Openfabnet - A collaborative approach towards industry 4.0 based on open source, open hardware and open standards

WHY?
Connect, Share & Collaborate
An Industrial Revolution concerns ALL of us.
As entrepreneurs we take responsibility
Wholistic approach to risks and chances
Open for all stakeholders
Shared public social benefit

HOW?
Bottom-Up instead of Top-Down
Self-Organized instead of Instructed
Open Source, Open Hardware, Open-Standards
Open Innovation, Open Organisation
Evolution of Ecosystems around POCs

WHAT?
Industrial Digitalization
Flexible Production down to lot size One
Regionalization of economic circuits and value chains.
Industrial Service Providership
Simulation and virtual Production

About US
Kick Off at Linuxwochen 2016
Organized as Non Profit Research Association
Interdisciplinary working groups
Growing number of participating organizations (>50)
Several Proof of Concepts (POC) in progress

Security Standards Workflow
Big Data
(BI, Databases, Search, ...)
Modeling
(Visualization, Validation, Prediction, ...)
DevOps
(Development, Rollout, Staging, ...)
Sensor Systems
(Interfaces, Wireless, ...)
Infrastructure
(Networks, IPv6, Software, ...)
Economy Ecology Sociology
Causes and Effects
Technology Impact Assessment
Education and Learning
Open Colaboration
Future of Work
Areas of Interest
Technical Matrix Human Factor

SMART
specific, measurable, achievable, realistic and time-bound
KISS may be SMART!
Orientated towards user needs (usability)
Sensible Fallback Behavior to DUMB
Developer have Root Access

NOT SMART
Assuming the user is STUPID
Introducing complexity without clear benefit
Ignoring potential security and safety hazards
Obfuscating the modus operandi
Proprietary protocols and ‘standards’

The Magic Vision
Better identify, understand and satisfy human needs
Gain insight into the organization of self organization
Apply results for the benefit of all mankind

Mantras
"Any sufficiently advanced technology is indistinguishable from magic."
(Clarke‘s 3rd law, Profiles of the Future)
"A journey of a thousand miles begins with a single step."
(Laozi, 千里之行，始於足下 )
"Ask not what your country can do for you,
ask what you can do for your country!"
(John F. Kennedy)

POC: SELF ORGANISATION SERVICES

WHY-HOW-WHAT
WHY: We believe our goals can be achieved best by
creating an open organization for open innovation
HOW: Integration of existing open source frameworks
into a unified platform
WHAT: Tools supporting communication and
management processes across different organizations

OSSOS - Infrastructure
Open Source Self Organisation Services:
100% Open Source
integrative and extensible
high-performance and usable
Well-tried and future-proof.
secure and scalable

Extend & Integrate

Colibri
On Board Business Intelligence
Extracts data from source systems
Transforms, homogenizes, integrates
Loads to target systems
OLAP (Online Analytical Processing)
Libre Office Calc Integration

iRedMail
Roundcube Web-Mail Frontend
Central User-Management (LDAP, SSO)
Spam-Filter
Anti-Virus
PGP-Support
Address book Integration (Nextcloud)
Sieve Filter Rules

REDMINE
Documentation of all TODOs as Tickets (Sticky Flow Method)
Agile Project management Support
News / Newsletter
Wiki for internal Content (Discussions)
Forum for public Content (Help Sites)
GIT-Repo Integration
Document Integration (Nextcloud)

Nextcloud
File Sharing
Address book
Calender
Collaborative Document Editing
Video Conferencing
Screen Sharing

OSSOS Future Work
Roll-Out / Infrastructure as a Service (IaaS)
Update / Migration
Integrated Monitoring
CRM/ERP-Integration
Standard-Reporting
Anything Else

POC: +GUTIST QUALITYMANGER

WHY-HOW-WHAT
WHY: Continuous quality management is a key factor
for delivering high quality light engineering solutions.
HOW: Cooperation between IT, mechatronics and
production to develop better QM-support.
WHAT: Automated acquisition, integration, evaluation
and visualization of quality data.

Use Case
pre-delivery inspection: test of products
error analysis, better handling of customer complaints
product design support (R&D)
continuous improvement of quality standards
life cycle monitoring [traceability]

Process Controller
Combined Hardware-Software-Implementation
RaspberryPi + uC-Extension-card + Sensor-Module
Bidirectional Interface between DataCenter and DuT
Starts test cycles and reports results
Configured and triggered by DataCenter

DataCenter
Web-based IT solution
Information Management [masterdata, test- / calibrationdata]
Configurable testing and calibration scenarios
Multidimensional analysis and visualization
Life Cycle Monitoring

COLIBRI OPEN BI SUITE

WHY OS-BI
Freedom to use, adapt, extend, embed...
YOU should know what happens with YOUR data!
Insight into available data should not be reserved for people willing to pay large
amounts of money for software before they get started
Provides some amount of freedom within the information society

Use Cases
Standalone Appliance (Centos7/Ubuntu 16.04) for General Purpose BI
System and Data Integration tool (OSSOS)
Quality Management Build-Kit (+GUTIST)
Anything you can imagine concerning mass data processing

Before ETL, Data is
Distributed across systems
Shattered into various formats
Missing constraints and relationships
Different in levels of aggregation

After ETL, Data is
Centralised
Consolidated and integrated
Accessible fast, flexible, easy
Available in different levels of detail

OLAP
Multidimensional Database
Cubes instead of Tables
In Memory Storage Engine
Spreadsheet Connector

OLAP Data
Organisation in DimensionTrees
Hierarchy represents Aggregation Levels
Leaf Nodes form a unique address vector
Cubes are fact-tables consisting of:
– an address vector
– a single value column

About BI Projects
Customer is operating / controlling department
Domain knowledge has to meet implementation expertise
Competent Contact Person is key success factor
IT-Services desire moderate involvement

Colibri – Under the hood
J2EE Web Application (tomcat8, java8)
Lots of Built-In functionality
Support for R (statistic language), Groovy, JavaScript, …
SOAP Interface / Websocket Support
Postgres database backend / Per project datastores
Model Driven Component Editor

Extensible Markup Language
Human Readable, simple transmission via SOAP / XML-RPC
XSD defines and validates XML structures
Provides data types and annotations
Basis for ETL component and process model language

Model Driven UI-Generation
Metamodel: DSL defined by XSD
Domain: ETL expressed as XML
Plattform: J2EE, JSF, Primefaces
XSOM Parser: Object UI-Metamodel from XSD
XML Parser: Object UI-Model from ETL
UI-Controller : Dynamic Behavior within UI-Tree
Generator: JSF-Facelets, Primefaces Components

Speaker:
christian.schwarzinger@openfab.org
Contact:
info@openfab.org
https://openfabnet.com
Thank You for the Audience

Openfabnet - A collaborative approach towards industry 4.0 based on open source, open hardware and open standards

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