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From YouTube: CSCON[0] Juan Benet - The Next Wave of Web3
Description
Juan Benet, Founder and CEO of Protocol Labs & Filecoin, talks about the future of Web3!
At The First Ever CSCON[0] Virtual Event!
A
He's
leading
the
organization
behind
lib,
p2p
drand
and
even
to
brand
new
benchmarking
environments
like
test
ground
and,
of
course,
the
protocols
that
we
know
are
set
to
change
the
way
we
store
and
transmit
information,
as
we
know
it
on
behalf
of
chainsafe
and
our
viewers.
I'm
extremely
pleased
to
present
the
founder
and
ceo
of
protocol
labs,
visionary
entrepreneur
and
engineer
juan
benay.
B
All
right,
awesome,
hey!
Thank
you
so
much
for
that
super
kind.
Introduction
really
excited
to
be
here,
super
stoked
for
the
conference.
It's
been
really
amazing
to
hear
all
these
conversations
and
get
to
ask
questions
and
and
be
part
of
actually
bring
together
the
community
in
this
way.
B
You
know,
I
think
doing
tony
has
been
super
hard
for
tons
of
people
around
the
world
and
and
it's
just
really
great-
to
actually
get
to
spend
time
together
and
reinvigorate
our
our
projects
and
our
on
our
lives
with
with
with
the
missions
that
we're
pursuing
together.
So
thank
you
so
much
for
bringing
us
together
and
for
organizing
this
I'll
chat
about
the
next
web3.
The.
What
this
talk
is
kind
of
about
is.
B
I
want
to
give
us
the
time
and
space
to
reconnect
with
why
we're
doing
what
we're
doing
so.
The
first
part
of
this
talk
is
gonna.
B
Go
into
it's
gonna
remind
ourselves
what
what
web3
is
about
and
why
it
matters,
then
I'll
give
an
update
about
filecoin
and
and
what's
happening
in
in
with
the
ecosystem,
and
then
I'll
kind
of
have
some
parting
thoughts
for
what
next
year
and
the
upcoming
kind
of
short
term
future
might
be,
might
look
like
for
for
the
space
and
yeah.
So,
let's,
let's
go
through
it.
B
It's
I
love
starting
a
lot
of
these
conversations
about
web3,
with
just
reconnecting
with
why
why
a
lot
of
us
are
working
on
what
we're
doing,
because
in
our
day-to-day,
when
we're
working
on
a
project
or
working
on
an
application,
and
so
on,
it's
so
easy
to
lose
sight
of
the
bigger
picture
and
to
just
get
so
focused
on
kind
of
the
day-to-day
on
the
simple
applications
that
we're
working
on
on
the
current
problems
of
the
day
that
we
can
easily
just
lose
sight
of
why
these
individual
pieces
connect
up
to
a
much
bigger
picture.
B
So
the
claim
here
and
what
I
think
you
know,
I
think
a
lot
of
people
in
what
through
will.
I
agree,
is
you
know
the
internet
is
the
world's
most
important
technology
today
and
web3
is
bringing
a
bunch
of
important
principles
and
the
internet
itself
is
just
a
part
of
computing
as
a
bigger
phase
transition
for
humanity.
B
So,
in
the
last
80
years,
computing
has
radically
transformed
who
we
are
and
how
we
operate
right
now
we
are
able
to
be
together
in
this
virtual
room
and
spending
time
with
each
other,
even
though
we
we
are
all
far
apart
and
so
on.
We
walk
around
with
super
computers
in
our
pockets.
B
We
walk
around
with
now
screens
in
our
in
our
laptops
and
so
on,
and
in
our
phones
and
soon
in
our
headsets
and
more
and
more
computing
is
turning
us
into
a
very
different
species,
and
it's
happening
very
quickly.
So
80
years
is
not
a
long
time.
B
If
you
now
think
of
all
of
the
advances
and
different
pieces
of
technology
that
came
in
to
to
facilitate
this
transition-
and
you
start
thinking
about
sci-fi
books
and
and
even
what
you
know
about
technology
and
what's
coming
in
the
next
few
decades,
you
can
extrapolate
a
very,
very
different,
very
different,
future
outlook.
B
So
today
we
have,
you
know
billions
of
humans
and
trillions
of
computers,
working
together,
deeply
integrated
and
so
on,
and
we
have
this
really
amazing
computing
platform
where
most
of
our
human
activity
is
suddenly.
It
is
more
and
more
mediated
by
by
this
application
platform
and
what's
beautiful
about
this,
is
this
whole
setup.
