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From YouTube: Decentralized Networks Summit at ETHDenver
Description
Let's gather to get an in-depth look into the latest research & tech insights from the decentralized and open source projects. You'll learn about the developments in web3 storage and computing, scaling decentralized infrastructure, and much more.
Talks from the top web3 infrastructure projects, panel discussion, Q&A, networking, drinks & tasty local snacks.
The capacity of the venue is limited, please, sign up only if you're planning to join.
Rough agenda:
Talks by Fluence, Protocol Labs, Livepeer, Radicle and Arweave,
Panel Discussion led by Lasse Clausen from 1kx
Networking & socializing
A
Thank
you
all
for
coming
appreciate
everybody.
Here.
This
is
going
to
be
an
exciting
couple
of
hours.
We
have
some
of
the
best
projects,
I'm
a
co-founder
of
labs
you're
going
to
be
hearing
from
my
fellow
co-founders.
A
If
you
don't
know
much
about
us,
you'll
find
out
a
lot
more
about
it,
but
we
are
a
peer-to-peer
platform,
so
we'll
save
that
for
the
moment,
but
just
a
quick
couple
of
housekeeping
items
first
feel
free
to
drink
some
snacks
they're
right
there.
That's
to
begin
with
we're.
A
Gonna
have
two
talks
and
then
a
break
and
then
a
panel
where
all
the
projects
are
going
to
be
on
led
by
moderated
by
lassie
claussen
from
1kx
one
of
the
premier
investors
in
the
space
and
then
we're
going
to
have
a
couple
more
discussions
and
then
we're
done
and
there
will
be
an
after
party
posted
by
live
here
which
will.
B
A
Not
in
this
space,
which
we
have
to
be
out
of
by,
I
think
six
o'clock
so
we'll
be
headed
somewhere
else,
I'll
give
you
those
details
a
little
bit
closer
to
it,
but
right
now
I
want
to
turn
it
over
to
sam
williams,
the
founder
of
borrowing
and
I'm.
If
you
don't
know
who
are,
we
is
you're
in
the
wrong
room.
So
with
that
I'll
give
you
the
same.
C
C
Is
a
little
bit
about
which
is
a
permanent
data
storage
system
and
the
journey
we've
been
on
trying
to
build
a.
C
You
the
journey
we've
been
on
trying
to
build
a
blockchain
based
application,
which
is
really
nothing
to
do
with
finance
and
trying
to
get
that
adopted
and
pushed
out
into
the
world.
So,
broadly
speaking,
our
weave
is
a
blockchain
scale
to
store
arbitrary
bands
of
data
inside
imagine.
C
D
C
Network
and
critically,
we
provide
an
endowment
structure
to
sustainably
back
the
storage
of
that
information
over
time,
and
this
is
really
important
because
of
course,
if
you
have
on-chain
storage
that
allows
your
ledger
to
grow
to
basically
massive.
B
C
Or
like
how
are
you
going
to
make
sure
that,
in
the
future
say
100
years
from
now,
there's
actually
incentives
for
people
to
store
it?
So
it's
kind
of
one
of
those
interesting
like
incentive
holes
in
the
industry
is
that
in
general,
blockchains
just
don't
have
incentives
to
store
the
data,
you're
actually
incentivized
to
prune
as
much
data
as
possible.
Well
I'll
solve
that
by
focusing
on
the
data
storage
side,
making
sure
that
it's
sustainable
to
pay
for
it.
So
the
real
principle
is
that
we
want
to
build
a
new
library
of
alexandria
where.
C
With
archiving
is
that
at
some
point
in
time
your
central
location,
where
the
data
is
stored,
unless
you
have
books
or
scrolls
back
in
thousands
of
years
ago
and
there'll
be
a
fire,
a
flood
or
the
government
will
come
and
they
will
try
and
divide
it
here
and
one
way
or
another.
The
nature
is
gone.
So
obviously,
blockchains
are
kind
of
yeah
resilient
way
to
replicate
data
around
the
world.
C
I
would
say
the
first
history
is
written
by
the
victims,
although
there's
some
irony,
apparently,
we
think
that
this
was
said
by
winston
churchill,
but
we
don't
know
for
sure,
because
nobody
is
storing
the
history
properly
or,
as
george
orwell
put
it,
who
controls
the
past
controls
the
future
who
controls
the
president
controls
the
past,
and
this
points
to
the
really
important
part
here,
which
is
not
just
it's
not
just
an
academic
exercise
to.
C
History,
we
actually
act
in
the
future
and
in
the
present
dependent
on
how
we
believe
things
have
happened
in
the
past.
So
if
you
can
change
the
way
people
believe
things
happened
or
what
was
important
from
the
past,
you
can
change
the
way
that
they
act
in
the
future.
You
see
the
authoritarian
regimes
all
over
the
world
and
throughout
history.
Frankly,
they've
done
this,
they
go
back
and
they
start
to
edit
the
record.
C
Them
so
that
they
change
what
they
do
in
the
future.
This
is
no
longer
true.
Anyone
can
write
onto
heart,
it's
totally
permissionless
and
it's
global.
So
it
has
these
these
properties
of
making
sure
that
the
data
is
around
forever
through
an
endowment
making
sure
anyone
can
write
to
that
lecture
without.
E
C
B
C
2017-2018
era,
there
was
a
lot
of
hype
around
blockchains,
but
there
wasn't
really
much
on
the
ground
that
you
could
use
other
than
say
bitcoin
and
raising
money
through
icos
on
ethereum.
