Don't be caught spending days trying to work out how to configure this appliance. Attend the training and receive extensive hands on and lectures and learn the following... the SA hardware platform, SSL and Public Key Infrastructure, SSL VPN deployment scenarios, SA Terminology, Roles, Role Restrictions, Realms, Resource Policies, Sign-in Policies, Authentication Servers; Local, LDAP, RADIUS (including two-factor), NT, NIS. Authentication Policies, Host Checker, Cache Cleaner, Client/Server Support, JSAM, WSAM, Network Connect, Troubleshooting.

Addressing the features offered by the Advanced License, items such as Advanced Access Management, Public Key Infrastructure (PKI) support, Certificate Revocation Lists (CRL), Virtual Hosting, Single Sign On (SSO), Advanced Authentication, Certificates, Anonymous Authentication, Netegrity, SAML, Advanced Policies, Rewriting Policies, Authentication Policies, Role Mapping, Resource Policies, Password Management, Administrative Delegation, Custom User Interface (UI), Clustering, Juniper Endpoint Defense Initiative, Instant Virtual Systems, Secure Meeting. Plenty of hands on with both this course and the prerequisite of attendance of CJSA is a must!

Unified Access Control deployment, basic implementation, and element configuration work with the solution elements such as the Infranet Controller, the Infranet Enforcer, Infranet Agent and 802.1x, to configure secured access to network resources.

Covers all product architecture concepts and initial ScreenOS configurations, static routing, NAT, Policy and Route based VPNs, device management... a must for "any level" of engineer expected to design and implement Juniper Firewall/VPN devices and to pass their JNCIA-FWV certification

Virtual systems, dynamic routing with OSPF & BGP, static routing with Source-Based Routing, Policy-Based Routing & Advanced Destination routing. Multicast IGMP & PIM-SM, NSRP (high availability), and quality of service features; Priority queuing, ingress policing & DSCP marking and shaping.

Building on your base knowledge of ScreenOS configuration and learn to configure many of the SCREEN scanning functions with anti-virus protection, deep inspection (IDP), Web URL filtering, anti-spam, anti-phishing and anti-spyware capabilities

VPN configuration alternatives with; Dynamic peer, Overlapping addresses, Transparent mode, Hub and Spoke, Routing, GRE tunnels, VPN redundancy, Dial-Up VPNs with NetScreen Remote Client

This 5 day bootcamp combines the courses IFVH + APJF + AJVI which normally total 6 days into 5. Time is saved by eliminating introductory chapters, architecture review etc. Therefore all material is covered in 5 full days.

A one day format taking 2 popular topics from the IFVH course; Virtual systems and NSRP (high availability), lecture and lots of labs. You will need good ScreenOS skills before turning up for this

Covering both IDP v4 sensor and IDP blades for the ISG product family (Crystal Echo supplement) participants will learn to configure IDP devices using Security Manager. Tasks will include; Intrusion Detection Concepts, Initial Configuration of IDP Sensor, Policy Basics, Fine-tuning Security Policies, Configuring Other Rule bases, Profiler, Sensor Operation and Command-line Utilities, Managing Attack Objects, Creating Custom Signatures, Maintenance & Troubleshooting and High-Availability.

This two-day course discusses the basic operations of Network and Security Manager. Key topics include server and domain administration, device configuration, template creation and management, policy creation and management, logging, and report generation. Through demonstrations and hands-on labs, students gain experience in configuring, testing, and troubleshooting features of Network and Security Manager.

This two-day course discusses the configuration of Juniper Networks Security Threat Response Manager (STRM) in a typical network environment. Key topics include deploying an STRM device in the network, configuring flows, running reports, and troubleshooting. This course is based on STRM software 2008.3.

Through demonstrations and hands-on labs, students will gain experience in configuring, testing, and troubleshooting the STRM device.

Configuration, and operational analysis of the WAN Acceleration (WX) and WAN Acceleration Cache (WXC) platforms. Discussion and configuration of Molecular Sequence Reduction (MSR); Network Sequence Caching (NSC), Packet Flow Acceleration (PFA), Application Flow Acceleration (AppFlow), Quality of Service (QoS), Policy-Based Multipath (Multipath), WebView Device Management (WebView), and WX Central Management System (WX CMS).