B
It
there's
this
massively
equalizing
force
that
the
internet
came
to
came
to
introduce,
which
is
that,
because
it's
built
on
open
standards-
and
it
is
not
really
locked
down-
and
it
was
built
by
by
a
network
of
hackers
who
really
cared
a
lot
about
the
properties
of
of
these
platforms
and
the
properties
of
being
able
to
upgrade
the
system
and
really
letting
anybody
contribute
their
their
version
of
the
of
computing
and
the
internet.
B
It
yielded
a
system
that
we
can
change
dramatically.
We
can
grant
people
whole
superpowers
by
writing
an
application
or
writing
a
new
system,
a
new
piece
of
infrastructure
deploying
it
to
the
world,
and
if
people
use
it,
then
they
get
that
superpower.
It's
truly
amazing
and
we
live
it
day
to
day.
So
it's
kind
of
you
know
commonplace
and
it's
so
easy
to
disregard
and
so
easy
to
to
take
for
granted.
B
But
it
really
is
an
amazing,
completely
magical
environment
that
we
live
in,
where
we
can
grant
these
amazing
upgrading
superpowers
to
other
humans
by
just
getting
together
and
writing
software
and
very
fundamental
changes
are
coming
ahead.
So
there's
many
different
kinds
of
interfaces
that
are
that
we're
playing
around
with
and
and
improving
things
like
ar
and
vr
very
much
interfaces
and
whatnot,
and
then
there
are
of
course
a
whole
slew
of
changes
coming
with
all
of
the
ai
advances
from
very
specialized
ais
to
potentially
agi
and
robotics
in
the
in
the
future.
B
So
when
you
kind
of
sit
in,
you
know
2020,
and
you
look
back
and
you
think
well.
Computing
has
dramatically
changed
us
in
the
last
80
years
and
we're
a
very
different
group
of
humans.
Today
than
than
than
we
were
in
80
years
ago-
and
you
kind
of
start
thinking
about
what's
going
to
happen
in
the
next
80
years-
and
you
know
the
remainder
of
the
century,
very
big
changes
are
coming.
B
It's
not
clear,
exactly
what's
going
to
happen
and
what
the
sequence
might
be
or
when
things
might
happen,
happen
and
so
on.
But
it
is
pretty
clear
that
in
a
short
time
span
we'll
have
will
will
undergo
a
again
another
dramatic
transformation
unlikely
much
more
much
more
impactful
than
the
last
80
years.
So
I
think
that
if
the
last
of
the
years
are
template
to
go
by,
I
think
the
transformation
will
be
much
deeper
in
in
the
next
city.
B
So
where
does
that
put
us?
Well
today,
we
most
of
the
computing
infrastructure
that
we
have
is,
though,
it's
very
open
and
malleable,
and
you
can
deploy
and
improve
a
bunch
of
systems.
B
It
doesn't
have
a
set
of
critical
properties
that
allow
you
to
trust
the
infrastructure,
so
the
internet,
which
was
first
the
wires
and
the
connectivity
framework,
gave
rise
to
the
web,
which
became
the
static
distribution
medium
for
a
lot
of
information
and
applications,
and
that
led
to
kind
of
this
read,
write
interactive
web
2.0
and
what
to
2.0
has
a
pretty
significant
flaw,
which
is
because
the
advertising
model
is
a
big
part
of
the
picture.
B
It
created
an
environment
where
this
amazing
super
power,
super
sets
of
superpowers
and
super
computers
connected
everywhere
with
you
know,
hardware
and
cameras
and
microphones
everywhere,
contributing
to
building
the
you
know,
most
crazily,
effective
surveillance,
surveillance
system
and
and
tracking
system
ever
deviced
right
and
given
computing
and
given
how
it
works,
and
so
on.
It's
it's
very
straightforward
that
you
would
land
at
something
like
this.
But
another
question
is:
how
do
we?
B
So
the
really
important
thing
to
do
here
is
make
sure
that
the
we
have
this
face.
Transition
in
in
the
web,
where
we
go
from
this
web
2.0
world,
that
is,
read,
write,
interactive
and
you're
very
powerful
and
we
introduce
a
set
of
very
important
properties
to
establish
rights
and
to
establish
trustability
instead
of
stressing
the
system
through
verifiability.
B
So
that's
the
big
thing
that
web3
is
doing
all
all
of
the
different
kinds
of
primitives
and
systems
that
that
we're
coming
up
with
are
all
in
one
way
or
another,
always
coming
back
to
trust,
adding
compute
through
very
different
kinds
of
cryptographic,
primitives
or
game
theory,
or
you
know,
incentive
structures
and
so
on
we're
bringing
verifiability
to
our
systems
and
our
networks
and
getting
rid
of
intermediaries,
making
things
more
long-term,
long-term,
safer
and
so
on.
