Training Course: Advanced Juniper Networks IPSec VPN Implementations (AJVI)
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Training Course Summary:
This two-day course is a survey of various IPSec VPNconfigurations as well as alternatives (i.e. GRE), and
includes instruction on deploying dynamic routing
over VPNs. Upon completing this course, a student
should be able to return to work and successfully
install, configure, and verify that a ScreenOS-based
device is functioning in a VPN configuration. Through
demonstrations and hands-on labs, students gain
experience in configuring, testing, and troubleshooting
the VPN designs discussed in class.
Who should attend?
Network engineers, support personnel, reseller support,
and others responsible for implementing
ScreenOS products utilising the advanced features
covered in this class.
Pre-Requisites:
Completion of CJFV or equivalent product experience.Completion of SMF or equivalent product experience
if using Security Manager. General networking knowledge,
including Ethernet, TCP/IP, and routing concepts.
Training Course Overview/Content:
Understand when to use and how to configure the followingVPN Scenarios:
• Dynamic Peer VPN
• Transparent Mode VPN
• Overlapping Network VPNs
• Hub and Spoke VPNs
• Route-controlled Hub & Spoke VPN with Next Hop
- Dynamic routing (OSPF and RIP) over
VPNs
- Configure GRE
Tunnel Binding (NHTB)
• Policy-controlled Hub & Spoke VPN
• Public Key Infrastructure (PKI) Concepts
• Configure a ScreenOS VPN/Firewall device with
Certificates
• Configure Simple Certificate Enrollment Protocol
(SCEP)
• Configure Online Certificate Status Protocol (OCSP)
• Redundant VPN Gateways
- Dial-Up VPNs and related options
- Dial up client and gateway configuration
Other course you might also like
- Advanced Juniper Networks IPSec VPN Implementations (AJVI)
- Configuring Juniper Networks Secure Access (CJSA)
- Security Manager Fundamentals (SMF)
- Attack Prevention with Juniper Networks Firewalls (APJF)
- Implementing Intrusion, Detection & Prevention v4 (IIDP)
- Integrating Juniper Networks Firewalls and VPNs into High-Performance Networks (IFVH)

