining theory, labs, and timed practice.
- Cover the exam topics (3-4 weeks). Download the official Cisco SNCF 300-710 Exam Topics and work top-down. Focus heaviest on Deployment + Configuration (which together are ~60% of the score).
- Build a Firepower lab (3-4 weeks, in parallel). Options:
- Cisco dCloud — free for partners and CLN members; pre-built FMC + FTD topologies you can drive immediately. Lowest friction.
- EVE-NG / GNS3 with FTDv + FMCv images — full control, closer to production realism, higher setup cost.
- Public cloud FTDv on AWS or Azure — useful for learning the cloud-deployment objectives but watch the hourly cost.
- Read the official Cisco Press SNCF guide (2 weeks). Pair the chapter material with the labs above. The book is the most direct mapping to exam-topic vocabulary.
- Snort 3, clustering, SSL decryption deep-dives (1-2 weeks). These three topics generate disproportionately many exam questions and trip up candidates who only studied at a high level. Read the FMC configuration guide chapters for each end-to-end.
- Timed practice exams (1-2 weeks). Use full-length, timed practice tests to identify weak domains. Aim for consistent 85%+ in untimed mode and 80%+ under timed conditions before scheduling.
Recommended timeline
12-16 weeks at 10-15 hours per week for candidates with prior CCNA + ASA / NGFW exposure. Plan longer if you're new to Cisco firewalls entirely; consider passing 350-701 SCOR first so you arrive at SNCF already comfortable with broader security concepts.
Official resources
- Official 300-710 SNCF exam topics on Cisco Learning Network.
- Cisco Press: CCNP Security SNCF 300-710 Official Cert Guide — the canonical study book.
- Cisco dCloud Firepower labs (free for Cisco Learning Network and partner accounts).
- The Firepower / Secure Firewall Management Center configuration guides — long, but the source of truth for every exam topic.