Since
then,
we've
seen
a
huge
amount
of
growth
and
some
learnings.
D
C
After
launch
that
we
saw
this
sort
of
collective.
D
C
Of
history,
being
useful,
really
truly
useful
was
actually
like,
seven
or
eight
months
later,
when
russian
would
be
incident
correctly.
C
Boats
essentially
took
hostage
about
14,
14
or
24
ukrainian
sailors
in
kurdish
straight.
C
C
Through
sputnik
from
the
international
news
outlets
and
the.
C
C
We
realized
we
can
now
prove
that
this
was
associated
with
what
sputnik
was
saying
at
the
time,
and
they
essentially
now
tried
to
memory
whole
that
piece
of
history,
but
they
can't
you
know
it's.
It's.
E
C
Press
which
we
really
weren't
expecting,
and
I
find
it
very
encouraging
because
it
shows
that
there
is
some
interest
out
there
in
the
mainstream
for
other
uses
of
blockchain
outside
finance.
We
just
need
to
go
and
tell
people
about
it.
C
C
Event
in
kind
of
history
of
this
legend
happened
in
in
april,
approximately
2019,
when
a
group
from
our
community
started
to
archive
documents
related
to
the
hong
kong
protests
and
they
were
doing
it
live
and
that
archive
became,
I
think
somewhere
over
600
000
individual
units
of
pieces
of
history
at
that
point.
So
it's
actually
probably
one
of
the
best
put
together
archives
of
that
time
in
hong
kong.
That
is
available
and
it's
now
permanently
publicly
available
to
anyone
across
the
globe
and.
C
Think
this
is
another
interesting
learning.
Google
told
us.
B
C
A
state
had
tried
to
attack
our
gmail
accounts,
which
we
thought
was
actually
very
interesting.
We
assume
this
is
china,
we
don't
know
for
sure,
but
they're
the
only
people
that
might
have
an
interest
in
this
as
far
as
we
could
tell,
but
it
teaches
us
something
useful,
which
is
the
states
care
about
the
people
involved
more
so
than
the
infrastructure.
Still
like
we
imagined.
C
If
the
state
never
tried
to
attack,
we've
tried
to
take
down
the
infrastructure,
they
would
try
to
find
holes
in
the
in
the
node
implementations
themselves
or
something
like
that.
I'm
just
trying
ddos
machines,
but
it
turns
out
that
they
see
it
in
the
more
traditional
fashion,
which
is
the
humans
are
the
weakest
thing,
and
so
I
think.
D
C
Ecosystem,
frankly,
that
yeah.
D
C
As
robust
as
our
systems
might
be
in
a
decentralized
way,
you,
the
humans,
that
built
them
in
the
first
place
are
the
point
that
the
state
will
try
to
attack
if
they
try
to
attack
that
system.
So
decentralize
everything
quickly,
I
think,
is
the
yeah.
The
learning
okay.
C
This
there
seemed
to
be
like
a
on
the
ground
community
of
our
viewers
in
hong
kong,
that
sort
of
started
to
naturally
emerge
which
is
really
well.
It's
it's
powerful
and,
to
some
extent,
we've
it's
it's
pretty
amazing
to
see
like.
We
always
hope
that
this
would
happen,
but
it's
amazing.
C
That,
frankly,
the
people
involved
in
this
are
taking
some
risk
to
do
so.
So
we're
extremely
thankful
for
that.
But
the
next
thing
we
know
I
wake
up
one
morning
and
there's
a
cnbc
article
about
health
apple
daily,
which
was
a
sort
of
you
could
say
pro-democracy
newspaper
in
hong
kong
had
been
archived
onto
just
before.
It
was
deleted
from
the
central
iceberg
and.
C
C
So
I
think,
there's
a
really
really
important
time
critical
window
for
us
all
to
come
together
and
try
to
shout
about
these
non-financial
uses
of
watching
that
can
be
posted
on
many
different
chains,
but
also
in
like
change
specific
stuff,
like
fluids
and
this
kind
of
thing.
C
Okay.
So
then,
in
in
this
winter,
we
found
again
that
people
in
hong
kong
have
been
archiving
records
this
time
from
stand,
which
was
the
final
remaining
pro-democracy
publication
in
hong
kong
onto
arvi,
which
is
again,
it's
pretty
amazing
to
see
that
there
really
are
users
out
there
for
this
technology.
They
don't
have
to
be
crypto.
Aware,
like
I,
I
have
the
opinion
that
people
in
hong
kong
are
using.
This
are
getting
like
die-hard.
A
C
Pretty
non-technical
even
potentially,
but
he's
not
that
technical,
which
is
encouraging
and
just.
C
B
B
C
Well,
if
we
don't
act
quickly,
I
think
that
there's
a
high
degree
of
likely
that
the
regulators
around
the
world
conclude
that
the
only
use
for
this
technology
that
we're
all
collectively
working
on
is
in
the
financial
ground
and
even
further,
it's
just
unregulated
speculation
on
assets
essentially,
but
that
is
not
what
we
are
as
an
ecosystem.
So
thank
you
for
the
time.
I
hope
that
some
of
those
messages
were
interesting
and
useful.
C
Obvious
stance
on
that
is
pretty
simple.
Actually
we
just
oh
sorry,
so
the
question
is
around.
If
I
can
put
in
two
words
objectionable
content,
essentially
yeah
exactly
so
so.
C
Is
pretty
simple,
I
think
that
we
need
to
expose
data
to
the
rule
of
law
so
on
the
internet.
