The SNCF exam runs 90 minutes, and Cisco doesn’t publish an exact item count — community tracking across recent test-takers puts it around 55 to 65 questions, mixing multiple-choice, multiple-response, drag-and-drop, and at least one simulation-style item where you configure a policy inside a mocked-up Secure Firewall Management Center (FMC) SNCF exam interface rather than just picking an answer from a list. That simulation format is where a lot of candidates lose time: if you’ve only ever read about access control policies and never actually built one, you’ll hesitate on the click-path even when you know the concept cold.
Cisco also doesn’t disclose the passing cut score. It’s a scaled score out of 1000, and most estimates from training providers and past candidates put the bar somewhere in the 750–850 range — but treat that as an informed estimate, not an official number, since Cisco has never confirmed it publicly.
One thing worth knowing going in: as of August 27, 2026, this exam runs on the v1.2 blueprint. Cisco renamed the product line from “Firepower” to “Secure Firewall” a while back, and v1.2 formalizes that in the exam topics — references now say Secure Firewall Management Center instead of Firepower Management Center, and the blueprint adds coverage for Cisco Security Cloud Control, Splunk integration, and AI-driven threat intelligence features that weren’t tested under the older v1.1 topics. If you’re studying from a document or question set dated before early 2026, some of it is stale.
Domain | Weight | Focus |
|---|---|---|
1.0 Deployment | 30% | NGFW modes (routed/transparent), high availability, clustering, virtual and cloud-managed appliances |
2.0 Configuration | 30% | FMC system settings, access control, intrusion, malware/file, DNS, identity, SSL, and prefilter policies; object and device configuration |
3.0 Management and Troubleshooting | 25% | Dashboards and reporting, packet capture, Packet Tracer, device management tools (FDM, CDO, cloud-delivered FMC) |
4.0 Integration | 15% | Secure Endpoint, Threat Intelligence Director, pxGrid/ISE, Splunk and AI-driven threat intelligence |
Deployment and Configuration together make up 60% of the exam, so if your study time is limited, that’s where it pays off most to go deep rather than wide.
SSL/TLS decryption policy. It’s a small line item in the blueprint but shows up disproportionately on the exam, and it trips people up because it isn’t intuitive — knowing when to use “Decrypt - Resign” versus “Decrypt - Known Key,” and how certificate handling differs between the two, is something most people only learn by configuring it, not by reading about it.
NAT rule ordering and its interaction with access control. Candidates who’ve only worked with simpler firewall platforms often assume NAT and ACP evaluate independently. On Secure Firewall they don’t, and questions that test this interaction catch people who memorized NAT syntax without understanding the policy evaluation order.
Snort 3 versus Snort 2 behavioral differences. FTD has defaulted to Snort 3 for a while now, but a lot of older study content still describes Snort 2 rule syntax and intrusion policy tuning. If your preparation material hasn’t been updated, you’ll walk in with a mental model that doesn’t match what’s actually being asked.
High availability failover scenarios. People study HA configuration steps but skip troubleshooting it — the exam leans harder on “here’s a failover state, diagnose what went wrong” than on “here’s how you configure failover from scratch.”
Because a meaningful chunk of the exam is scenario-based rather than pure recall, the most useful way to practice isn’t memorizing answer letters — it’s reading the scenario, predicting what FMC screen or CLI command you’d actually reach for, and only then checking the explanation. If you get a question right by pattern-matching the wording instead of understanding the policy logic, you’ll miss the inevitable rephrased version on test day.
Pay close attention to explanations on anything involving policy precedence, NAT and ACP interaction, or SSL decryption — these are the areas where “I picked the right answer but for the wrong reason” shows up most, and that gap won’t survive a reworded question.
Studying FTD/FMC concepts without ever touching a lab or sandbox, so the simulation-style questions feel unfamiliar under time pressure.
Treating Deployment and Configuration as “basically the same topic” and under-preparing one of them, when together they’re 60% of the score.
Relying on outdated Snort 2 or pre-rename “Firepower” material that doesn’t reflect current Secure Firewall terminology or the v1.2 Splunk/Cloud Control additions.
Running out of time on simulation items because they weren’t practiced under a clock.
Skipping troubleshooting-specific prep (packet capture, Packet Tracer output interpretation) in favor of configuration steps alone.
New to Secure Firewall/FTD: Plan on roughly 10–12 weeks if you’re building both the conceptual knowledge and hands-on comfort with FMC from scratch, especially if you don’t already hold CCNA-level networking fundamentals.
Coming from other firewall platforms or prior Cisco security experience: 4–6 weeks is usually enough to map what you already know onto FTD/FMC-specific configuration and close the gaps in integration topics, which tend to be the least familiar section for people with a generalist security background.
Retaking the exam: Don’t just redo the same practice set. Go back to your score report, identify which domain actually failed you, and spend the bulk of your remaining time there — most retake failures come from the same one or two domains both times, not from a uniformly weak foundation.
This exam has changed names and scope more than once: it started life as “Securing Networks with Cisco Firepower,” and the v1.2 update (current since August 27, 2026) renamed it to “Securing Networks with Cisco Firewalls,” folding in Secure Firewall Management Center terminology, Security Cloud Control, Splunk integration, and AI-driven threat intelligence topics that didn’t exist on earlier versions. If you’re using anything written before 2026, confirm it reflects v1.2 before trusting it.
Last updated on Oct, 16 2026
