CCIE Security Expert Program

• The CCIE Security Expert Program is designed for advanced learners who want to build expert-level Cisco security skills and prepare for CCIE-style lab thinking, troubleshooting discipline and real enterprise security architecture.

• The course follows the brochure roadmap and covers security architecture, ASA and FTD perimeter security, NGFW, FMC, IPS, VPNs, segmentation, TrustSec, infrastructure hardening, identity services, content security, cloud security, automation and capstone readiness.

• Students learn how expert security engineers design, configure, validate and troubleshoot multi-technology security environments under time pressure.

• Training focuses on topology strategy, policy workflow, configuration accuracy, packet capture review, traffic-flow validation, log interpretation, evidence collection and remediation planning.

• Learners practice expert habits such as reading requirements carefully, planning before configuration, validating every change, documenting assumptions and isolating root causes methodically.

• The program connects Cisco security technologies with operational decision-making, including firewall policy, VPN design, segmentation logic, ISE authentication flows, threat analysis and secure access design.

• Students also explore APIs, REST, JSON, XML, YAML, Python awareness and controller integrations so they understand automation direction in modern security operations.

• By the end of the program, learners will have a strong CCIE-style portfolio with topology notes, configuration logic, verification outputs, troubleshooting reports, policy matrices and final capstone explanation.

• Understand CCIE Security-level architecture thinking, including requirement reading, topology planning, technology mapping, time management and verification strategy.

• Learn how expert security designs combine perimeter firewalls, VPNs, segmentation, identity, content security, infrastructure controls and monitoring.

• Study CCIE-style lab discipline: identify tasks, plan dependencies, configure in stages, verify immediately and avoid unnecessary changes.

• Build evidence habits using show commands, logs, packet captures, policy hit counts, VPN status, authentication flow and remediation notes.

• Understand how to break complex scenarios into smaller control points such as routing, NAT, policy, identity, encryption, segmentation and inspection.

• Practice documentation structure for diagrams, IP plans, policy matrices, troubleshooting observations and final demo explanation.

• Develop the expert mindset needed for timed labs, enterprise incidents and senior security engineering responsibilities.

• Learn Cisco ASA and FTD perimeter firewall concepts including routed mode, transparent mode awareness, interfaces, zones, NAT, access policies and inspection.

• Study perimeter design for internet edge, DMZ, branch connectivity, data-center protection and remote access termination.

• Understand NAT types, object NAT, manual NAT awareness, policy order, security levels, access-control logic and traffic-flow troubleshooting.

• Practice policy design that is specific, auditable, logged and aligned with real business requirements.

• Learn how route lookup, NAT, ACLs, inspection and VPN rules interact in perimeter security scenarios.

• Explore troubleshooting with connection tables, packet-tracer logic, policy hits, logs and packet capture evidence.

• Build confidence in explaining how ASA and FTD protect enterprise boundaries while preserving required business connectivity.

• Study next-generation firewall operations using FMC and NGFW policy models, including access control, prefilter awareness, IPS policy, SSL inspection and event analysis.

• Understand IPS deployment models, signature awareness, intrusion events, tuning, false positives, exceptions and operational monitoring.

• Learn application visibility and control, AVC awareness, URL/reputation concepts, file inspection awareness and malware policy direction.

• Explore FMC workflows such as device management, policy deployment, rule ordering, object management, event review and reporting.

• Practice reading security events to identify blocked threats, allowed traffic, misclassified flows and policy gaps.

• Learn how to troubleshoot policy deployment issues, inspection behavior, logging visibility and unexpected block/allow decisions.

• Build practical readiness for advanced firewall operations and CCIE-style security troubleshooting.

• Learn IPsec VPN, remote-access VPN, site-to-site VPN, FlexVPN and DMVPN concepts used in advanced secure connectivity designs.

• Study certificate authorities, tunnel protection, IKE/IPsec negotiation, crypto proposals, profiles, identities and authentication methods.

• Understand FlexVPN and DMVPN design logic, including hub-spoke connectivity, dynamic spokes, routing integration and scalable WAN protection.

• Explore high availability, failover, tunnel redundancy, split tunneling, full tunneling and secure access policy decisions.

• Practice VPN troubleshooting with phase checks, crypto sessions, routing, NAT exemption, ACLs, certificates, tunnel counters and logs.

• Learn how packet captures and status outputs reveal where VPN negotiation or protected traffic flow is failing.

• Build expert-level secure connectivity understanding for enterprise WAN, remote work and hybrid network designs.

• Learn segmentation strategies using VLANs, PVLAN awareness, VRF-Lite, SGT, SXP, TrustSec awareness and microsegmentation logic.

• Understand why segmentation reduces lateral movement, protects sensitive assets and supports zero trust design.

• Study policy-driven segmentation using identities, tags, groups, roles and business context rather than only IP addresses.

• Explore network segmentation for users, guests, servers, management networks, IoT, contractors and high-value systems.

• Learn how segmentation interacts with routing, firewall policy, ISE, ACLs, SGT propagation and troubleshooting flows.

• Practice designing policy matrices and verifying that traffic is allowed or denied according to business requirement.

• Build strong architecture skills for secure enterprise design and CCIE-level security scenarios.