At
the
moment,
when
you
use
a
website,
you
want
to
say
something:
a
company
has
to
agree
that
you
should
be
able
to
say
it,
and
then
it
should
be
legal,
it's
kind
of
a
three-tier
process,
but
with
obvious
what
we're
saying
is.
Actually
we
can
remove
one
of
those
tears
because
the
company,
having
the
right
to
tell
you
what
you
can
and
cannot
say,
is
not
actually
how
the
world
should
work.
It's
just
happened.
C
It
happens
to
be
that
the
web
had
no
public
spaces
before
the
decentralized
web
came
along.
Each
web
address
you
go
to
is
someone
else's
property,
fundamentally
you're
accessing
someone
else's
server,
which
is
literally
owned
by
them
and
you're.
There.
C
The
grace
of
their
invite,
which
they
have
the
right
to
remove
at
any
time,
but
we
can
make
a
space
on
the
internet
that
is
actually
governed
by
the
rule
of
law.
Miners
in
the
army
network
can
see
the
store,
the
data
that
they
are
storing
and
they
can
analyze
it
and
say
well.
Do
I
want
to
store
this
yes
or
no
they're
incentivized
to
store
everything,
but
that
incentive
for
a
single
byte
is
relatively
small,
and
so
the
disincentive
for
storing
something
illegal
is
massive,
because
the
law
is
there
to
stop.
C
You
get
when
you
use
the
system,
is
yeah
cyberspace,
governed
by
the
rule
of
law
and
then,
if
we,
as
members
of
the
democratic
society,
want
to
change
the
laws
regarding
what
we
can
say,
then
we
have
the
means
to
do
so.
It's
called
voting
and
that
I
suppose
this
is
the
stance.
There's
a
couple
more
pieces
to
it,
but
I'll
just
leave
it
to
that
anything.
G
Else:
yeah:
okay,
we
have
a
micro
one.
D
G
C
D
I
have
a
question
about
so
you
mentioned
the
importance
of
like
showing
mainstream
understandings
bringing
to
the
mainstream
attention.
Applications
of
blockchain
that
are
outside
of
you
know
just
financial
services
like
so
to
speak,
the
shovels
for
the
gold
rush.
I
was
curious.
Do
you
have
any
shoutouts
for
like
other
projects
where
there's
like,
I
guess,
intrinsic
oxygen
value,
off-chain.
C
Value
being
created
that
is
enabled
by
blockchain.
That's
a
really
interesting
point.
I
think,
there's
a
lot
of
work
in
the
area
of
what
the
largely
calls
network
states
and
I
think.
D
C
Super
exciting
things
like
I
mean
what
we.
C
Team
is
is
creating
a
state
in
a
box,
so
if
a
blockchain
is
a
trust
computer,
which
is
largely
what
it
is,
it
allows
you
to
do
computation
collectively
without
having
to
trust
anyone.
Then
one
of
the
obvious
uses
for
that
is
to
replace
parts
of
the
state
where
we
have
had
to
previously
delegate
authority
to
us
single,
centralized
trusted
third
party,
which
we
call
the
government
yeah.
C
I
think
there's
a
ton
of
work
going
into
stuff
that
you
know
in
the
you're
saying
in
the
space
relative
to
like
nfts
or
d5,
that's
kind
of
boring
on
the
outside
yeah.
That
is
actually
really
profound
and
over
a
long
enough
period
of
time,
we
might
be
able
to
hope
that
we
can
replace
trust
in
the
state
in
large
part,
with
trust
in
decentralized
computational
technologies,
which
are.
B
So
when
you
go
just
go,
get
your
standard
contract
at
mediflex
and
you
know
you're
going
to
deploy
an
nft
collection
and
by
the
way
big
fan
your
product,
man
absolutely
lost.
So
I've
never
advised
the
team
to
collect
the
rent
back
unless
the
project
failed.
Why
is
that
code?
In
the
back
end?
That
says
I
can
go,
collect
the
rent
pack
like
say.
B
C
They
they
store
the
nft
data
itself
on
and
then
they
refer
to
it
in
a
contract
on
top
of
semana,
and
so
I
think
the
rent
recollection
thing
you're
talking
about
that
doesn't
exist.
Actually.
D
C
C
D
D
C
Like
decades,
that
makes
sense
right.
You
don't
want
to
have
to
collect
dust
with
all
nft
projects
that
no
one's
using
if
they
never
got
salt.
I
totally
agree,
frankly
that
this
stuff
should
be
immutable
like
when
you
buy
an
nft.
You
obviously
shouldn't
have
the
the
potential
danger
that
someone
comes
involved
and
deletes
it
from
you.
That's
crazy
and
that's
why
it's
so
cool
lots
of
projects
using
nft
storage,
but
I
hope.
C
Thank
you
next.
A
Up
we
have
from
students
and
just
to
give
sense,
do
you
want
to
stand
up
and
get
away
because
bernard
is
also
part
of
the
labs,
and
everyone
here
should
give
a
hand
applause
to
anna
who
organized
all
this.
But
at
that
moment.
A
One
for
all
of
us
and
again
he's
going
to
be
discussing
a
lot
of
similar
things
that
he's
initially
that
sanded
less
about
the
storage
update
the
more
about
the
importance
of
centralized.
A
Is
create
systems
that
do
not
have
centralized
parties
and
do
not
have
a
gun
centralization
and
also
more
resilient
than
the
currency
that
we
have.
So
it's
another
way
to
attack
kind
of
the
same
problem
of
the
flaws
in
the
existing
kind
of
infrastructure
that
we
all
you
know
are
bound
to
more
or
less.
