Communauté de l'Open HardWare/Atelier N°1

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Description en une ligne : Communauté de l'Open HardWare/Atelier N°1

Description : Why Open Hardware in Mobility ?

go faster,
share resources and development, mutualise
simplify co-creation without heavy contract,
increase your ecosystem,
reinvent your business model by centering on your own added value
create standard, increase reutilisation and business

Example with Faraday Motion Open Source Hyperboard :

Prise de note sur le PAD (cocher si Oui) ?

Document Central (CR) :

Evénement lié : Inscription Atelier N°1 Open Hardware - Nov 2016

Organisations impliquées : RENAULT, Faraday Motion, POC21

Contributeurs :

Tags :

Thème : Voiture Connectée, Données ouvertes, Open HardWare, Ecoles et Etudiants

Animateur Atelier : Gabriel Plassat

Défi lié à l'Atelier : Abaisser les barrières pour innover sur le véhicule, Contribuer à l'Open Challenge, Améliorer les solutions et développer de nouvelles solutions de mobilités pour tous

Commun(s) impliqué(s) :

Projet en cours à associer :

Communauté(s) d'intérêt impliquée(s) : Communauté Voiture Connectée, Communauté de l'Open Hardware

Personnes clés à solliciter :

Actions décidées par les participants : Créer une nouvelle communauté, Identifier ou Produire un Commun utile à la communauté

Espace d'échange FORUM :

Espace d'échange CHAT :

Complément :

Prochaine Etape :

Autres informations :

Projects Presentations[modifier | modifier le wikicode]