• Learn infrastructure hardening for routers, switches, firewalls and security platforms using secure management and operational controls.

• Study management-plane, control-plane and data-plane protection with AAA, SSH, SNMPv3 awareness, logging, secure backups and role-based access.

• Understand CoPP awareness, device access restrictions, administrative segmentation, secure time sources and configuration integrity.

• Explore secure device operations including change planning, rollback thinking, audit readiness and configuration review.

• Learn how weak infrastructure settings can undermine strong firewall or VPN design.

• Practice identifying unsafe services, broad management access, missing logs, weak credentials and poor operational hygiene.

• Build senior-level habits for stable, secure and supportable network security infrastructure.

• Learn Layer 2 security protections including DAI, DHCP Snooping, STP security, port security, RA Guard awareness and access-layer protection.

• Understand common LAN attacks such as spoofing, rogue DHCP, ARP poisoning, VLAN misuse, STP manipulation and unauthorized device attachment.

• Study wireless security concepts including WPA security, guest wireless access, secure onboarding, certificates and policy-based access awareness.

• Explore how Layer 2 and wireless weaknesses can bypass higher-layer security if access networks are poorly controlled.

• Learn how switch security, ISE, segmentation and wireless policies combine to secure campus access.

• Practice troubleshooting access-layer security issues such as blocked clients, DHCP problems, authentication failures and policy mismatches.

• Build a complete security view from physical access layer to routed enterprise security controls.

• Learn Cisco ISE identity concepts including nodes, personas, policy sets, authentication, authorization, profiling, posture awareness and guest services.

• Study 802.1X, MAB, RADIUS, TACACS+ awareness, downloadable ACLs, dynamic VLANs and SGT-based authorization.

• Understand ISE deployment planning with policy service nodes, administration, monitoring and operational redundancy awareness.

• Explore authentication flows, identity stores, certificates, endpoint profiling and troubleshooting decision trees.

• Practice interpreting ISE live logs, failed authentication reasons, policy matches, authorization results and endpoint attributes.

• Learn how identity services support secure access for employees, guests, contractors, BYOD, IoT and administrators.

• Build strong access-control expertise for CCIE Security and enterprise identity-driven networking.

• Learn BYOD security and secure onboarding concepts including guest access, portals, certificates, device registration and user experience planning.

• Study pxGrid awareness and how security platforms can exchange context between ISE, firewalls, endpoint tools and other systems.

• Understand Duo and MFA concepts, SSO awareness, access control decisions and risk-based authentication direction.

• Explore certificate-based access, trusted endpoints, posture checks, device compliance and secure remote/application access scenarios.

• Learn how user identity, device identity and security posture can influence network access decisions.

• Practice policy-thinking for employee devices, contractor systems, unmanaged endpoints and guest networks.

• Build modern secure-access awareness that connects identity, endpoint trust and network enforcement.

• Study threat and content security across AMP, WSA, ESA, Umbrella, DLP awareness, RBI awareness, CASB awareness, malware analysis and incident response.

• Learn how email, web, DNS and endpoint security controls reduce common attack paths such as phishing, malicious downloads, command-and-control and data leakage.

• Understand malware investigation workflow, file reputation, sandboxing awareness, indicators of compromise and response documentation.

• Explore cloud-delivered security controls for DNS-layer protection, secure internet access, SaaS visibility and content filtering.

• Learn how content security events are reviewed, prioritized, correlated and documented by security teams.

• Practice explaining threat findings with evidence, impact, affected users, remediation and prevention recommendations.

• Build advanced awareness of integrated threat protection beyond traditional firewall policy.

• Learn cloud security and automation concepts including cloud security controls, REST APIs, JSON, XML, YAML, Python basics and controller integrations.

• Understand how APIs and automation support policy deployment, monitoring, reporting, validation and operational consistency.

• Study controller-based security integrations, infrastructure-as-code awareness and automated evidence collection.

• Explore how cloud, hybrid access, SaaS, secure APIs and automation change the role of expert security engineers.

• Learn safe automation practices such as validation, approval, rollback, version control awareness and human review.

• Practice thinking through automated security workflows for policy checks, alert enrichment, config validation and documentation support.

• Build future-ready CCIE Security awareness while maintaining strong packet-flow and troubleshooting fundamentals.

• Work through CCIE-style troubleshooting and capstone scenarios that combine firewall policy, NAT, VPN, ISE, segmentation, content security, monitoring and automation awareness.

• Practice mock lab discipline with time management, requirement analysis, configuration checkpoints, verification outputs and optimization decisions.

• Learn how to isolate faults across routing, NAT, ACLs, inspection, VPN negotiation, certificates, identity policies, SGT propagation and content security controls.

• Prepare professional documentation including topology, policy matrix, issue log, packet capture notes, logs, verification screenshots and final report.

• Build capstone scenarios that demonstrate ASA/FTD, FMC/IPS, VPNs, ISE, segmentation, cloud/content security and monitoring workflow.

• Practice final presentation skills by explaining design choices, security controls, troubleshooting methods and remediation evidence.

• Finish with expert-level portfolio readiness for CCIE Security lab preparation, senior security interviews and enterprise security operations.