This three-day course discusses troubleshooting tools and concepts for WX Series platforms and several advanced topics. Key topics include redundancy and backup strategies, encryption, advanced application definitions, and troubleshooting of major technology areas for WX Series devices. This course is based on WXOS software version 5.7.

After you've grasped all the concepts of the IWX platform and are more than comfortable with the web/cli interface it's time to be introduced to "CMS" the powerful management and configuration tool for the WX and WXC. The WX CMS course is designed for administrators who install and use WX CMS software and for network managers who monitor WX/WXC platform performance.

This one-day course provides students with the foundational knowledge required to work with JUNOS Software and to configure devices running JUNOS Software. Key topics include user interface options with a heavy focus on the command-line interface (CLI), configuration tasks typically associated with the initial setup of devices, interface configuration basics with configuration examples, secondary system configuration, and the basics of operational monitoring and maintenance of devices running JUNOS Software. This course is based on JUNOS Software version 9.5R1.8.
Through demonstrations and hands-on labs, students will gain experience in configuring and monitoring the JUNOS Software and monitoring basic device operations.

This one-day course provides students with foundational routing knowledge and configuration examples and includes an overview of general routing concepts, routing policy and firewall filters, and class of service (CoS). This course is based on JUNOS Software version 9.5R1.8. Through demonstrations and hands-on labs, students will gain experience in configuring and monitoring the JUNOS Software and monitoring basic device operations.

This two-day course provides students with the foundational knowledge required to troubleshoot Juniper Networks platforms running JUNOS Software. The course also provides a brief overview of the device families that run JUNOS Software and discusses the key architectural components of the devices. This course is based on JUNOS Software version 9.5R1.8.
Through demonstrations and hands-on labs, students will gain experience in troubleshooting and monitoring JUNOS Software and basic device operations.

This compressed three-day course discusses the configuration of Juniper Networks EX-series switches in a typical network environment. Key topics include a platform overview, user configuration interfaces, initial and secondary system configuration tasks, operational monitoring of an EX-series switch, Ethernet switching concepts, spanning tree protocol, inter-VLAN routing, switching security protocols and features, IP telephony features, and design and implementation considerations.

(note some chapters may be ommitted to fit in with the time allocated)

This four-day course discusses the configuration of Juniper Networks EX-series switches in a typical network environment. Key topics include a platform overview, user configuration interfaces, initial and secondary system configuration tasks, operational monitoring of an EX-series switch, Ethernet switching concepts, spanning tree protocol, inter-VLAN routing, switching security protocols and features, IP telephony features, and design and implementation considerations.

This three-day course provides students with the skills for configuration, operation, and implementation of JUNOS security platforms in a typical network environment. This course is based on JUNOS Software version 9.5R1.8. Through demonstrations and hands-on labs, students will gain experience in configuring and monitoring JUNOS Software for JUNOS security platforms.

Focus is given to router configuration using both the J-Web graphical user interface and the JUNOS software CLI. General router configuration and lab on RIP, static, and OSPF routing and VRRP. Discussions on implementation of common enterprise services such as IPSec VPNs and stateful firewall/NAT. All labs are performed using Juniper J-Series routers.

Stepping up after the OJRE class, this course is action packed covers more advanced configurations and Options... policy & firewall filters, complexities of BGP configuration most relevant to enterprises, migration from a distance-vector to link-state with limited to no downtime, configuration and monitoring of Layer 2 services, including the Compressed Real-time Transport Protocol (CRTP). Multilink PPP (MLPPP), and Multilink Frame Relay (MLFR), configuration of stateful firewall filters, NAT, and IPSec VPNs, including interpretability with other vendors, options for branch-office connectivity, including provider-provisioned Layer 2 and Layer 3 VPNs, private circuits, and IPSec VPNs, Class of Service (CoS) deployment in the enterprise environment and the interaction of COs with other configurations on the router

