notification on your Fitbit or smartwatch
telling you that you have taken 19,963
steps today, thus encouraging you to
reach 20,000; the way that Fitbit and
smartwatch present information is a
demurrage mechanism that encourages
you to take action. Thus, health as a
demurrage currency can be used as a
design principle in developing
technology to facilitate action taking that
is in the interest of the agent.
The dynamic redistribution property of
the demurrage concept can also be
applied to many other contexts, such as
when resources are distributed across
networks. Networks are an increasingly
pervasive feature of the modern world.
A clear use case for the demurrage
dynamic redistribution feature is in the
case of resource allocation through
automatic networks or tradenets. Here,
more efficient, larger, more scalable,
more trackable systems are sought for
the distribution of consumable resources
like gas and electricity, transportation
quanta (i.e., Uber/LaZooz, self-driving
vehicles, or automated pod transport
systems envisioned in the farther future),
clean water, food, health-care services,
relief aid, crisis-response supplies, and
even emotional support or mental-
performance coaching (for individuals
permissioned in consumer EEG rigs).
This is the idea of using the demurrage
concept in other network systems to
dynamically, automatically redistribute
resources for optimization. The concept
is combining networks and demurrage
currency to enable new functionality like
dynamic automatic redistribution across
network nodes and enable the predictive
and on-demand smart clustering of
resources where needed. Some
examples are predicting and delivering
an increased load of Ubers and cabs to
the airport when more flights are due to
arrive, and preparing available
electricity units on hotter days and fuel
oil units on colder days. This is the idea
of automatic resource redistribution in
smart networks, possible using
demurrage as a design element.
There are other examples of deploying
the demurrage concept in smart
networks. Health is itself a network and
a demurrage currency; an earnable and
spendable commodity; a linked,
continually autoredistributing enabler
operating fractally at multiple
organizational levels, among synapses,
cells, organisms/humans, and societies.
We can start to see the body and brain as
a Dapp, DAO, or DAC where already
many systems are automatically
operating at the unconscious level, and
where more systems like cognitive
enhancement, preventive medicine, and
pathology treatment could be explicitly
managed with Dapp AI systems. This
concept combines a demurrage resource-
allocation system with a Dapp, enabling
the functionality of the automatic
redistribution of any resource
commodity within a system. This could
be useful, for example, in the case of
neural potentiation in a brain, increasing
nerve impulses along pathways, for
which systemwide resource
redistribution could optimize
performance. We want to redistribute
and equalize potentiation capability
among synapses in a physical brain with
our cognitive enhancement technology or
in an artificial intelligence or software-
simulated brain. Different kinds of
brain-based resources—such as
potentiation capability, optogenetic
excitation (manipulating living cells
with inserted genetically adapted
proteins and light), or transcranial direct
stimulation—could be the demurrage
currencies targeted for redistribution
across a brain or mindfile. Another
example of demurrage redistribution in
the health context could be for cellular
resources such as oxygen, waste
removal nanobots, and circulating lab-
on-chips as the physical enablement
currencies of the body. Likewise, ideas
could be the redistributable currency of
collaborative teams, and liberty, trust,
and compassion the currency of society.
Bitcoin is already effectuated as a
demurrage currency and smart network
resource allocation mechanism in the
sense of redistributing the currency of
liberty across society.
Chapter 6. Limitations
The blockchain industry is still in the
early stages of development, and there
are many different kinds of potential
limitations. The classes of limitations
are both internal and external, and
include those related to technical issues
with the underlying technology, ongoing
industry thefts and scandals, public
perception, government regulation, and
the mainstream adoption of technology.
Technical Challenges
A number of technical challenges related
to the blockchain, whether a specific one
or the model in general, have been
identified.
The issues are in clear sight of
developers, with different answers to the
challenges posited, and avid discussion
and coding of potential solutions.
Insiders have different degrees of
confidence as to whether and how these
issues can be overcome to evolve into
the next phases of blockchain industry
development. Some think that the de
facto standard will be the Bitcoin
blockchain, as it is the incumbent, with
the most widely deployed infrastructure
and such network effects that it cannot
help but be the standardized base. Others