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How the Open Value Network (OVN) model can be applied to glocal food systems. This is also about web-of-things on a p2p platform, which follows the structure of an OVN, the design philosophy and its mode of production and distribution.
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sensing and sensemakingfor glocal food systems
by Tiberius Brastaviceanu
still working on this presentation...
Go to project page
table of contents
● trends● SENSORICA● vision for production● vision for consumption● from the lab into the real world● requirements ● the state of the art
trendsthe food system is in transition! ● DIY movement: micro farming
trendsthe food system is in transition! ● DIY movement: micro farming● local food systems: sustainable villages
Open Source Ecology, Appropedia, ...
trendsthe food system is in transition! ● DIY movement: micro farming● local food systems: sustainable towns
urban farming - Lufa Farms, Montreal, Qc.
trendsthe food system is in transition! ● DIY movement: micro farming● local food systems: sustainable towns
a broader approach: Transition Towns movement
trendsthe food system is in transition! ● DIY movement: micro farming● local food systems: sustainable towns● value networks: glocal food systems
trends
food systems are becoming decentralized and glocal.
● hierarchical institutions lose their informational advantage● emergence for open spaces for sharing and collaboration● emergence of three levels of development: individual, local, regional/global
socio-economical factors that accelerate the change● recent financial and economical crisis ● ecological and climate problems● the emancipation of the Multitude
SENSORICA sensing & sensemaking
Go to Sensing and sensemaking for food systems
SENSORICA value network is committed to the design and deployment of intelligent, open sensors and sensemaking systems, which allow our communities to optimize interactions with our physical environment and realize our full human potential.
vision - production
decentralized, trust-based sensing networks and sensemaking systems.
open data
field sensor
producer
transformer
vision - production
decentralized, trust-based sensing networks and sensemaking systems.
open data
Help actors make sense of their ecosystem and allow them to make short- and long-term decisions.
field sensor
producer
transformer
vision - consumption
low-cost, user-friendly bio-chemical sensing for quality control and certification, in p2p markets.
p2p markets
open data
from the lab into the real worldcollaborative environments● SENSORICA - an open value network, a
platform for cooperation, designed around sensing and sensemaking technologies
● Greener Acres - an open value network, a platform for cooperation, designed around glocal food (eco)systems.
agents● SENSORICA affiliates● potential research labs from Quebec
○ Bioengineering @ McGill○ Bioresource Engineering @ McGill○ INRS @ Varenne○ ...
● Ohio State University, ATECH/BioHio ● potential at Berkeley ● potential at Stanford
the ecosystem p2p markets
consumer
producer
processor
research
value network
open networks
Governance
Markets
Localized Business Ecosystem Framework
Distribution / Logistics
Production ProcessingPreparationInstallationConstruction
Legal Capital Education
Services Decision Support
Information Flows
Ecosystem Models
Asset Maps
DataSources
and
Material Sources
Marketing
Customers
Advocates
Energy Generation
Waste Management
slide produced by Steve Bosserman
Governance
Markets
Greener Acres Business Ecosystem Framework
Distribution / Logistics
Zero Waste
Production ProcessingPreparationInstallationConstruction
Bio Energy
Legal Capital
EducationServices Decision
SupportInformation Flows
Ecosystem Models
Asset Maps
DataSources
and
Material Sources
Customers
Hollymead Capital, LLC
IntelliCropThe
Working Home
Cedar Valley Innovation,
LLCGwin Farms
Resilient Consulting,
LLC
Bosserman & Associates,
Inc.SENSORICA
Blackberry Meadow Farms
Marketing
Advocates
slide produced by Steve Bosserman
requirements
what type of devices do we need for soil, water and food testing and production?
● agents: chemical and biological● concentrations - based on limits accepted - standards● conditions - measures based on seasons, temperature, humidity,
ripining/maturity (for products), after/before treatments, etc.
we'll put them together...
the state of the art
where is the lab-on-a-chip technology?
how far are we from supporting quality testing for the food system?
meet the requirements
Identify the labs, companies, individuals we need to put together in order to cover everything needed to put these technologies to good use, in a short amount of time?
Map the field of skills and resources, map the lab-to-market process, and put all entities on this map.
going beyond the institution
work gets done within SENSORICA and Greener Acres, which are open value networks. bridges are built with other open (source) networks, signal intentions, needs and incentives to them and provide infrastructure for value exchange.
open innovation - open means local!
this, is the beginning...
Literature
Sensors ● Label-free bacteria detection using evanescent mode of a suspended core
terahertz fiber - M Zourob● Microfluidic electrochemical assay for rapid detection and quantification of
Escherichia coli - M Zourob