B
Now,
of
course,
each
new
wave
of
computing
brings
a
lot
of
chaotic
environments
and
all
kinds
of
new
potential
problems,
and
so
on.
So
I
strongly
encourage
you
to
think
through
what
you're
building
as
well
and
make
sure
that
what
you're
making
isn't
necessarily
you
know
accidentally
introducing
other
kinds
of
other
kinds
of
problems
and
problems
will
come
and
we'll
have
to
solve
them.
B
So
some
of
the
the
values
that
you
can
think
about
when,
when
you're
building
weather
oriented
things
are
you
know
this
is
kind
of
my
my
stab
at
it?
I
think
it
would
be
a
really
good
idea
to
kind
of
collect
together
the
web
through
values
and
put
them
in
some
website
somewhere
and
and
of
course,
our
communities
will
disagree.
There'll,
be
you
know
some
a
lot
of
contention
with
some
of
these.
B
Even
you
know,
even
with
a
list
of
small
we,
you
can
probably
find
many
web
3
people
that
kind
of
disagree
on
some
of
these,
but
I
think
it's
very
useful
to
at
least
have
a
shape
of
the
problem
here.
We
we
kind
of
operate
today
in
a
world
that
has
a
lot
of
de
facto
freedom
of
speech
and
freedom
of
assembly
through
the
digital
medium,
but
that
may
not
last
that
may
change.
B
Many
different
kinds
of
power
structures
will
benefit
from
from
an
internet
that
is
much
more
controlled
and
much
more
where
borders
bring
up
and
where
people
can't
actually
communicate
freely.
So
in
our
time
we
will
have
to
fight
a
number
of
fights
to
preserve
this,
this
freedom
and
to
hopefully
lock
it
in
into
the
into
the
infrastructures
that
we
use
now
beyond
that,
there's
all
kinds
of
things
that
we
don't
fully
have
yet
so
freedom
of
transaction,
that's
something
relatively
new,
we're
getting
there.
But
it's
not
quite
it's
not
pervasive.
B
Don't
yet
have
this
this
set
of
properties
and
there's
you
know
things
beyond
that
from
you
know,
being
able
to
have
sovereign
storage
in
a
sense
where
you
can
fully
own
and
control
the
data
that
you
produce
and
share
and
so
on,
and
you
don't
have
to
be
have
it
be
subservient
to
some
other
kind
of
massive
data
monopoly
or
something
like
that
and
to
then
being
able
to
write
these
amazing
applications,
superpower
things
with
verifiability
embedded
in
them,
so
that
when
you
go
and
grant
that
superpower
to
other
parties,
they
don't
have
to
trust
you
and
you
don't
accidentally
end
up
in
a
position
where
you
could
actually
subvert
the
entire
system
by
by
abusing
that
that
that
privilege
or
somebody
using
your
your
systems
right
so
the
the
very
simple
example
is
all
of
the
manipulation
that's
going
on
in
the
world
through
the
social
networks.
B
Right
now
is
a
perfect
example
of
what
happens
when
you
build
a
super
powerful
system,
and
then
attackers
can
start
using
it
right.
So
cambridge
analytica
using
facebook
kind
of
thing
is
the
classic
example,
but
there's
so
many
so
many
more
things
that
could
happen.
So
I
hope
that
you
know
the
big
takeaway
here.
B
Is
these
really
important
values
are
what
we're
at
the
core
of
so
many
of
our
applications
in
our
system,
so
really
encourage
you
to
to
think
through
them
and
think
through
which
ones
you
really
care
about,
and
you
and
your
your
groups
want
to
make
sure
exists
in
the
world.
B
So
what
three?
If
you're,
not
I
think
for
now,
most
people
will
be
pretty
familiar
with
with
the
terminology
and
so
on.
I
tend
to
think
that
this
is
a
combination
of
these
three
broader
groups
of
broader
efforts,
the
decentralized
web
blockchains
and
link
data-
and
I
spoken
before
about
this.
I
kind
of
think
think
of
this
as
a
talk
that
continues.
These
other
other
talks
I've
given
in
the
last
last
few
years
so
yeah
you
can.
B
I
won't
speak
as
deeply
into
some
areas,
as
I
did
then
so
now
I
wanna
maybe
describe
how
we
think
about
these
values
and
we
think
about
the
projects
that
we're
making.
So
you
know
we
are
working
on
a
number
of
things
that
and
programs
working
on
are
things
that
contribute
some.
Some
are
trying
to
affect
some
of
the
changes
that
I'm
talking
about
here
and
in
reality
we
contribute
to
a
lot
of
projects.