Today,
okay,
we
are
now.
E
You,
hey
hello,
everyone
actually,
anna
our
team
member
who
organized
all
this
said
there
is
unlimited
dreams
somewhere
here,
I
guess
see
if
anyone
wants
to
like
there's
a
food
and
and
some
drinks,
so
to
get
it
so,
I'm
gonna
talk
about
flumes.
E
This
is
this
is
basically
the
evolution
of
compute
roughly
right,
so
we
are
known
at
the
cloud
conversion
stage
and
we
are
sort
of
entering
the
big
peer-to-peer
era
of
the
computation
platforms
and
the
state
of
computation
platforms
in
terms
of
decentralization
is
now
that
we
are
perfectly
decentralizing
a
financial
system
which
is.
E
So
smart
contacts,
work
on
chain
works
for
financial
use
cases,
the
problem
with
them
by
design
a
redundant
deterministic
and
swing
and
expensive,
and
there
was
an
attempt
a
couple
of
years
ago,
with
sort
of
creating
hardware
like
a
computer
resources,
marketplaces
that
we
intended
to
make
possible
high-intensity
computations
in
decentralized
network,
but
they
also
have
like
this
is
basically
limitations.
E
And,
ideally,
what
we
want
to
have
in
terms
of
computing
is
to
have
something
that
would
really
replace
be
able
to
replace
amazon
services
like
cloud
services
to
host
the
traditional
applications
that
kind
of
mobile
applications
right
now.
So
we
need
something
that
would
not
have
you
know
the
gas
for
usage
like
I
don't
I
don't
want
to
as
a
user.
I
don't
want
to
use
the
new
web
tree
to
synthesize
messaging
applications
for
every
transaction,
and
there
should
be
something
that
you
know.
Universal.
D
E
And
as
cool
as
content,
addressable
storage
and
quantum
product
content,
reversible
storage
is
cool
as
we
know
it,
and
it
should
be
valuable
to
whatever
exists
already
in
terms
of
other
tools
like
storage
like
rd
or
iphones
identity
systems,
blockchains,
and
things
like
that,
and
we
can
envision
that
this.
E
This
is
what
should
be
built,
and
this
is
what
we
are
building
on
fluids
and
the
basically,
the
the
demand
comes
from
two
things:
the
the
end
time
centralization
movement
in
inventory,
space
that
is
really
topical
right
now
is
all
you
know,
big
hacks
of
facebook
and
things
that
happen
in
the
world
like
sam.
E
And
also
like
web3
specific
use,
cases
like
cross
chain
use
cases
off-chain
like
things
like
gene
governments,
for
where
people
don't
want
to
pay
gas
for
every
walls
that
they
do
in
the
dallas,
for
example,
like
interoperability
between
applications
between
chains
between
systems.
E
Required
blockchain
layer
that
enables
general
purpose,
computer
and
yeah
everything
like
all
this,
probably
pretty
obvious
amazon.
E
They
can
deploy
from
not
only
users,
but
they
can
deploy
from
developers
as
well
like
if
they
create
sdks
and
if
they
create
developer
platforms
and
then
you're
kind
of
trying
to
build
the
business
on
top
of
their
sdk
and
of
their
api.
They
can
cut
you
off
at
any
moment,
and
that
happened
already
many
times
and
that's
really
bad.
E
This
is
what
really
prevents
from
innovation
on
the
web
2
on
this,
like
api
integration
level,
and
this
is
what
sold
in
blockchain
space
for
d5
for
smart
contracts,
because
if
smart
contracts
is
developed
on
chain,
then
other
smart
contracts
can
use
it
forever.
If
it's,
if
the
ownership
rights
defined
properly
but
like
conceptually,
you
can
use
other
smart
contracts
from
the
chain
forever
because
they
designed
in
this
way.
So
they
cannot
be
changed
and
we
need
something
like
that
for
for
more
general
computers
and
in
battery.
E
Also,
there
is
an
elephant
in
the
space.
There
are
big
ecosystems
that,
like
totally
work
to
style,
have
like
complete
logging
of
their
users
of
their
ecosystems,
and
there
is
other
a
lot
of
solutions,
a
lot
of
projects
that
building
great
things,
that
building
on
top
of
on-chain
data
or
decentralized
data,
and
but
basically
the
products
that
they
have.
If
they
want
a
built-in
api,
they
want
to
build
their
product
currently
and
provide
decent
user
experience,
decent
performance
for
users
that
can
consume
it
from
devices
from
the
browsers.
E
B
E
And
a
lot
of
projects
and
launching
projects
rely
on
centralized
back-ends,
so
basically
they
proxy
all
the
users
through
their
centralized
backends
and
it's
you
know
the
same
issue
of
working
as
we
have
in
new
too
so
pewdiepie
proposes
better
approach,
which
is
somewhere
in
the
middle
between
symbolized
inclusion
and
blockchains.
E
So
if
you
have
this
like
a
peer-to-peer
system
that
allows
to
run
applications,
we
can
avoid
too
much
redundancy
that
comes
from
blockchain
and
we
can
still
have
the
code
running
verifiable
or
like
optionally
revival.
It
would
be,
you
know,
secured
with
external
chains,
but
it
will
not
have
any
central
middle
language
with
people.
So
we.
E
It
as
on
on
a
network
and
not
on
some
centralized
thing,
yeah
and
and
if
we
have
it,
then
basically
we
can
transition
only
centralized
apis
or
applications
into
computer
protocols.
So
basically
everything
becomes
protocol,
but
not
all
particles
leaves
on
chains.
