- The 300-710 Blueprint at a Glance
- Naming, Version and Identity Notes
- Domain 1: Deployment (30%)
- Domain 2: Configuration (30%)
- Domain 3: Management and Troubleshooting (25%)
- Domain 4: Integration (15%)
- How the Exam Is Delivered and Scored
- Turning Weights Into a Study Sequence
- Where the Specialist Credential Fits
- Frequently Asked Questions
- The 300-710 blueprint has four weighted domains: Deployment 30%, Configuration 30%, Management and Troubleshooting 25%, Integration 15%.
- Deployment and Configuration together make up 60% of the objectives, so they deserve the majority of your lab time.
- The v1.2 objectives took effect August 27, 2026 and add Encrypted Visibility Engine, ZTNA/VPN and Cisco XDR/Splunk topics.
- The exam is 90 minutes, closed book, USD 300 plus tax, with no formal prerequisites.
The 300-710 Blueprint at a Glance
Securing Networks with Cisco Firepower (SNCF) (300-710) is organized around four official weighted domains. Cisco publishes these in the exam topics document for Securing Networks with Cisco Firewalls v1.2, and every question you see on exam day traces back to one of them. Understanding the weighting is the single most useful piece of planning information you have, because it tells you where the points are.
| Domain | Weight | What It Rewards |
|---|---|---|
| 1. Deployment | 30% | Getting firewalls and the management plane into the network correctly |
| 2. Configuration | 30% | Building policies, inspection settings and access rules that behave as intended |
| 3. Management and Troubleshooting | 25% | Operating the platform and diagnosing why traffic or features misbehave |
| 4. Integration | 15% | Connecting the firewall to the wider Cisco security ecosystem |
Two domains share the top weight at 30% each, which means a candidate who is strong on Deployment and Configuration has already covered 60% of the blueprint. Management and Troubleshooting at 25% is large enough that skipping it is a serious gamble, while Integration at 15% is the smallest slice but contains several of the newest topics Cisco added in the current version.
Cisco also cautions that related topics may appear beyond the listed bullet points and that the objectives may change. Treat the blueprint as the core of what is tested rather than a perfect fence around it. For a broader view of how this fits a preparation plan, see our SNCF study guide for first-attempt success.
Naming, Version and Identity Notes
Before diving into the domains, a quick orientation on naming, because it trips up candidates searching for materials. The exam code is 300-710 and this site refers to it as SNCF, the Securing Networks with Cisco Firepower exam. Cisco now titles the same exam Securing Networks with Cisco Firewalls, and the current blueprint is version 1.2, effective August 27, 2026. If you find older Firepower-branded study material, it may predate the v1.2 objectives, so check what it covers against the current domains before relying on it.
Passing earns the Cisco Certified Specialist - Securing Networks with Cisco Firewalls credential. It also satisfies the concentration exam requirement for CCNP Security, though full CCNP Security additionally requires the 350-701 SCOR core exam. If you are still getting your bearings on what the credential is, our explainer on what SNCF certification is covers the basics.
Domain 1: Deployment (30%)
Deployment is one of the two heaviest domains, and it is about getting the platform running in a real network topology. Expect questions that ask you to choose the right deployment approach for a scenario and to recognize what each choice means for traffic flow, visibility and failure behavior.
Deployment: What Candidates Must Understand
This domain tests your judgment about how firewalls and their management are placed and brought online. The questions tend to be scenario-driven: given a network requirement, which deployment option satisfies it?
- Firewall deployment modes, such as routed and transparent operation, and the inline versus passive placement choices that determine whether traffic can actually be blocked
- High availability and clustering concepts, including what state is shared and how failover is triggered
- Initial setup of the management plane, including how devices register with and are controlled by a manager
- Interface and zone design decisions that later policies depend on
- Where the Encrypted Visibility Engine and related inspection capabilities fit in a deployment
Why Deployment Mistakes Cascade
Deployment decisions constrain everything downstream. A passive deployment cannot drop traffic, so a policy that expects blocking behavior will never enforce. A routed design changes how addressing and NAT must be handled. Exam writers like to exploit these dependencies, presenting a symptom in a later domain whose root cause is a deployment choice. When you study, always ask what a given mode makes possible and what it rules out.