B
So
we
probably
help
out
a
number
of
the
things
here
on
the
screen,
and
this
is
again
a
snapshot
that
I
took
many
years
ago.
There's
a
ton
of
other
projects
here
that
that
aren't
well
represented,
but
we
started.
B
We
we're
lucky
enough
to
have
started
a
few
and
I
kind
of
want
to
describe
sort
of
why
how
they
connect
right
so
and
so
over
time,
we'll
have
more
projects
and
and
whatnot,
but
these
connect
into
what
we
sort
of
describe
a
as
a
stack
that
helps
bring,
helps
upgrade
the
web
and
the
the
application
platform
to
have
a
number
of
those
properties.
B
The
the
reason
we
ended
up
separating
them
into
different
projects-
and
we
ended
up
with
kind
of
like
a
wardrobe
of
of
acronyms
and
so
on-
is
that
each
one
of
these
pieces
introduces
a
different
set
of
properties
into
the
network
and
it
is
best
to
kind
of
create
these
things
in
a
modular
way
in
a
reusable
way,
where
many
other
people
can
use
the
the
tech-
and
you
don't
have
to
kind
of
build
these
monoliths
monolithic
systems
and
applications
that
that
over
time
will
kind
of
just
give
way
right.
B
So
a
good
example
of
this
is,
if
you
look
back
to
the
peer-to-peer
wave
of
the
early
2000s,
so
many
important
things
got
built
there
to
think
of
bittorrent
and
skype
and
so
on,
but
they
were
monolithic
applications,
and
so
it
was
very
difficult
to
reuse
those
systems
for
for
other
for
other
things
and
so
kind
of
one
of
the
goals
that
we've
had
along.
The
way
is
to
do
the
extra
work
to
go
and
modularize
and
break
up
pieces
so
that
other
people
can
use
them
now.
B
You
know
here
up
here.
Look
it
up
here
is
so
that
we
can
have
a
kind
of
interoperable
peer-to-peer
stack,
there's
all
kinds
of
problems
that
that
I'm
describing
that
come
from
not
having
a
really
good
networking
layer
and
so
that's
kind
of
the.
What
liquidity
hopes
to
hope
to
solve-
and
this
is
liberty
is
broadly
adopted
in
the
web
3
space
and
it
enables
a
kind
of
interoperability
across
systems.
B
B
Now
is
when
we're
going
to
start
to
see
people
writing
tools
and
applications,
and
so
on
that
help
bridge
this
world,
and
so
we
hope
that
it
will
contribute
to
interoperability
and
convergence
of
the
stack
we're
building
ipfs,
because
we
think
you
know
the
web
itself
should
work
peer-to-peer.
You
should
be
able
to
move
around
the
content.
You
should
be
able
to
address
it
wherever
you
you
want.
You
shouldn't
rely
on
one
central
party
defining
what
the
content
is.
B
The
content
should
be
defined
by
by
script,
graphic,
hash
and
and
so
on,
and
you
know
this
in
that
simple
kind
of
statement
of
saying
hey.
It
would
be
great
to
have
content
on
the
network,
the
address
micrographic
hash
to
get
that
integrity
and
and
verifiability
that
comes
from
that
is
kind
of
where
the
whole
ipfs
project
comes
from,
and
it's
a
larger
effort
with
a
lot
of
different
folks
in
a
pretty
large
community
and
many
other
systems
that
use
it
right.
B
So
the
entire
you
know
you
can
think
of
embedding
the
entire
falcon
ecosystem
within
the
ipad
sequel
system
and
so
on
and
many
other
many
other
groups.
B
The
big
thing
is
to
is
to
upgrade
the
application
platform,
specifically
browsers
and
mobile,
and
so
on,
and
the
connectivity
layers
between
whenever
we're
exchanging
static
information
to
make
sure
to
address
it
in
a
content
address
way
and
to
move
it
around
with
the
protocol
that
that
facilitates
peer-to-peer
distribution
as
opposed
to
kind
of
going
through
the
rails
of
a
few
centralized
parties-
and
you
know
really.
B
This
is
definitely
watch
the
ips
talk
from
earlier
in
the
week,
but
you
know:
we've
made
a
lot
of
products
over
the
years
in
getting
a
lot
of
traffic
coming
going
through
ipfs
and
also
browser
adoption.
There's
a
really
cool
important
upgrade
to
this,
where
I
think
brave
will
now
pass
opera
fairly
soon,
because
now
they're
they're
they're,
embedding
ipfs
itself
in
in
the
browser
right,
so
the
whole
full
node
will
will
come
into
braylon
so
expect
this
to
to
totally
change.