Some
chronicles
start
leaving
off
chain
which
is
very
cool.
E
A
E
Distributed
coordination
like
express,
distributed
business
logic
in
terms
of
nodes
and
peers
in
the
network,
and
it's
it
works
differently
from
how
client
server
model
works
like
usually,
when
you
create
your
centralized
applications,
you
either
have
a
central
api
or
you
have
a
client
that
calls
the
calls
by
enforce
several
services,
and
you
always
have
this
piece.
The
controller
piece
that
talks
to
all
the
other
involved,
remote.
E
Services
or
apis
and
ico
allows
you
to
program
the
flow.
The
execution
flow
across
a
remote
services.
Remote
api
thermal
appears,
so
you
have
the
piece
of
code
that
basically
travels
over
the
network
and
triggers
the
execution
of
different
services,
and
it's
very
simple
so
like
in
terms
of
programming,
just
like
a
few
lines
of
code
and
based
on
process
elbows
and
basically
allow
us
to
when
you
when,
like
this,
is
when
you
create
this
code,
this
becomes.
E
And
the
idea
is
this:
language
becomes
the
you
know
the
there
are
a
lot
of
primitives
distributed
primitives
that
comes
with
the
language
and
can
be
created
with
this
language
that
allow
you
to
create
more
and
more
complex
systems
like
currently,
there
is
a
ability
to
discover
peers
to
connect
peers
to
discover
resources
over
the
network
to
understand
which
our
peers
are
in
in
different
groups.
We
just
serve
this
application
of
that
application.
There
is
a
connection
to
file.
E
And
it's
ipfs,
there
will
be
rv
as
well.
There
is
connection
to
data
streams
from
ceramic
to
ethereum
and
we
are
changed
and
there
is
a
also
like
primitive
of
crosstalk,
which
allows
to
build
the
sort
of
semi-trusted
compute
systems
where
you
you
know,
can
deploy
your
your
application
on
peers
that
you
trust
directly
or
transitively
via
other.
E
D
E
Same
level
as
you
think,
when
using
cloud
services,
there
is
a
network
that
runs
all
this
language
and
basically
the
network.
E
D
E
Of
like
the
big
marketplace
of
protocols
and
some
of
the
nodes
provide
connections
to
external
things
like
ethereum
or
ipfs,
some
just
run
pure
fluence
native
computations,
but
that's
that's
basically
the
particular
marketplace
where
you
can
discover
available
resources
and
deploy
your
stuff
and
just
a
little
bit
about
composability
and
log
instagram.
So
in
blockchain
like
before
blockchain
all
the
systems
that
we
had
in
the
cloud,
they
were
very
focused
on
the
author
of
the
on
the
owner
of
the
application.
So
I'm
an
I'm
a
developer.
E
I
created
an
application.
Then
I
deployed
to
my
server.
Then
I
paid
my
amazon
to
my
server
to
use
my
credit
card
and
then
users
use
my
application
accessing
my
server.
So
the
problem
is
I'm
controlling
everything,
so
I
can
cut
off
like,
but
then
at
any
moment,
amazon
can
cut
me
off
at
any
moment,
so
it's
very
vulnerable
in
a
blockchain.
You
basically
have
the
separation
between
servers
and
authors
of
code.
When
you
build
smart.
E
Now,
you're
not
really
controlling
if
this
code
will
be
running
there
tomorrow,
because
it's
now
miners,
like
no
providers
validators,
they
are
responsible
for
it.
So
we
are
trying
to
enable
the
same
model,
but
for
not
for
blockchains,
not
not
bringing
the
global
consensus
here,
but
for
like
a
general
application
space,
so
there
could
be
different
known
providers
that
can
decide
whatever
applications
they
want
to
serve,
and
even
if
author
wants
to
update
the
app-
but
they
know
providers-
don't
agree
with
this
update.
Maybe
this
update
is
unfair.
E
All
these
updates
embrace
something,
or
if
this
update
you
know,
cuts
off
some
integration,
the
node
providers,
the
network,
can
decide.
You
know
someone
somehow
can
decide
to
update
and
some
part
can
decide
not
to
update.
So
users
will
basically
follow
the
whatever
version
they
they
want
to
follow.
So
it
could
be
like
really
successful,
updates
or
not
successful
updates
like
the
forks
of
the
applications.
Basically,
but
this
allows
us
to
solve
the
platforming
problem.
E
This
allows
to
solve
the
axis
cut
off
problem,
and
this
also
because
we
separate
this
runtime
from
the
authorship-
we
can
really
create
a
system
where
we
have
the
same
composibility
level
as
in
blockchain,
so
you
basically
can
deploy.
E
Into
network,
and
then
you
can
safely
build
on
top
of
these
primitives,
more
complex
applications
and
more
complex
business
logic
and,
like
you
can
like
for
d5.
This
is
now
how
it
works
right
now,
like
you,
basically
have
the
stable
coins
from
stable
points.
You
have
more
and
more
like
you
have
taxes,
you
have
aimmans
and
all
of
them
like
billions
of
each
other.
Now
we
can
have
several
things
for
the
for
any.
E
So
you
can
basically
create
more
complex
protocols
from
basic
protocols
and
then
you
can
package
them
with
different
applications.
So
you
know
combining
jewelries
you
can
you
can
have
whatsapp
combining
instagram
yeah,
so
this
is
pretty
cool,
and
the
last
thing
is
the
economics
of
all
this:
how
it
works.
E
E
For
making
this
protocol
available
tomorrow,
so
the
dao
can
make
these
decisions.
