The Cisco 300‑710 SNCF (Securing Networks with Cisco Firepower) exam is a professional-level certification test designed for security and network engineers who are responsible for deploying, configuring, managing, and troubleshooting Cisco Secure Firewall solutions. This exam validates candidates’ ability to work with Cisco Secure Firewall (formerly known as Cisco Firepower) and Cisco Secure Firewall Management Center (FMC), covering both on-premises and cloud-based deployments. The exam consists of multiple-choice questions, scenario-based questions, and simulations. Candidates are tested on their ability to implement firewall policies, configure intrusion prevention and malware defense, deploy security solutions in enterprise networks, and integrate with other security tools to create a robust security ecosystem. This certification is part of the CCNP Security track and serves as one of the concentration exams required to achieve CCNP Security certification. It is ideal for professionals who wish to specialize in network security and gain practical, hands-on expertise in Cisco security technologies. Ideal ForThe 300‑710 SNCF exam is designed for: Network and security engineers, administrators, and consultants who manage or deploy Cisco Secure Firewall solutions in enterprise environments. Professionals preparing for CCNP Security certification who need to demonstrate proficiency in firewall deployment, security policy implementation, and threat management. Individuals seeking to enhance their knowledge and career opportunities in network security, particularly in firewall management, intrusion prevention, malware defense, and integration with security monitoring tools. IT professionals responsible for configuring secure network infrastructures, monitoring security incidents, and ensuring compliance with organizational security policies.
Covered Knowledge1. Deployment (≈30%)Deploy Cisco Secure Firewall devices in routed, transparent, and cluster modes. Implement high-availability solutions including active/standby failover, port-channel load balancing, and clustering for fault tolerance. Configure and deploy Next-Generation Intrusion Prevention System (NGIPS) in inline or passive modes. Deploy and configure devices in on-premises, virtualized, or cloud-based environments. Plan and implement firewall and IPS architecture to meet enterprise security requirements.
2. Configuration (≈30%)Configure system settings, device management, and registration with FMC. Create and manage access control policies, intrusion policies, malware/file policies, URL filtering, DNS inspection, and decryption policies. Configure NAT, VPN, routing, and Quality of Service (QoS) settings. Manage network objects, security zones, and certificate-based authentication. Implement centralized policy management and object sharing across multiple devices.
3. Management & Troubleshooting (≈25%)Use GUI and CLI tools for device monitoring, reporting, and configuration verification. Perform packet captures, packet tracer tests, and log analysis to identify issues. Analyze security dashboards and reports to monitor events, alerts, and risk indicators. Troubleshoot connectivity, policy enforcement, and intrusion prevention issues. Manage software updates, system upgrades, and device backups.
4. Integration (≈15%)Integrate Cisco Secure Firewall with other security solutions, including endpoint security, threat intelligence feeds, and network monitoring tools. Utilize Cisco SecureX, pxGrid, and other platforms for automation, threat correlation, and advanced analytics. Implement centralized logging, reporting, and alerting for security incidents. Integrate firewall data with Security Information and Event Management (SIEM) tools to enhance visibility and incident response.
Skills GainedAbility to implement, manage, and troubleshoot firewall, IPS, and malware policies. Expertise in integrating firewalls with broader security and network infrastructures. Skills in using advanced monitoring, reporting, and analytics tools to enhance security posture. Knowledge of best practices for high availability, scalability, and secure network architecture.
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