B
This
slide
is
also
pretty
old
and
brave
is
now
kind
of
overtaking
up
right
here,
and
you
know
we're
building
falcon
to
create
an
environment
where
we
can
back
up
and
serve
all
of
this
data
in
a
crypto
native
way,
where
you
can
have
anybody
providing
services
to
the
network
and
be
paid
in
cryptocurrency
for
it,
and
you
can
build
applications
that
you
can
deploy
into
the
network
and
sort
of
walk
away
from
so
far
it's
a
very
large
system,
it's
a
like
ips
and
likely
to
pee
it
expanded
to
to
a
broader
set
of
goals
and
and
so
on.
B
I
won't
explain
the
whole
thing
here,
but
I'll
give
you
kind
of
a
glimpse
into
into
the
picture.
You
can
think
of
many
different
layers
to
to
falcon
and
different
components
of
the
of
the
system,
and
you
know
the
mission
is
to
create
a
centralized
and
efficient
and
robust
foundation
for
humanities
information,
which
is
a
really
they
hope
for
a
long-term
application
foundation,
layer
that
that
isn't
really
controlled
by
anybody
that
is
sort
of
like
the
internet.
B
That
is
sort
of
like
the
web
itself,
where
you
can
just
rely
on
the
system
working
and
you
can
kind
of
address
all
your
data
with
ipfs
and
back
up
your
content
with
popcorn
and
then
bet
on
it
being
there
for
for
the
long
term.
B
Now
some
problems
that
falcon
addresses
things
like
making
sure
that
the
cloud
can
be
decentralized.
Try
to
optimize
the
system
by
introducing
markets
deal
with
kind
of
the
problems
of
monopoly
data
monopolies
and
so
on,
destroying
applications
or
changing
them
too
much
when,
when
you
don't
want
them
to
change
and
so
on,
you
can
think
of
now
a
more
permanent
layer
for
for
data
being
being
available
and
yeah
one
of
the
key
things
that
key
features
the
platform
brings
to
the
table.
B
That
no
other
cloud
does
is
it
gives
you
cryptographic
proofs
that
verify
that
the
storage
is
there
over
time,
and
so
that's
a
really
key
property
that
nobody
really
does
yet
and
and
that's
a
a
really
useful,
primitive
for
the
future.
B
The
broader
picture,
as
you
can
imagine
out
of
the
world
right
now,
most
of
the
information
that
we
consume
and
most
of
the
information
that
we
saw
and
so
on
is,
is
grouped
into
a
few.
Large-Scale
data,
centers
and
it'd
be
really
great
to
transition
into
something
like
this,
where
source
providers
can
add
from
many
different
organizations,
come
together
and
form
a
market
that
can
back
up
our
our
data
and
so
really
kind
of
turning
a
a
market.
B
That
sort
of
like
looks
like
this,
where
well
the
scale
here
is
off
really
the
top
three
are
you
know
the
vast
majority
of
the
of
the
of
the
traffic
and
and
the
storage,
and
so
on
and
really
combine
it
with
with
a
model
kind
of
like
airbnbs,
where
really
you
enable
the
smaller
players
to
compete
with
the
large
ones
right,
so
if,
in
the
airbnb
world,
you
were
trying
to
rent
out
your
room
and
compete
with
with
a
hotel
chain
that
was
pretty
difficult,
but
once
you
created
a
market
that
became
easy
and
so
that
in
a
similar
way,
imagine
being
kind
of
what
some
of
the
smaller
search
providers
that
today
have
to
compete
with
each
other
and
the
big
players
and
really
thinking
of
the
rest
as
a
as
a
market
that
can
come
together
and
and
be
much
more
efficient
and
and
and
robust.
B
So
a
another
word,
I'm
coming
close
in
time
here.
I'm
gonna
kind
of
like
blaze
through
a
little
bit
of
this.
I've
recorded
this
in
in
other
in
other
settings
and
so
I'll
drop
a
link
later
to
a
talk
where
I
go
through
a
lot
of
this
in
greater
detail
and
and
also
colin
in
our
team,
gave
a
an
even
more
fleshed
out
version
of
of
this
update.
That
is
really
amazing,
really
encourage
you
to
check
it
out.
The
biggest
news
is
that
falcon
is
live.
B
The
network
is
alive
and
kicking
there's.
You
know
we
have
a
blockchain.
We
are
moving
around
a
ton
of
data
and
you
know
past
onex
we
buy
it,
which
is
a
huge
amount
of
storage.
