Adding the knowledge base & network resources of BS’s distributed systems network to FabAcademy’s network.
Adding knowledge base of FabAcademy network resources to BS’s network.
Best to avoid building distributed networks from scratch here too 😉 Anchoring ecosystem building to this digital fabrication network is akin to bitcoin anchoring but in worlds of IoTs in production, manufacturing & distribution.
Global Systems Building Workshops→
Systems Prototyping..
Small Systems PoCs..
Organically growing Bottom up local & regional Systems
BS Collections : enables tangible tinkering at workshops for schema infrastructure needed for building new high value data based ecosystem i.e“..what data needs to be collected” in SDGs context.
Merging Networks: Blockstack’s architecture has capacity to impact overarching structures of markets usually kept unaccessible to isolated technical firms across disciplines.
All of the above is meant to compliment PBC’s hard work on the powerful innovation that is PoX & what it can mean for unlocked potential of decoupling control & access w/ BS’s unique capacities in the crypto space!
Web3 Ecosystems
Innovative business models: that leverage advantages of both academia R+D & private sector impact.
Legal advantages of private sector include significant distinctions of impact relative to academic settings i.e robotics architecture R+D is limited to temporary structure production in academic settings; while code requirements of private sector enable further development of permanent structures.
Disadvantages of conventional private sector we should avoid include a sacrifice or severe narrowing of exciting R+D seen in academic settings for sake of bottom lines in private sector.
Web3 Market Models: A focus on expanding WEF triple bottom line approach to include unalienated value(s) circulation in labor, expressive, & ecological rights etc.
Commons based models: are critical to paradigm shifts in markets; toward sustaining unalienated value circulation & away from extractive singular bottom line approaches.
FABchain SIPs
FABchain FabLab nodes start as SIPs: w/ corresponding chains. SIP rejection not impacting deploying chain for testing means of self sufficiency & other potential.
Business model WG lab mission→
FabLABs: as real labs for BS experimentation & system prototyping.
Academany Course: How to build almost anything[interdisciplinary]
Textile Academy: Pushing forward the state of the arts in everything textiles.
Biolab Course: How to grow almost anything
Systems Design Engineering
Blockstack based Local Regional full lifecycle(Pro)sumption Markets Paradigm Shifts away from end of lifecycle finished goods consumption markets for DIDO > PIDO model.
SDGs focused High Value Data paradigm shifts with(MIDs & DAOs)[see this issue for gov WG novel gov’t approaches]
Utility Chains: While models described above can become practical through BS Collections building;
Fabchain lab nodes are already self sufficient & polished for utility status(or international equivalents if needed) with a strong focus on SDGs & systems approaches to R&D.
Linking(MIDs & DAOs) of Systems & Exchanges: to enable delegation services so defi access can be abstracted away for everyday people at the systems level;
w/ a different version of proof of hodl that functions as a proof of access built into the business model design & engineering in the ecosystem. Data commons as key mechanism in said models.
The WEF just called for SDGs metrics standardization. Blockchain based certification for above models will aim to pave important paths for standards of SDGs.
The Fabchain & BS ecosystem can also enjoy a first mover’s advantage w/ breadth & depth across industries & fields.
Background
Proposal
Web3 Ecosystems
FABchain SIPs