Hands-On Priorities
- Stand up a device and register it to a manager from scratch at least once
- Walk through an HA pairing and note which settings must match between units
- Compare inline and passive interface configurations side by side and observe the differences in what can be enforced
Domain 2: Configuration (30%)
Configuration shares the top weight with Deployment and is where most of the day-to-day firewall work lives. This is the domain of policy: what traffic is allowed, how it is inspected, and what happens when something suspicious is found.
Configuration: Core Skills
The exam expects you to understand how policy objects relate to each other and how settings interact, not just where the checkboxes live.
- Access control policy structure, rule ordering and default actions
- Intrusion prevention policy tuning and how inspection is attached to access rules
- Malware and file policy concepts, including what gets inspected and when
- NAT configuration and how it interacts with access policy
- TLS/SSL decryption policy and the visibility trade-offs it introduces
- VPN and ZTNA configuration, which are called out in the current objectives
Rule Order and Inspection Logic
One reliable theme in this domain is evaluation order. Traffic is matched against rules in sequence, and the first match generally determines the outcome, which means a broad rule placed too early can silently shadow everything beneath it. Questions often describe a rule set and ask why a particular flow is not behaving as expected. Practice reading a rule list top to bottom and predicting the result before checking it.
Encrypted Traffic and Visibility
With so much traffic now encrypted, the exam reflects the trade-off between decrypting for deep inspection and preserving performance and privacy. The Encrypted Visibility Engine appears in the current objectives, so make sure you understand what it offers when full decryption is not practical, and how that differs from a traditional decrypt-and-inspect approach.
Domain 3: Management and Troubleshooting (25%)
At 25%, this domain covers keeping the platform healthy and diagnosing problems. It rewards methodical thinking: identify the symptom, isolate the layer, then pick the right tool or log to confirm.
Management and Troubleshooting: What to Master
Think of this domain as the operator's view. You will be asked to interpret evidence and choose the correct next step.
- Centralized management concepts, including the role of Cisco Security Cloud Control Firewall Management in the current objectives
- Policy deployment workflow, including what happens when a deployment fails or only partially applies
- Event and log analysis to determine why traffic was allowed, blocked or inspected
- Health monitoring and interpreting device or process alerts
- Packet-level troubleshooting approaches to confirm where a flow is being dropped
- Backup, restore and software update considerations
A Practical Troubleshooting Mindset
A useful framework for scenario questions is to work outward from the symptom. Is the problem connectivity, policy, inspection, decryption or an external dependency? Eliminate the layers that the evidence rules out. Questions in this domain frequently supply a snippet of output or a described event and ask for the most likely cause, so familiarity with what normal looks like is as important as knowing what broken looks like.
Because Cisco's performance-based item types can appear on professional-level exams, it is sensible to be comfortable navigating the management interface rather than relying purely on memorized theory. Cisco does not guarantee a specific mix of item types for every delivery, so prepare for both conceptual and applied questions.
Domain 4: Integration (15%)
Integration is the smallest domain at 15%, but it contains some of the most current and fastest-changing content. It covers how the firewall platform connects to the broader security architecture so that detections and context flow between products.
Integration: Key Topics
Expect questions about what each integration provides, what must be configured to enable it, and what value it adds to an investigation or response.
- Cisco XDR integration for correlating firewall telemetry with other security signals
- Splunk integration for log forwarding, search and analytics
- AI-driven threat intelligence and how it enriches detection and response
- Identity and posture sources that feed context into policy
- Cloud-delivered management and how it relates to on-premises components
Small Weight, Real Risk
Do not ignore this domain because of its size. Fifteen percent still represents a meaningful number of questions, and because the topics are new in v1.2, there is less legacy study material to lean on. Prioritize understanding the purpose and data flow of each integration rather than memorizing every configuration step.
