Events and Lecture Brainstorming¶

• Table of contents
• Events and Lecture Brainstorming
  • Networking and IPv6
    • IPv6 Basics (1 week)
    • IPv6 Deployment and Network Migration (1 week)
    • IPv6 Network Security (1 week)
  • In depth Career orientated bootcamps
    • Intensive Web Development (12 weeks)
    • Intensive Devops Training (12 weeks)
  • Hacking and Security courses
    • Hacking Basics (5 days)
    • Hacking Web Applications (5 days)
  • Security Workshop: Certificates (4 days)
  • Open Source, Linux and BSD
    • Emacs for beginners (5 days)

Networking and IPv6¶

IPv6 Basics (1 week)¶

• Day 1: Theory: addresses, networks, routing - calculating
• Day 2: Designing networks
• Day 3: Getting IPv6
  • RIPE etc.
  • ungleich VPN (hands on)
  • Provider
• Day 4: Hands on: distributing IPv6 addresses (SLAAC) - Linux/APU?
• Day 5: Hands on: distributing IPv6 addresses (dhcp)

IPv6 Deployment and Network Migration (1 week)¶

Objective: to be able to setup and migrate existing networks to IPv6.
Requires basic IPv6 knowledge. Workshop style.

• Day 1: Theory: Network planning with IPv6
• Day 2: Theory: Planning of tools and network equipment setup
• Day 3: Getting IPv6 (first hands on day)
• Day 4: Hands on: Simulating the network (1/2)
• Day 5: Hands on: Simulating the network (2/2)

IPv6 Network Security (1 week)¶

• Day 1: Theory: Firewall basics
• Day 2: Theory: Importan IPv6 protocol features for firewalling
• Day 3: Getting IPv6 (first hands on day)
• Day 4: Hands on: Introduction to nft; host firewalls
• Day 5: Hands on: Network firewalls / routing

In depth Career orientated bootcamps¶

Intensive Web Development (12 weeks)¶

Week	Topic
1	Setting up environment
2	Git / version control
3	HTML / CSS
4	Design basics
5	Javascript / Frontend
6	Ruby or Python basics
7	Django / Rails intro
8	Database (postgresql)
9	Webserver (aka nginx)
10	How to utilise containers (docker)
11	Final project
12	Wrap up & repeat

Intensive Devops Training (12 weeks)¶

Week
1	Introduction to the DevOps Environment
2	Rockin' the shell
3	Version control deep dive
4	Understanding Services
5	Database introduction
6	How to do virtualisation
7	Distributed storage backends
8	How to utilise containers (docker)
9	Resilient Micro Service Architecture
10	Final project
11	Final project
12	Wrap up & repeat

Hacking and Security courses¶

Hacking Basics (5 days)¶

• Day 1: Hacking ethics, implications and legal consequences
• Day 2: Host security: How to circumvent host security measurements (theory & practise)
• Day 3: Network security 1: Understanding the network model and how to attack it (theory & practise)
• Day 4: Network security 2: Wireless (in-)security (theory & practise)
• Day 5: Network security 3: Attacking and protecting DNS

Hacking Web Applications (5 days)¶

Strongly recommended to take "Hacking Basics" before

• Day 1: Hacking ethics, implications and legal consequences
• Day 2: Design and architecture of web applications, security implications
• Day 3: Hacking databases
• Day 4: Frontend hacking
• Day 5: Backend hacking

Security Workshop: Certificates (4 days)¶

• Day 1: Theory: Introduction to certificates
• Day 2: Theory: Public key cryptography
• Day 3: Hands on: Creating a CA and analysing certificates
• Day 4: Hands on: Using letsencrypt and automating services

Open Source, Linux and BSD¶

Emacs for beginners (5 days)¶

Requirement: a computer installed with Linux or BSD
Alternatively you can rent a computer for the course

• Day 1: Architecture of emacs, first hands on
• Day 2: Being organised with org mode
• Day 3: Integrating E-Mail with mu4e
• Day 4: Extending Emacs: package management
• Day 5: Write and maintain your own emacs configuration