The
dow
can
pay
notes
for
providing
the
application.
E
There
could
be
a
very
cool
thing
that,
because
this
the
network
becomes
sort
of
the
new
cloud
and
there
is
a
the
revenue
coming
from
application
developers
to
node
providers
and
this
revenue.
B
E
Be
on
chain
because,
like
that's
the
only
way
to
organize
payment
system
in
this
entire
way,
this
revenue
also
will
be
very
transparent,
so
it
will
be
possible
to
track
whatever
software
is
generated,
whatever
amount
of
revenue
and
basically,
if
I'm
creating
something
useful.
It's
a
useful
piece
of
application
like
a
database
or
that
can
be
usable
across
applications
influence
and
I'm
I
create
an
open
source
right.
I
deploy
it
and
give
it
to
people,
people
use
it
to
create
applications.
E
These
applications
regret
revenue
for
the
nodes
that
provide
these
applications
and
then
I'm
as
author.
I
can
learn
some
royalties
and
some
part
of
this
revenue
so
like
a
small
piece
of
revenue
called
the
cloud,
and
this
becomes
the
one
new
way
to
monetize
one
source
which
is
not
possible
currently
in
the
cloud,
because
amazon
will
never
share
anything
with
you.
E
Earn
billions
of
dollars
providing
a
popular
database
as
a
services,
and
also
there
could
be
like
another
layer
of
innovation
related
to
you
know
how
do
you
pay
for
the
computer
method?
You
know.
E
Contacts
for
compute,
different
types
of
offerings,
different
pricing,
for
different
computation
verification
models
and,
and
simply
that-
and
this
is
where
we
are
so-
the
network
of
the
off-chain
network
and
the
iphone
live
and
running
already.
E
We
now
like
be
very
close
to
launching
the
dao
and
the
garden
system
for
the
whole
network
and
we
plan
to
roll
out
the
economic
pieces.
You
know
one
by
one.
E
A
lot
of
things
probably
will
come
on
the
next
year,
but
this
is
where
we
are.
You
can
check
out
the
network.org
services
knowns
things
like
that
and
yeah.
So
thank
you.
That's
it.
G
G
Decentralized
pressless
compute
world.
How
do
we
trust
the
underlying
hardware?
What
comes
with
buyer's
wallet,
right,
u.s
cat
and
said
all
right?
Us
not
use
water
hardware
in
the
5g
network,
because
we
can't
trust
that
piece
of
hardware
but
we're
going
to
be
based.
You
know
in
this
future
where
we
can't
trust
underlying
compute
hardware,
because
it's
supplied
by
you
know
a
central
part
of
this
class.
E
G
E
Guess
the
core
benefit
of
using
decentralized
technology
versus
cloud
is
that
you
build
on
the
open
source
stack
and
you
build
on
this
type
that
allows
you
to
very
easily
switch
between
nodes.
If
you,
if
you
need
it
like,
if
you
really
want
it
and
also
by
default
fluids,
do
not
enforce
any.
E
You
may
say:
okay,
I
know
this
authority
and
this
authority
trust
this
and
this
and
these
providers
of
the
computation.
So
when
I
deployed
my
application
on
the
network,
I
would
find
you
the
right
but
forever,
like
all
others.
I
will
not
allow
them
to
run
because,
like
I
don't
trust
them
like
or
if
I
don't
trust,
if
I
want
to
deploy
on
nodes
that
I
don't
trust,
I
probably
would
want
them
to
have
consensus,
maybe
not
maybe
yes,
maybe
I
will
like,
but
I'm
not
limited
to
it,
and
I.
E
Have
like
we,
you
might
have
also
it's
still
kind
of
in
the
future,
but
like
cd
proofs
things
like
that,
but
all
of
these
things
work
on
only
very
specific
types
of
computations.
E
So
the
idea
is,
we
will
like
the
we,
together
with
the
ecosystem,
we
will
figure
out
what
makes
sense,
what
kind
of
verification
models
make
sense
for
issues
cases
and
they
will
be
available
as
the
options
for
you
when
you
build
stuff.
So
I
hope.
A
Great
thanks
again
also
just
to
know
if
we're
interested
in
learning
more
about
the
lewis
2pm
tomorrow
is
the
developer
workshop
within
your
co-working
space,
so
right
around
here.
So
that's
if
you're
ready
to
get
deeper
into
the
code
and
how
it
works
up.
Next,
we
have
from
protocol
labs,
so
we
have
to
separate
protocol
and
our
way
by
cleanliness
and
so
he'll
be
up
in
a
second
we're.
A
We're
actually
very
happy
at
lumens
to
be
supported
by
both
farwee
and
protocol
labs,
and
I
think
that
that
gives
us
a
you
know.
The
storage
that
those
two
protocols
offer
are
the
perfect
complement
to
the
compute.
That
afghani
was
talking
about
when
you
think
about
creating
a
decentralized
aws.
A
You
need
payments
with
which
blockchain
takes
care
of
you
right,
which
is
what
are
we
and
you
know:
fps,
offline
storage
and
other
services,
decentralized,
compute,
and
that's
where
the
candy
explained
in
detail
about
how
fluency,
but
you
need
those
three
things
to
work
together:
we're
going
to
have
the
decentralized,
truly
decentralized
web
3
experience.
A
A
Pure
and
radical
moderated
by
lossy
from
1km,
so
that
comes
directly
after
the
break,
which
comes
after
luke.
