CCIE Security Bootcamp-Cisco ASA,Firepower,Cisco ISE,ESA,WSA

Explore ipsec site-to-site vpn with ikev1, detailing phase 1 key exchange, phase 2 data encryption, and the role of pre-shared keys, authentication, and crypto maps.

Learn to configure GRE site-to-site VPN using IPsec IKEv1, detailing phase 1 and phase 2, pre-shared keys, transform sets, and crypto maps for secure routing over GRE.

This lecture explains DMVPN design with hub-and-spoke and multipoint spokes, GRE tunnels and IPsec encryption, NHS dynamic mapping to eliminate static configs, and phase transitions enabling spoke-to-spoke connectivity.

Configure Get VPN to enable multi-site VPN with a central key server and group members, supporting backup hubs, redirect and shortcut, phase 1/2, ACLs, crypto maps, and rekeying lifetimes.

Configure VRF aware VPN on Cisco routers by creating virtual routers, assigning interfaces, and implementing IPsec with phase 1 and 2, crypto maps, and access lists.

Configure vrf with get vpn to encrypt traffic between a key server and group members, using phase one and phase two policies, transform sets, and crypto maps.

Configure IPsec using certificates by implementing PKI, generating RSA keys, enrolling with a certificate authority, and validating peers with root certificates to replace pre-shared keys.

Learn ikev2 concepts and configuration steps, including proposals, policies, key rings, and crypto maps, with separate local and remote pre-shared keys, and phase 1 and 2 negotiations.

Explore configuring IKEv2 using SVTI to secure site-to-site VPNs by defining proposals, policies, key rings, and profiles, then creating and binding a tunnel interface for end-to-end IPsec security.

Explore Flex VPN for hub-and-spoke networks, assign IPs dynamically from the hub via IKEv2, using tunnel interfaces and virtual template, with authorization policies and IP pools for scalable multi-site deployments.

Learn how the Cisco ASA firewall operates as a layer 3 device with security levels and access lists to control traffic between inside, outside, and DMZ, plus basic SSH management.

Demonstrate ASA NAT fundamentals, including dynamic NAT with address pools and static NAT mapping private inside IPs to addresses. Show publishing a DMZ web server with ACLs for outside access.

Learn how to configure a Cisco ASA in transparent mode, bridging two VLANs, assigning security levels, and controlling traffic with access lists and bridging groups.

Explore redundancy on the Cisco ASA firewall with redundant interfaces and port channels, enabling active/standby and active/active configurations. Learn to configure inside and outside interfaces and build backup plans.

Explore how to configure ASA security contexts to create virtual firewalls on a single physical device, switching from single to multi-context mode, and assign interfaces, startup configs, and ACLs.

Learn how to configure ASA failover in active-standby mode between two firewalls, including heartbeat interfaces, primary and standby IPs, and ensuring seamless traffic after failover.

Explore active-active style failover on two ASA units by building sales and finance contexts, allocating interfaces, and configuring failover groups with heartbeats and IP addresses for primary and standby roles.

Explore configuring an asa cluster with two firewalls in active-active or active-standby modes, including port-channel links, heartbeat interfaces, cluster groups, and primary/secondary roles.

Configure an ASA cluster with two firewalls and port-channel links, create channel group 10 for load balancing, and deploy IP local pools with master-to-peer replication and ECMP routing.

Explore nat-t in asa site-to-site ipsec vpns, with a firewall in the middle translating inside addresses and enforcing encrypted traffic via ike policy.

Configure a site-to-site vpn using IKEv1 on ASA with phase 1 and phase 2, pre-shared key, transform sets, crypto maps, and access lists, then apply to the outside interface.

configures ikev2 site-to-site vpn between a firewall and a router by building phase 1 and 2 proposals and a crypto map on the outside interface with a pre-shared key.

Enable web vpn on the outside interface, create a group policy for client access, and configure an admin user for SSL clientless VPN with port adjustments.

Explore how ASA packet inspection uses a global policy with class and policy maps to classify traffic, enable ICMP inspection and fix up protocols, and enforce inspection.

Explore Cisco firepower threat defense basics and the FMC deployment of FTD, including access control, intrusion policies, and NAT translation to inspect and secure traffic.

Explores firepower threat defense part 2, detailing intrusion prevention, access control policies, and malware and file policies for zone-based firewalls, including intrusion signature databases and site-to-site vpn concepts.

Learn how a web security appliance filters traffic via proxy and ccp tunnels, applying category-based identities. Configure proxies, redirects, and access policies to block or allow sites.

Explore how the email security appliance protects organizations from spam by enforcing mail flow policies and content filters, and how SMTP, DNS records, and IMAP/POP3 interact within the email system.

Explore Cisco wireless infrastructure fundamentals, including wireless LAN controller architecture, access points, trunking, and DHCP relay, plus Cisco ISE integration for 802.1X authentication via RADIUS.

Learn to configure expwy xp between ICE and a firewall and wireless controller, enabling xp services, establishing speaker and listener roles, and linking security groups to authorization profiles.

Explore wired 802.1x authentication with ISE as the radius server, linking switches to ISE, creating authorization profiles, and building policies that map user groups to VLANs and access control lists.

Configure device administration with Takacs on Cisco ISE, implement AAA for authentication, authorization, and accounting, and apply policy elements and policy sets to control commands and logging.

Learn how to configure network time protocol (ntp) across routers, synchronize clocks with a master server using time zone offsets from GMT, and secure ntp with authentication keys.

Apply unicast reverse path forwarding to prevent spoofing by verifying source addresses against the routing table. Use access lists and exceptions to manage private and public IPs across dual ISPs.

Learn port security on switches, including dynamic MAC learning, sticky MAC addresses, maximum MAC per port, and violation handling, plus dhcp snooping against rogue dhcp servers and trunk trust.