
Please note that only logged in users with the appropriate user-right (Reseller/End user) can register for our events.

The Bootcamp contains the Introduction to the Junos Operating System (IJOS) and Juniper Network Design Fundamentals (JNDF) trainings during an intensive week.
NOW the Official Juniper-certified instructor, five training days, lab access, online course material and two official exams are free of charge.
In addition, a 12-month subscription to Junos Genius. In total, savings are approx. $6,000 p.p.
Please, note travel and accommodation arrangements are not covered.
Prerequisites: Basic familiarity with networking fundamentals and JUNOS CLI, including hands-on experience.
These free of charge resources might be useful for preparation:
Day One Books: Junos for IOS Engineers Exploring the Junos CLI
Online Courses: Juniper Networks Networking Fundamentals Junos as a Second Language
No-show fee of $3,000 is charged if student is not showing up on the first training day or has not cancelled the attendance at least 14 working days in advance.
Participation: Strictly limited seats, allocated on a „first come – first served“ basis. A max of two students partner, a waiting list is hosted.
Own laptop (technical requirements), ”Aspiring Champion” certificate, valid ID card or passport.
Day 1
Chapter 1: Course Introduction
Chapter 2: Junos Operating System Fundamentals
• The Junos OS
• Traffic Processing
• Overview of Junos Devices
Chapter 3: User Interface Options—The Junos CLI
• User Interface Options
• The Junos CLI: CLI Basics
• The Junos CLI: Operational Mode
• The Junos CLI: Configuration Mode
Chapter 5: Initial Configuration
• Factory-Default Configuration
• Initial Configuration
• Interface Configuration
• Lab 2: Initial System Configuration
Chapter 6: Secondary System Configuration
• User Configuration and Authentication
• System Logging and Tracing
• Network Time Protocol
• Archiving Configurations
• SNMP
• Lab 3: Secondary System Configuration
Homework – Junos Genius practice tests
Day 2
Chapter 7: Operational Monitoring and Maintenance
• Monitoring Platform and Interface Operation
• Network Utilities
• Maintaining the Junos OS
• Password Recovery
• System Clean-Up
• Lab 4: Operational Monitoring and Maintenance
Chapter 8: Interface Configuration Examples
• Review of the Interface Configuration Hierarchy
• Interface Configuration Examples
• Using Configuration Groups
Chapter 9: Routing Fundamentals
• Routing Concepts: Overview of Routing
• Routing Concepts: The Routing Table
• Routing Concepts: Routing Instances
• Static Routing
• Dynamic Routing
• Lab 5: Routing Fundamentals
Chapter 10: Routing Policy
• Routing Policy Overview
• Case Study: Routing Policy
• Lab 6: Routing Policy
Homework – Junos Genuis Practice Tests
Day 3
Chapter 11: Firewall Filters
• Firewall Filters Overview
• Case Study: Firewall Filters
• Unicast Reverse-Path-Forwarding Checks
• Lab 7: Firewall Filters
Chapter 12: Class of Service
• CoS Overview
• Traffic Classification
• Traffic Queueing
• Traffic Scheduling
• Case Study: CoS
• Lab 8: Class of Service
Chapter 2: Network Design Fundamentals
• A Need for Design
• Knowledge is King
• A Proposed Design Methodology
• A Reference Network
Chapter 3: Understanding Customer Requirements
• RFP Requirements
• Scoping the Design Project
• Analyzing the Data
• Lab: Understanding Customer Requirements
Homework – Junos Genuis Practice Tests
Day 4
Chapter 4: Organizing the Data
• Processing the Data and Requests
• Understanding Boundaries and Scope
• Design Proposal Considerations
Chapter 5: Securing the Network
• Why Secure the Network?
• Security Design Considerations
Chapter 6: Creating the Design—Campus
• The Campus Network: An Overview
• Best Practices and Considerations
• Architectural Design Options
• Lab: Creating the Design—Campus
Chapter 7: Creating the Design—Wide Area Networks
• The WAN: An Overview
• Best Practices and Considerations
• WAN Design Examples
Lab: Creating the Design—WAN
Homework – Junos Genuis Practice Tests
Day 5
Chapter 8: Creating the Design—Data Center
• The Data Center: An Overview
• Best Practices and Considerations
• Data Center Design Examples
• Lab: Creating the Design—Data Center
Chapter 9: Business Continuity and Network Enhancements
• Business Continuity Planning
• High Availability Design Considerations and Best Practices
• Offerings and Solutions
• CoS and Traffic Engineering Considerations
• Environmental Design
Chapter 10: Network Management
• Designing for Network Management
Chapter 11: Automation
• Designing for Network Automation
• Lab: Enhancing the Design
Chapter 12: Putting Network Design into Practice
• Network Design Recap
• Responding to the RFP
• Final Lab Introduction
• Lab: Putting Network Design into Practice (option)
Date: November 4-8, 2019
Time: 9:00-17:00 on each day
Venue: RelNet’s training room
Address: Váci út 71., 1047 Budapest
The entrance is from Perényi Zsigmond Street.
Parking: Free parking in RelNet’s courtyard and on the surrounding streets