F
There
you
go
thanks
so
yeah,
I'm
gonna
talk
today
about
like
what
do
we
actually
mean
by
our
dream
and
the
fact
that
we're
seeing
actually
getting
to
our
really
something
that
we
can't
go
with.
F
Okay
yeah,
I
was
highly
advised
to
have
last
night,
but
we
have
much
to
cover
so
I
yeah
I've
been
part
of
the
systems.
One
board.
F
F
Yeah
so
yeah,
this
is
killing
me
like
good
speakers
yeah.
So
basically,
we
have
a
couple
of
problems
that
we're
trying
to
fix
recovery.
So,
first
of
all,
we
have
like
no
way
of
controlling
our
data
like
even
if
we
do
anything
like
in
today's
world,
everything
is
being
managed
by
a
legal
entity
that
is
headquartered
somewhere
and
the
government
has
a
full
ownership
over
that
particular
place.
F
Now
there
is
also
very
little
clarity
what's
going
to
have
happening
with
india
because
like
if
I
want
to
get
something
up
about
me
and
then
serbia,
for
example,
the
u.s
can
easily
do
that
because
I'm
probably
using
a
service
that
is
built
by
a
company
that
is
headquartered
or
something
somewhere
in
the
u.s.
And
of
course
there
is
no
transparency
on
how
like
I'm
getting
like
the
content
from
those
services.
F
So
I'm
gonna
see
some
particular
feed
and
that
video
is
gonna,
be
there
because,
like
facebook,
things
that
I'm
gonna
be
taking
more
of
those
particular
things
and
they
will
be
generating
more
revenue
and
all
those
abstractions
are
being
built
by
those
companies
that
are
actually
there
just
for
one
single
reason,
which
is
pretty
obvious
and
that's
to
generate
profits
and
that's
why
we
have
markets
and
what
those
companies
have
shares
and
they
do
stuff
for
their
shareholders.
This
is
something
that
we
definitely
want
to
change,
and
this
is
something
that
we're
doing
now.
F
There
are
a
few
things
that
are
happening
that
are
kind
of
attacking
some
of
those
issues
and
those
are
by
using
the
tools
that
were
available
for
the
last
100
years
and
that's,
of
course,
regulation
we're
trying
to
do
a
few
things
in
europe
with
the
gdpr.
Of
course,
the
chrome
congress
is
doing
a
bunch
of
things
trying
to
actually
get
to
a
place
where
tech
companies
are
not
actually
doing
that.
But
those
are
things
that
are
actually
semi
solutions.
F
The
real
issue
here
is
the
infrastructure.
In
fact,
even
though,
like
the
european
union
had
a
bunch
of
requests
from
facebook
europe,
but
they
were
not
actually
why?
Because
facebook
can
tell
you,
okay,
fine,
you're,
right,
you're
doing
people,
things
are
very
important.
F
Government
in
europe,
if
someone
tells
you
that
you
are
gonna,
shut
down
facebook,
it's
hard
for
you
to
say,
okay,
so
we
need
to
slowly
move
to
something
else
that
actually
allows
us
to
manage
that
infrastructure,
and
this
is
not
by
chasing
away
facebook.
This
is
like
defining
the
kind
of
abstraction
that
we're
gonna
have
in
the
next
world
that
we
are
working
today,
and
the
issue
is
also
that
most
of
the
tooling
that
we
have
today
is
basically
built
on
top
of
those
tools
that
were
built
by
those
companies.
F
So,
even
if
you
are
not
aware
about
what's
happening
there
and
you're
using
something
like
firebase
by
default,
you
are
going
to
obey
to
all
the
rules
that
are
defined
by
these
cloud
providers
and
by
default
you're
going
to
give
all
the
fresh
store
to
something
like
the
government
of
the
united
states,
even
though,
like
you
never
agreed
on
that,
so
yes
yeah.
Those
are
the
things
that
we
are
basically
changing.
F
So
from
a
world
where
you
are
like
referencing,
the
application
of
the
data,
we're
gonna
get
a
store
where
we
are
referencing,
just
the
content,
and
we
are
doing
that
by
seeing
using
the
also
we
don't
want
to
be
in
a
spot
where
the
data
is
basically
owned
by
a
particular
company
that
is
being
built
of
the
cloud
in
that
particular
moment,
which
is
the
situation
right
now
is
that
we
want
to
have
like
companies
that
are
participating
in
ecosystem
and
building
products
together.
F
And,
of
course,
we
don't
want
to
have
like
infrastructure
that
is
owned
by
the
entities
that
we
want
to
have
common
infrastructure.
That
is
shared
between,
like
the
users,
the
developers
and
so
on,
and
then
sharing
like
setting
models
between
them
where
we
are
today.
So
we
have
a
couple
of
things
already.
So
ipfs
is
massively
scalable
retrieval
network
which
allows
us
to
actually
get
to
the
fast
that
that
we
are
drawing
through
those
cids.
F
F
Blockchain
that
allows
us
to
tap
into
like
payment
systems
and
have
like
a
way
to
store
those
cids
in
contracts
and
so
on.
Then
we
have
networks
that
are
actually
supplementing
the
main
network,
which
is
which
are
kind
of
helping
us
put
the
abstractions
between,
like
the
retrieval
and
the
archival
in
this
case
like
estuary.
What
it's
doing
is
it's
allowing
you
to
just
clean
the
file
and
it
will
take
care
of
like
the
storage
orchestration.
F
So
the
only
thing
that
you
carry
is
this
that
you
want
to
store
on
ipfs
and
the
rest
is
going
to
be
managed
by
a
short
before.