B
We
are
booting
up
this
storage
economy
with
miners
and
clients
and
developers,
and
so
on,
and
and
getting
the
entire
economic
flows
of
of
producing
this
cloud
storage
and
using
it
to
work
with
a
crypto
native
system
and
an
asset
and
so
on
and
the
facility
you
know,
there's
a
whole,
pretty
significant
scale
of
facilities
coming
together.
A
lot
of
different
companies
around
the
world
amazing
uptake
in
in
in
in
asia
and
china.
B
Specifically,
it's
been
amazing
to
see
the
the
adoption
there
just
blow
up
tremendously.
It's
been
really
great
and
the
road
ahead
for
the
future
is
expanding,
that
out
to
to
other
other
areas
of
the
world.
The
network
size
is
yeah,
it's
pretty
big,
like
the
there's
really
kind
of
like
two.
B
You
need
to
update
this
chart,
but
it
is
in
in
about
three
months
we
got
to
1.2
extra
bytes,
which
is
a
massive
amount
of
storage,
and
so
this
really
starts
hitting
cloud
scale,
and
so
now
we
can
actually
think
about
competing
with
those
environments.
B
Now,
of
course,
it'll
take
a
quite
a
long
time
to
deal
with
all
of
the
feature
sets
that
that
industry
really
needs
so
so
this
will
be
a
pretty
long
slog
similar
to
cloud
taking
many
years
to
to
go
from
kind
of
being
available,
aws
being
available
or
something
like
that
to
actually
consuming
most
of
the
most
of
the
the
market
usage
and
so
on.
B
So
so
this
is
it's
a
long-term
long-term
thing
for
sure,
but
it's
really
amazing
that
in
a
very
short
time
we
actually
now
have
the
scale
to
be
able
to
do
that.
So
the
unique
system
is
growing.
One
go.
You
should
watch
the
stocks
that
I
mentioned.
They
go
into
detail
into
a
lot
of
the
activity.
That's
going
on.
You
know
various
different,
really
cool
applications,
all
kinds
of
stuff
that
I
want
to
get
a
chance
to
talk
to
you
about
now.
B
I
did
want
to
give
a
massive
shout
out
to
the
whole
chainsafe
team
for
being
phenomenal
partners
in
building
out
this
network.
So
you
know
probably
about
a
year
or
so
ago.
I
don't
remember,
maybe
longer
probably
it's
been
kind
of
a
blur.
B
We
got
to
chatting
about
about
the
possibilities
working
together
on
on
fat
point
and
and
chance
of
building
a
an
implementation
of
the
protocol
and
a
bunch
of
other
things,
and
you
know
they
took
a
a
huge
bet
on
on
the
ecosystem
and
they've
been
really
phenomenal
to
work
with
in
in
so
many
ways.
So
really
thank
you
folks,
for,
for
being
a
great
you
know,
sharing
and
building
this
amazing
new
resource
and
network
with
us.
B
It's
been
fantastic
to
work
together
and
really
all
of
us
from
pl
and
from
many
other
organizations
in
in
the
faculty
system.
Just
really
love
working
with
you
and
and
think
it's
a
look
ahead
for
for
a
really
bright
future
together.
So
thank
you
so
much
for
for
taking
the
plunge-
and
you
know,
here's
to
many
more
more
years
ahead.
So
yeah
thank
you
and
with
that,
I'm
I'm
gonna
move
out
of
this
because
I
think
we're
at
at
the
time.
B
The
kind
of
like
the
remaining
thing
I
wanted
to
to
sort
of
leave
you
with
is
that
there's
a
pretty
big
wave
of
web3
applications.
That's
going
to
going
to
appear
because
we're
seeing
the
the
emergence
of
a
bunch
of
different
next
generation,
blockchains
that
are
kind
of
testing
testing
the
waters
clockwise
coming
to
the
picture,
with
a
vast
amount
of
storage,
there's
inter
operability,
that's
going
to
come
together,
and
so
the
applications
are
going
to
get
built
in
between
now
and
say.
B
Middle
of
next
year
are
going
to
be
this
super
massive
wave
in
in
in
in
web3
right.
So
if
we
think
of
think
of
it
kind
of
like
when
ethereum
first
started
that
it
took
about
you,
know
kind
of
six
to
12
months,
six
to
18
months
or
so
for
the
first
generation
of
applications
to
to
really
come
into
the
scene
and
really
hit
in
a
really
big
way
and
kind
of
have
the
first
big
waves
of
the
ethereum
applications,
that's
sort
of
happening
now.
B
People
are
currently
building
the
next
generation
applications
on
top
of
these
next
generation
systems
that
just
deployed.
So
it's
a
super
exciting
time.