Introduction of Paris Open Source Summit
Feed Back from POC21 : Benjamin Tincq, http://www.poc21.cc/12-projects/ :
- Documentation : full report available, movie
- Identification common problems that many projects have to tackled together : for example transform AC/DC in open hardware that can served several projects,
- Strong misunderstanding around licenses : design, process to build, using CC and CERN for protection,
- Difference between makers and entrepreneurs: after the camp few people really know what to do.
- Huge amount of interest from developing countries: links to create with CODATU, Mobilise your cities,
- Business models: economic models with blockchain / tocken can be useful for open source. Tockens can be used for growing a network, to create links community, “tockenising contributions”.
Projects presentations (15' / project) : general overview, documentations, lessons learns, next step
- [presentation] Ampool (http://ampool.fr ) Vehicle Open Source first based on OSV then evolution, Mobility platform, Living Lab in Aquitaine Region
  - specifications available,
  - vehicle not homologated,
  - Difficulties : better describe at the beginning the objectives and benefits for all partners,
  - next step : starting with an homologated vehicle,
- [presentation] Welo.io (http://www.welo.io ) : open source bike sharing solution
  - Electronic, softwares : Open source,
  - API private and public
  - POC done,
  - next step : looking for 100 bikes.
  - Difficulties : skills acquisition of electronic, technical integration and urban integration.
- [presentation] Local Motors (https://localmotors.com/localmotors/the-awesome-system-driverless-mobility-on-demand/activity/ ) : in Berlin Co-creation for the design + micro-manufacturing for the production,
  - 51000 members,
  - Based on challenges for co-creation : different competitions
  - Airbus cargo drone production in One years, Rally fighter: 18 months – military vehicle, proto in 5 months,
  - 3D printed car with challenge on-line in 20 hours for chassis printing and machining, commercialization in USA end of 2016 – homologation on-going,
  - Berlin in 2015 : challenge on-line : collective, on-demand autonomous shuttle, currently rented by DB and in demo in Washington, partly 3D printed, Watson IBM inside.
  - Rewarding for the contributions => challenge reward with prices, day to day creation work rewarded function of the engagement + rights given to LM and royalties gave back,
- [presentation] Faraday Motion (http://faradaymotion.com ), with Sune Pedersen, see post on FabMob blog about this project
  - Light EV, hyperboard, used as a MVP to learn how to design and deploy EV
  - hosted in Startupbootcamp Berlin
  - Arduino, Open hardware, motor controller open source
  - Starting from Makers but now looking for industrialisation + €,
  - Everything is available on line : can be download and 3D printed
  - Small Communauty with first consumers
  - Faraday détaille les actions en cours pour avoir les inputs de la communauté
  - Business models : making money with hardware for the moment
  - Next steps : Visions : EV connected to produce datas,
  - Benefits of open source : appropriation by consumers, making the product via maker is a good way to learn through/from them, hiring process is different with collaboration before hiring, no marketing, extensible (soft, hard), open soft/hardware approach, license : CC and GPL
- [presentation] Logistic Open Source (based on Renault Twizy) :
  - Develop and test new logistic chain with a twizy redesign for plugging a box
  - Connexion with existing startups working on delivery chain, on open hardware, on standard box for logistic, mutualisation with others cars for the interfaces between vehicle and box
- [presentation] POM project : Hardware platform of Twizy open for ecosystem innovations : See Twizy Open Source - P.O.M.
  - Target : opening design of future vehicles,
  - Opening a technical minimal platform for co-development based on Twizy:
  - Several circles of contributors :
    - University, schools, startup, makers,
    - ex-suppliers becoming partners, cities,
    - industrial,
  - Start for problem to solve then Transform the vehicle to invent new usages
  - Needs expressed : feedbacks from ecosystem to Renault design,
  - Asset proposed by Renault :
    - Hardware open with all specs,
    - Production of POM as a derivative in the existing assembly line
  - Propositions expressed :
    - Gael Musquet want one to hack it and made a military robot
    - Build National or European Challenge based on Twizy Hardware starting with Urban problems to solve : FabMob Open Challenge
- [presentation] Thomas Cocirta : http://mobotiq.com Electric Pod, 3 wheels, driverless, peer to peer sharing, urban (1m large), tilting vehicle, easy to maintain and wash
  - Romania and France,
  - 3 wheels platform homologated / then everyone can plug cabin on the top /interfaces can be open source…
  - Manufacturing : partially 3D printing
  - Capacity to move in train form
  - Battery extractable
  - Project : start 3 years ago, research platform funded by EC (autonomous, tilting) : 2 videos
  - Open hardware : manufacturing, mobility services, employment are blockchained,
  - Thinking autonomy with blockchain : be rewarded for each contribution, ethereum supported
  - Developing a tool for collaboration between engineers for collaborative projects : can be tested in FabMob
  - Similar to European project : ESPRIT lead by Valery Cervantes CEA
  - Ideas :
    - Identify components that can be mutualized between projects : controller, electric motor, gyroscop,
    - Tool for better collaborating (video) using different open source software
    - Invent multiples tockens rewarding solutions compatible
- Mob-ion : E-Scooter for delivery with on-board intelligence with Christian Bruere and Fabien
  - Just starting, factory in Poitiers for producing e-scooter,
  - exFounder of Alloresto, scooter will be buy and tested for Alloresto,
  - Connectivity for better management of delivery,
  - Hardware and software on development, Open source
- European Project : http://opensourcedesign.cc/wiki/index.php/List_of_open_source_hardware_product with an interesting Open O Meter to quantify openess of each project
Not present :
- France Craft (http://www.francecraft.fr/ ) linked with Garage Libre initiative,
- La Fonderie Car (Gael Musquet),
- Programmable RF hacking tool controlled by your smartphone http://gollumrf.com/ : existing technology, fremium offer
- Open Source Vehicle (informations for POSS - Novembre 2016) : https://vimeo.com/191904299 interventions about the next milestones of OSVehicle.

Example with Twizy modified and open for logistic project :

Open Source Projects Synergies[modifier | modifier le wikicode]

Identification of Best practises : licenses, how to share, how to build community, Connexion with http://www.meetup.com/fr-FR/OpenHardw-re-Paris/
Open questions :
- do we need to federate theses projects with an open hardware database ? with regular meetings ?
- how to share at european level ? how to build european community ? example of : http://mangoh.io/
- how to deliver products ?
- Identification of common needs => call and financial support
How can we connect open hardware and others stakeholders :
- CNPA (garage, car rental, ...)
- Schools for education,
- OEM, suppliers for open innovation,
- “Open” Cities as a partner to help implementation,

Key Ideas[modifier | modifier le wikicode]

Federate all projects and identify synergies, common needs between projects,
Evangelization & communication kits for all stakeholders : city,industrial (manufacturers, suppliers, garage, mobility services like rental …),schools, labs, makers, …with examples, Q/A
Strategy kit for open source project : license process choice, how to start a community, how to leverage open assets, how to design an open source strategy, how to start an open source project with different partners ?
Identify standard open source components useful for several projects, pre-validated : controller, electric motor, …
Community : Improve and learn co-creation, collaboration, community empowerment :
1. Rewards, tocken, skills description to improve engagement
2. (open) Tools for on-line contribution
Learn and share around business models :
1. from makers to entrepreneurs
2. developing countries markets,
3. licenses,
Start 1^st open challenge with open hardware assets : FabMob Open Challenge