Covers all configuration of Juniper's new Enhanced Services flavour of operating system. There is no JNCIA-ES (Associate) certification as the prerequisite for this course is the OJRE (J-Series intro routing course). For those NOT interested in certification and need to get up and running with ES today. You'll need some current JUNOS hands on OR attend our customised 1 day JUNOS Fundamentals course that is run the day before this 4 day course. So don't bother turning up to learn JUNOS as the course jumps straight into Firewall concepts and specific configurations using Enhanced Services on J-Series hardware

You'll need it to sit this course to pass the JNCIA-M exam. A great introduction into the configuration of JUNOS based devices for the M, T and J Series Routers, includes; OSPF, IS-IS, BGP, RIP, multicast, and Multiprotocol Label Switching (MPLS) configurations. This is definitely not an intro to networking course but more how to configure any JUNOS installed device.

Students attending this class should be able to establish, without assistance, a basic configuration for OSPF, ISIS, BGP, MPLS, and PIM. This lab-intensive, hands-on, five-day course provides an advanced look at popular routing and traffic engineering protocols supported on Juniper Networks M-Series and T-Series platforms

Focuses on the operation and troubleshooting of Juniper Networks M-series and T-series platforms. This course exposes attendees to fault-analysis procedures and troubleshooting techniques similar to those used by engineers in the Juniper Networks Technical Assistance Center (JTAC) to enable rapid problem determination and resolution. It is recommended you attend the CJNR prior to this course but is not mandatory.

This course provides a detailed examination of the JUNOS software policy framework. The course begins with a quick review of policy basics and then quickly moves to advanced topics. It provides detailed discussions of load balancing, policy evaluation, and route creation. How routing policies affect the interior gateway protocols as well as multicast routing are examined. The complexities of implementing and using policies in relation to BGP are then explored. The discussion centers on the default behavior of the basic BGP attributes and their response to policy controls. Most course modules provide examples and use policies that are relevant in real-world networks. Students then implement those examples in the accompanying labs.

This advanced course focuses on designing, deploying, and troubleshooting Layer 2 and Layer 3 provider-provisioned MPLS virtual private networks (VPNs). This is an intensive hands-on workshop, with students participating in a variety of configuration and troubleshooting scenarios. Each student team controls its own provider-edge (PE) and customer-edge (CE) router pairing, with the class sharing three provider routers that form the provider core.

We'll stop at nothing to coach, mentor, advise and supply you with valuable lab time… frankly almost anything (except sit the final test for you) to get you effortlessly jumping through the tasks thrown at you during the JCNIP-M lab exam

The course covers E-series router features, applications, and hardware architecture. It discusses the E-series command-line interface (CLI), including user modes, CLI shortcuts, the file system and file manipulation, and E-series router reload options. The course teaches how to use the CLI to perform a basic configuration of an E- series router, including the configuration of virtual routers.

The course covers the fundamentals of B-RAS, ATM, IP over ATM, bridged Ethernet, PPP over ATM, PPP over Ethernet, VLANs, dynamic interfaces, L2TP, policy management as well as E-series router systems administration. The course will consist of over 50% hands-on exercises.

The course covers the fundamentals of MPLS, MPLS traffic engineering, and MPLS virtual private networks (VPNs). You will learn about the Label Distribution Protocol (LDP), the Constraint-based Routing Label Distribution Protocol (CR-LDP), and the Resource Reservation Protocol with traffic engineering extensions (RSVP-TE) as well as MPLS internetworking with ISIS, OSPF, and BGP. The course consists of over 50% hands-on exercises.

This course is designed to provide technical network professionals with the skills they need to be able to successfully install, configure, and troubleshoot the E-series router in a dedicated access network running various routing protocols. The course covers the fundamentals of PPP, POS, ATM, VLANs, OSPF, IS-IS, BGP4 as well as E-series system administration. The course consists of over 50% hands-on exercises.

This course is designed to provide a solid foundation to the Session and Resource Control Policy Engine (SRC-PE) when managing routers running JUNOSe software. The SRC-PE software runs on the C-series Controller. In this type of environment, the SRC-PE software typically manages residential and wireless LAN (WLAN) users. This course provides an overview of the SRC-PE architecture, which operates in a distributed environment, although you perform the labs in a local, single-system configuration.