So,
if
you're
not
in
in
a
deep
into
the
weeds
of
a
lot
of
these
systems
and
projects,
that's
a
that's
a
an
amazing
time
to
get
involved
and
there's
all
kinds
of
things
going
on
from
hackathons
to
accelerators,
to
lots
of
funding
in
the
space
to
to
help
build
projects
both
in
terms
of
grants
and
in
terms
of
investment
into
companies
and
whatnot.
B
So
really
an
amazing
time
to
get
involved.
Great
albus
here,
if
there's
time
for
questions
happy
to
take
them,
but
I
also
don't
want
to
take
the
next
speaker's
time.
Thank
you.
A
A
So,
let's
just
relax
and
answer
all
these
questions,
because
they're
all
great
questions,
so
I'm
going
to
start
with
the
ones
with
the
most
votes
when
originally
building
ipfs.
How
many
of
the
tools
that
ended
up
being
built
were
evident
as
necessary
at
the
time
and
how
many
got
organically
added
to
this
stack
of
tools
as
the
project
grew.
B
A
great
question,
so
I
think,
probably
now
I
would
say
the
majority
of
the
tooling
around
ipfs
is
organically
developed.
That
said
from
the
beginning,
maybe
I
will
mention
a
few
core
things,
so
the
networking
layer
being
a
really
big
deal,
which
eventually
turned
into
the
core
of
the
p
that
was
kind
of
clear
from
the
get-go.
The
fact
that
we
would
need
something
to
do
content
routing
in
a
scalable
way
was
very
clear
from
the
beginning.
B
It
was
clear
that
a
dht
would
sort
of
get
us
part
of
the
way
there
and
maybe
work
for
a
few
years,
but
then
break,
and
this
is
kind
of
where
we
are
where
the
dhc
has
served
us
pretty
well
for
for
a
number
of
years,
but
now
we're
we
actually
hit
the
scale
where
that's
just
not
the
right
solution
in
the
in
the
long
term
or
we
might
make
a
new
kind
of
dht
that
might
do
it,
but
we
might
also
explore
other
kinds
of
routing
systems.
B
Things
like
the
gateway
were
always
you
know
from
the
beginning,
part
of
the
plan
and
and
they've
been
they
struck
around
and
become
very
successful.
I
sort
of
expected
that
the
browser
integrations
would
have
picked
up
more
by
now
or
sorry.
Nonetheless,
integration
is
the
tooling
with
javascript
to
make
it
a
an
easier
deploy
environment.
B
It's
pretty
good,
but
it's,
but
I
think
more
people
are
relying
on
the
gateway
that
I
think
should
be
relying
on
javascript
directly
and
the
browser
integration
is
something
that
surprised
me
as
to
how
fast
they
went.
So
I
was
expecting
not
really
being
considered
by
major
browsers
for
you
know,
10
years,
and
it's
really
sort
of
been
like
five.
So
so
that's
awesome.
A
B
I
think
probably
the
a
big
oversight
in
the
initial
design
was.
We
should
have
made
publish
of
a
much
bigger
part
of
the
picture
from
the
get-go.
So
that's
one
piece,
oh
and
then
ipld,
so
the
entire
ipld
layer
came
too
late,
so
that,
if
I
were
to
go
back
and
kind
of
introduce
a
set
of
ideas
into
the
beginning
would
be
all
the
ipld
layer
of
things
how
to
model
the
content.
How
to
represent
data
structures,
make
it
a
really
flexible
layer
and
so
on.
B
A
That's
cool!
That's
great!
So
here's
the
next
question
you
have
described
drandt
as
a
fundamental
building
block
of
the
internet,
comparing
it
to
ntp.
What
are
the
most
exciting
things
you
want
to
see:
durand
used
for
outside
of
blockchain
and
leader
reelection.
B
Great
question,
so
I
think
I
think
a
randomness
beacon
is
one
of
these
primitives
that
so
many
applications
need
and
they
sort
of
solve
it
in
their
own
kind
of
password
way,
and
it's
a
really
pain,
painful
thing
to
do,
and
if
we
manage
to
build
this
layer
that
and
everybody
can
trust
will
just
be
there.
B
That'll
start
seeping
into
into
a
ton
more
applications.
I
mean
the
use
of
randomness
is
ever
present
and
most
sources
of
randomness
are
not
very
good
and
people
make
mistakes
about
this
all
the
time.
So
I
think,
maybe
to
to
part
of
the
question's
point
like
what
is
sort
of
in
the
near
term.
B
I
think
blockchains
will
be
probably
the
biggest
adopters,
because
the
need
for
a
good
randomness
is
so
high
and
they're
willing
to
to
trust
a
new
systems
and
so
on
more
where
say,
larger
scale
industries
may
not.