How the Exam Is Delivered and Scored
The 300-710 is a proctored, computer-delivered written exam lasting 90 minutes. You can take it at a Pearson VUE test center or through an eligible OnVUE online appointment. It is closed book, and Cisco's Candidate Rules Agreement excludes personal books and notes, with current policies requiring acceptance of the confidentiality agreement before you test.
| Item | Detail |
|---|---|
| Duration | 90 minutes |
| Fee | USD 300 plus tax; Cisco Learning Credits accepted |
| Delivery | Pearson VUE test center or eligible OnVUE online |
| Reference materials | Closed book |
| Prerequisites | None formally required |
| Retake wait | Five calendar days, beginning the following day |
| Language | English listed on the exam page; verify for your booking |
What Is and Is Not Published
Cisco does not publish a fixed numeric passing score; standards are determined statistically and can change over time. No fixed question count or official pass rate has been verified, so be wary of any source that states them with confidence. For a sober look at what is and is not known, read our pages on the SNCF passing score and the SNCF pass rate. Item formats may include multiple choice, drag-and-drop and possibly performance-based items, though Cisco does not promise a particular mix for any given sitting.
Turning Weights Into a Study Sequence
This is the one place we will talk about scheduling, and it is tied directly to the blueprint. The aim is to sequence domains by dependency and weight rather than by whatever feels most interesting. For a deeper plan, our SNCF study guide expands on this.
Deployment first
- Build a working deployment, because every later task depends on it
- Practice registration, interface modes and HA until they are routine
Configuration, the other 30%
- Build access control, intrusion, file and NAT policy on your own deployment
- Include TLS decryption, VPN and ZTNA, since they are in the current objectives
Management and Troubleshooting
- Deliberately break your own policies and diagnose them from logs and events
- Learn the cloud-delivered management workflow
Integration and review
- Cover XDR, Splunk and threat intelligence data flows
- Finish with timed practice questions weighted toward Deployment and Configuration
Key Takeaway
Order your preparation by dependency: deployment, then configuration, then troubleshooting, then integration. Each stage gives you a working environment that makes the next one easier to learn and practice.
When you reach the final stretch, validate your readiness with realistic questions on our SNCF practice test site, and keep our one-page SNCF cheat sheet handy for last-minute review of must-know facts. Scheduling details are covered in SNCF exam dates and scheduling.
Where the Specialist Credential Fits
The 300-710 earns a Specialist-level credential that is valid for three years. Renewal through continuing education requires 40 credits before expiry for the Specialist, compared with 80 for Professional-level certifications such as CCNP. Passing a qualifying concentration exam earns 40 CE credits and a core exam earns 80, so exam-based and combined renewal routes are both possible. Note that the three-year window for combining CCNP exam passes is separate from renewal of an earned certification, and CE renewal does not extend that exam-completion window.
Roles that value this skill set typically involve operating and securing enterprise perimeter and data center firewalls, such as network security engineering and security operations positions. For a realistic picture of how employers use the credential, explore SNCF jobs, then weigh the investment using our SNCF ROI analysis and salary guide. We deliberately avoid quoting specific earnings here because reliable figures vary by region and role.
Frequently Asked Questions
The four weighted domains are Deployment (30%), Configuration (30%), Management and Troubleshooting (25%), and Integration (15%), as listed in the Securing Networks with Cisco Firewalls v1.2 objectives.
Deployment and Configuration, which together carry 60% of the blueprint. Hands-on lab practice in these two areas also makes Management and Troubleshooting easier, since you will already know how a healthy system behaves.
The v1.2 objectives are effective August 27, 2026. They include Encrypted Visibility Engine, ZTNA/VPN, Cisco Security Cloud Control Firewall Management, and Cisco XDR and Splunk integration with AI-driven threat intelligence.
No. It earns the Cisco Certified Specialist credential and satisfies the CCNP Security concentration requirement, but full CCNP Security also requires passing the 350-701 SCOR core exam.
Cisco requires a wait of five calendar days, beginning the following day, before you can retake the same exam. Each attempt requires paying the exam fee again.