Cisco 300-710 SNCF study plan
Cisco 300-710 SNCF · Give each week a clear focus.
8 weeks · About 6 hours per week
Deployment and Initial Configuration
Map every deployment model (standalone FTD managed by FMC, FMC-managed clusters, NGIPSv, and Firepower on ASA/ISE) to its licensing and registration prerequisites so you can pick the right model for a given scenario
Diagram the management-plane requirements (FMC-to-device registration on 8305, manager access, and the two-phase NAT/access rules needed for devices behind NAT) without notes
Explain the difference between FMC registration, device high availability, and clustering, and state when each is required
List the initial device setup steps from CLI (setup, configure manager, DNS/NTP) and the order in which they must happen
Your checkpoint
A one-page decision table mapping deployment model -> prerequisites -> registration method, plus a 10-question self-quiz you score 8/10 or better on
Deployment and Initial Configuration & Configuration and Management of Cisco Firepower Management Center
Configure a fresh FMC: initial setup, time/NTP, licensing (Smart Licensing registration or specific license reservation), and health monitor defaults
Differentiate FMC user roles and explain how to scope a user to a specific domain
Describe how FMC manages multiple devices and how policy inheritance and object sharing affect consistency across devices
Explain the FMC backup/restore and platform settings lifecycle (backup, restore, and what is and is not included)
Your checkpoint
A written runbook of 15-20 steps to bring an FMC from unboxed to managing one registered FTD, with a screenshot-free checklist you can follow from memory
Configuration and Management of Cisco Firepower Management Center & Traffic Control and Access Control Policies
Build the object model: network, port, URL, and application objects, and explain object overrides and object groups
Compare access control policy default actions and the order of evaluation (prefilter, access control, then the default action)
Explain how security intelligence feeds, URL filtering, and file/malware policy attach to an access control rule
Walk through the rule hit-count and policy-deployment workflow, including what triggers a deploy and what does not
Your checkpoint
A one-page evaluation-order diagram (prefilter -> ACP rules -> default action -> SI/URL/malware) with a 5-rule example policy annotated line by line
Traffic Control and Access Control Policies
Design an access control policy for a stated requirement set (guest, internal, and DMZ zones) and justify each rule's placement
Explain SSL/TLS policy and how decryption rules interact with access control rules and certificate handling
Describe the difference between access control, prefilter, and QoS/traffic shaping policies and when each applies
Troubleshoot why a connection is allowed or blocked using connection events and rule hit counts
Your checkpoint
A complete written policy design for the guest/internal/DMZ scenario, including rule order, default action, decryption rules, and a troubleshooting decision tree
Intrusion Prevention and Malware Defense
Explain Snort rule anatomy (header, options, action) and the difference between preprocessor, decoder, and rule alerts
Describe intrusion policy tuning: rule state, thresholding/suppression, and variable sets, and when each is appropriate
Explain file policy and malware defense flow: file capture, SHA lookup, local malware analysis, and retrospective verdicts
Differentiate inline IPS vs. detection-only mode and describe what changes in fail-open/fail-closed behavior
Your checkpoint
A written tuning plan for a noisy signature set (rule state changes, suppression, and thresholding) with a rationale for each change
Intrusion Prevention and Malware Defense & Troubleshooting and Verification
Trace a malware event from file policy through the malware table and explain how a verdict changes over time
Use the FMC analysis tools (context explorer, dashboards, and event search) to answer a specific investigative question
Explain correlation policies and how they generate remediation or alerts from event streams
Describe how to validate IPS and malware configuration before deployment (policy diff, validation errors, and staged deployment)
Your checkpoint
A written incident walkthrough: given a described malware alert, list the exact FMC screens and filters you would use and what evidence you would collect
Troubleshooting and Verification
Diagnose registration and connectivity failures (NTP skew, certificate issues, port/firewall requirements) using the correct CLI and FMC tools
Interpret FMC health monitor status and device troubleshooting data (CPU, memory, interface, and Snort stats)
Capture and read packet traces and packet captures on FTD and explain when each is the right tool
Explain how to read policy deployment failures and roll back or correct a failed deployment
Your checkpoint
A troubleshooting matrix of 8 common failure symptoms -> likely cause -> verification command/screen -> fix
Deployment and Initial Configuration & Configuration and Management of Cisco Firepower Management Center & Traffic Control and Access Control Policies & Intrusion Prevention and Malware Defense & Troubleshooting and Verification
Re-take a full-length practice set and score every domain, then re-study the two weakest areas
Re-derive the deployment decision table, evaluation order, and troubleshooting matrix from memory without notes
Explain in your own words how a packet traverses prefilter, ACP, decryption, IPS, and file policy end to end
Time-box 40 mixed practice questions and review every wrong answer to its root cause
Your checkpoint
A final one-page cheat sheet in your own words covering all five domains, plus a scored practice-set report showing 80% or better overall
Milestones
Week 2: Can explain the FMC-to-FTD registration prerequisites and licensing model without notes and score 8/10 on a self-quiz
Week 4: Can draw the access control evaluation order and justify a 5-rule policy's order from memory
Week 6: Can trace a malware event end to end and name the FMC tools used at each step
Week 8: Score 80% or better on a timed mixed practice set and have a one-page cheat sheet covering all five domains