That
said,
I
think
yeah.
I
think
we'll
we'll
see
what
happens
over
the
next
year
or
two
as
the
you
know,
proof
of
stake.
Blockchains
arrive
as
falcon
relies
on
d-rand
it'd,
be
amazing
to
see
another
blockchain
started
using
it
for
consensus
or
lotteries.
B
So
I
think
now,
lotteries
with
with
you
know,
fair
and
unbiasable
randomness
would
be
will
be
great.
A
A
I
think
I'll
try
to
collapse
them,
but
maybe
I'll
ask
the
first
question:
if
the
whole
world
started
using
filecoin
tomorrow,
would
there
be
any
blockers
for
that
amount
of
data
needed
to
be
stored.
B
Yes,
I
think
the
biggest
blockers
are
just
interface
tooling
and
getting
the
flows
from
clients
to
miners
working
super.
Well,
so
the
network
is
evolving
in
the
following
stages:
we
you
know
first
building
the
protocol,
then
getting
miners
used
to
the
protocol
and
and
so
on,
then
actually
launching
the
network
and
building
a
bunch
of
capacity.
B
That's
sort
of
the
stage
we're
in
now
and
we're
starting
the
next
stage,
which
is
getting
clients
onboarded,
starting
to
use
a
lot
of
the
flows
getting
a
bunch
of
utility
out
of
the
network
and
then
then
scaling
clients.
So
think
of
now,
as
kind
of
the
pioneering
moment
where
a
lot
of
new
applications
and
new
users
are
starting
to
build
their
applications
level.
Five
coin
and
it'll
take
a
while
to
flesh
out
all
the
all
the
ux
and
dev
tooling.
That
should
really
be
there
and
especially
retrieval.
B
So
I
think
it's
really
awesome
to
work
together
on
their
retro
market.
That's
one
area
that
I
think
will
be
super
super
valuable
for
for
really
enabling
everybody
to
sort
to
use
falcon,
meaning
if
everybody
stored
their
data
on
falcon
right
now,.
B
We
would
start
congesting
the
traffic
to
the
miners
very
quickly,
so
the
miners
right
now
can
serve
it
to
everybody,
because
the
traffic
on
refuel
is
not
that
high
as
soon
as
that
scale
is
up.
That
will
need
a
much
more
cdn
style
style
system,
which
you
know
we
can
build
over
the
next
year
and
that
that
should
the
timing
on
that
should
be
should
be
fine.
A
Yeah,
that's
a
great
and
also
predictable
answer,
but
also
I
was
personally
for
me.
I
think
one
thing
that
gets
me
super
excited
about
the
filecoin
ecosystem
is
the
verified
data
and
people
who
verify
the
data,
so
it'd
be
interesting.
If
we
all
woke
up
tomorrow
and
everything
was
stored
on
filecoin
yeah.
B
We
start
verifying
so
by
the
way,
congratulations
on
on
the
awesome
launch
super
stoked
about
about
the
product
and
really
look
forward
to
using
it,
and
you
know
it'd
be
amazing
to
see
the
files
product
have
that
verifiability
be
clear
to
the
user
right.
So
this
is
not
something
that
most
users
care
about
yet
or
don't
think
about,
but
it
would
be
cool
to
see
maybe
the
history
of
a
file
and,
like
you,
have
the
verifiability
over
time
right.
B
So
I
don't
know
if
any
user
would
actually
want
this
feature
today.
So
you
know,
maybe
I
need
to
build
that
if
nobody
cares
about
it,
but
but
you
know
on
a
personal
use
basis,
it
would
be
really
nice
to
see
kind
of
verifiably
when
a
file
got
introduced
or
published
or
reshared
and
so
on.
B
This
might
be
more
valuable
to
community,
so
so
communities,
that's
when
that's
when
that
kind
of
verifiability
becomes
super
important
knowing
when
they
enter
the
picture,
when
a
specific
piece
of
data
came
up
came
online
and
knowing
that
that
data
is
being
kept
around,
that
verifiability
for
communities
really
really
really
matters,
so
think
of
also
being
able
to
see
the
mutating
history
of
important
data.
B
So
you
see
a
newspaper
article
change
over
time,
making
that
verifiable-
and
you
know
exactly
when
that
happened
and
knowing
that
you
know
what
information
was
there
and
what
what
are
they
citing
and
referencing,
and
what
is
immutability
on
those
things
like
that
entire.
You
know
the
web
of
media
and
its
change
and
making
that
permanent,
easily
accessible
and
verifiable,
like
that.
That,
I
think,
is
going
to
be
a
really
valuable
use
of
verifiability,
yeah.