Of
course,
you
can
run
your
pressure
as
well
and
assure
you
at
some
point.
This
is
going
to
become
network
that
is
independent
thanks
to
doing
something
similar,
they
will
have
like
at
some
point
provides
a
bridge
that
is
being
managed
by
them.
So
basically
they
are
storing
stuff
from
python
and
they
are
just
injecting
that
particular
information
in
smart
contracts
in
each
year.
F
Now
I
I
want
to
cover
quickly
like
where
we
are
in
terms
of
how
this
is
gonna
be
run
in
a
particular
data
center,
because
I
feel
that,
like
very
few
people
are
actually
talking
about
that,
we
have
like
compute
networks.
We
have
search
networks,
but
how
are
those
talking
to
their
link?
I
mean
like,
if
I'm
doing
some
compute
on
my
phone,
I'm
going
to
put
something
I
might
retrieving
that
from
screen
and
then,
like
I'm,
going
to
put
on
live
here
and
then
sorry,
I
can.
F
Those
are
things
that
we
need
to
define.
Yes,
and
those
are
basically
the
things
that
I
want
to
cover
today.
So
you
can
imagine
like
here
being
like
the
compute
network
here
and
basically
a
workload
is
going
to
come
to
the
live.
Your
network,
for
example,
you
want
to
call
like
a
very
big
video,
and
you
want
to
like
import
that
in
different,
like
different
versions.
What
you're
going
to
do
is
you're
gonna
get
some
source
information.
Ideally
that
would
not
be
coming
from
s3.
F
That
would
be
coming
from
a
file
that
is
stored
locally
on
that
network
and
then
we're
gonna
do
some
computing
and
then
we're
gonna
store
that
somewhere
then
somewhere
he's
supposed
to
be
like
storage
like
five
one,
but
it
also
needs
to
be
like
a
retriever
like
the
best,
because
the
end
of
the
day
that
file
is
gonna,
be
retrieved
by
the
user.
That
needs
to
see
that
video
on
his
mobile
or
whatever.
F
It's
very
easy
to
say
like
fine
like
like
the
light
beer,
node
is
gonna,
write
somehow
to
file,
and
then
it's
gonna
be
pinning
it
and
so
on.
Actually,
that's
not
what's
likely
going
to
happen.
Is
that
we're
going
to
have
like
a
retrieval
there?
That
is
also
doing
the
fashion
between
pokemon
and
because
you
are
some
developer
only
about
like
reading
that
from
like
the
best
and
writing
that,
because
everything
else
needs
to
be
finished
for
you
and
you
know
we,
you
could
see
a
file
as
a
hard
drive.
F
That
is
very
big
and
you
have
like
the
sectors
on
that
computer
I'm
talking
about
this
is
like
traditional
hardware.
You
have
the
sectors
on
the
hard
drive
and
you
have
like
ways
of
like
reading.
F
But
you
also
want
to
have
like
a
system,
because
some
someone
needs
to
be
managing
that
and
in
the
case
of
actually,
you
could
think
about
the
australia
as
being
that
file
system.
That
is
in
the
caching.
He
understands
where
the
data
is
cached,
for
example,
on
the
hard
drive
media
slightly
is
going
to
be
hashed
on
the
ttr
memory
that
is
actually
different.
So
it's
not
going
to
read
that
from
that
one,
and
the
same
thing
is
happening
here:
you're
not
like
managing
that
logic.
F
That
logic
is
manually
assured
for
you,
the
greatest
thing
with
that
content
is
never
moving
outside
of
the
data
center.
It's
always
inside
the
same
local
network,
so
you
could
be
like
transferring
terabytes
of
with
like
20
times
faster
speeds,
because
if
you
are
going
to
the
internet
to
the
max,
you
can
get
is
probably
10
gigabytes.
But
now,
with
the
more
advanced
networking
stacks
like
mount
rocks
with
100
networks,
you
can
actually
write
more
data,
much
quicker,
and
all
of
that
is
happening.
F
So,
instead
of
wasting
like
10
hours
to
retrieve
they
have
to
do
a
compute
cluster.
We're
just
gonna
retrieve
that
from
some
local
non-deficient,
like
in
the
same
data
center,
even
better,
if
you're,
using
like
a
location
like
equinix,
you're
gonna,
most
likely
leverage,
the
private
fiber
that
I
can
discuss
instead
of
going
outside
to
the
internet
and
going
to
google
and
so
on.
F
B
F
F
Also,
the
internet
is
kind
of
busy
today
and
bandwidth
is
very
expensive
on
the
public
internet.
So
what
we're
doing
with
this
is
we're
offloading
that
particular
infrastructure
with
files
that
are
actually
installed
on
the
same
data.
F
And
something
that
falcon
did
for
search
that
we
are
also
trying
to
work
towards
with
partners
get
to
a
point
where
computing
is
colonized.
Miners
that
have
like
gpus
that
are
farming
ethereum
right
now
should
not
have
those
gpus.
F
Those
gpu
should
be
computing,
probably
some
cancer
research.
They
are
or
are
trying
to
figure
out
things
that
are
going
to
happen
from
complex
programs
and,
finally,
because
of
the
economy
that
we
have
created
with
weapon.
We
think
we
can
get
to
a
model
where
users
are
actually
owning
their
and
getting
their
reports
for
actually
generating
the
idea,
which
is
like
the
default
case
that
we
had
to
have
since
the
beginning,
but
somehow
like
for
the
past
14
years,
we
went
in
a
completely
different
direction
where
companies
are
actually
monetizing
our
data.