►
From YouTube: Why IPFS? - Juan Benet
Description
The web of tomorrow needs the InterPlanetary File System today. IPFS aims to surpass HTTP in order to build a better web for all of us, and creator Juan Benet explains how.
For more information on IPFS
- visit the project website: https://ipfs.io
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A
I
am
so
excited
to
be
here.
This
is
an
incredible
camera.
Look
take
a
look
around.
This
is
incredible
when
I,
just
when
I
walked
in,
I
couldn't
believe
it
I
feel
felt
like
I
was
at
sea
bays
part
of
the
time.
Finally,
I
was
at
the
ISS
part
of
the
time.
This
is
amazing,
so
really
huge
round
of
applause
for
all
of
the
people
that
worked
on
putting
this
together.
A
A
lot
of
hard
work,
energy
and
love
has
gone
into
creating
this
experience
so
enjoy
it.
So
I
wouldn't
spend
a
bit
of
time
talking
to
you
about
why
IP
fest
matters
and
why
the
work
that
we're
doing
it's
important
and
not
just
now
but
in
the
future,
meaning
there
are
a
lot
of
things
happening
right
now
in
the
world
that
over
time
will
accumulate
to
something
very
significant
and
those
decisions
are
being
made
now.
A
A
No
all
credit
for
that
goes
to
melody
sheep,
which
is
an
amazing.
It
was
an
amazing
artist
and
the
reason
I
like
starting
this
way
is
because
we
often
forget
that
we
are
at
the
culmination
of
a
very,
very
long
history,
of
the
universe
becoming
aware
of
the
universe,
producing
you
and
other
things
so
shorting
it.
A
We
can
think
of
those
shifting
and
in
you
know,
by
a
hundred
thousand
years
ago,
things
looked
started
to
look
pretty
different
for
starting
to
organize
in
various
different
ways.
Things
started
picking
up
speed
around
ten
thousand
years
ago,
with
different
kinds
of
innovations
and
so
on.
It
kept
getting
crazier
and
crazier
and
crazier
and
crazier
and
crazier,
and
so
this
is
an
incredible
speed
of
development
and
it's
hard
to
understand
where
all
of
this
is
headed.
A
If
you
try
to
do
this
towards
the
future,
this
is
an
exercise
in
futility
because
it's
extremely
difficult
to
predict
what
is
going
to
happen,
but
we
can
try.
Well,
we
can
at
least
look.
You
know
ahead
of
a
little
bit
and
we
can
think
of
say
hey.
We
have
a
lot
of
automation
going
on.
We
have
a
lot
of
AR
and
B
are
coming.
Potentially
we
have.
Finally,
the
space
race
is
back
on
and
we
have
a
whole
bunch
of
similar
kinds
of
innovations
that
seem
tractable,
maybe
a
little
bit
further
out.
A
We
have
things
like
human
augmentation
and
different
kinds
of
machine
learning
and
narrow
AI
that
that
is
going
to
augment
what
we
can
do.
Perhaps
we'll
start
colonizing
other
planets.
We
started
getting
into
like
the
100
year
mark
and
that
gets
really
fuzzy.
Will
we
get
nanotech
we'll
be
able
to
assemble
anything?
We
want.
Will
we
be
able
to
program
the
genome?
Oh
babe
will
we
be
able
to
create
digital,
artificial
intelligence?
This
is
these
are
like
the
fundamental
questions
are
going
to.
A
We
decided
upon
the
next
roughly
a
hundred
years
and
that
might
set
humanity
and
our
future
in
a
very,
very
different
different
course.
What
will
happen
after
that?
We
will
figure
out
how
to
go
faster
than
space
travel.
Well,
we
make
rogue
ai's
that
will
be
evil
or
but
from
our
definition
of
evil.
Or
will
we
make
benign
things
or
what
exactly
is
going
to
occur
is
extremely
difficult
to
predict.
A
So
contrast
this,
we
can't
we
can't
really
fathom
what's
going
to
happen
a
thousand
years
in
the
future,
and
yet
the
past
looks
very,
very
understandable
to
us.
We
can
trace
the
path
of
progression,
so
the
future
is
very,
very
nebulous
and
it's
unclear.
What's
what
will
occur?
You
try
to
do
this
further
further
ahead
and
it's
just.
We
cannot
at
all
predict
what
might
happen.
Maybe
we'll
create
Dyson
spheres.
Maybe
we
will
travel
to
across
the
Stars.
A
Maybe
we'll
create
mono
men
protes
and
go
off
around
the
galaxy,
and
you
know
a
million
years
is
completely
on
it
completely
beyond
our
reach
of
being
able
to
reason
reason
about
this
at
this
point
in
time.
So
this
very
simple
way
of
compressing
our
timeline
from
a
million
years
ago
to
a
million
years
in
the
future
demonstrates
that
we
were
part
of
something
extremely
special,
something
that
is
occurring
right
now
in
here
on
this
planet
here
in
this
century.
A
In
this
moment
of
space
time,
it's
extremely
fundamentally
different
than
the
things
that
have
been
happening
before
so
when
I
talk
about
computing
for
a
moment
and
computing
and
ipfs
I
think
the
a
lot
of
people
think
about
computing
in
terms
of
the
printing
press.
They
compared
computing
to
the
invention
that
managed
to
create
all
kinds
of
knowledge,
distribution
and
create
different
notions
of
communication
across
all
different
kinds
of
societies.
Then
that
people
are
like
well,
maybe
not-
maybe
it's
actually
more
impactful
than
that.
Maybe
it's
something
like
writing.
A
Writing
was
actually
much
more
important
as
an
innovation
than
the
printing
press.
The
prenup
press
accelerated
the
distribution
of
writing,
but
writing
itself
gave
us
culture
and
a
way
to
write
it
down
and
pass
it
on
beyond
kind
of
oral
traditions.
Before
that
hey,
maybe
language
itself
could
compute
and
compare
to
the
invention
of
language
the
ability
to
create
abstractions
and
communicate
them
to
each
other.
A
The
ability
to
learn
together
I
actually
think
that
these
are
all
off
and
that,
in
reality,
computing
is
something
as
fundamentally
important
as
biology
itself,
so
we
can
think
of
the
invention,
in
a
sense,
the
invention,
by
just
replicators,
that
invention
of
the
ability
of
an
of
an
organism
of
something
material
to
start
to
evolve
and
to
produce
the
wealth
of
biodiversity.
You
see
around
you
and
you
that's
the
kind
of
impact
that
something
like,
but
that
kind
of
an
innovation
can
have,
and
so
that's
how
I
think
we
should
be
thinking
about
computing.
A
It's
that
level
and
that
scale
of
an
innovation
in
a
very
short
amount
of
time.
Computing
has
gone
from
just
a
whole
bunch
of
machines
in
huge
rooms
that
you
have
to
kind
of
wire
together
and
like
very
simple
mechanisms,
all
the
way
to
having
supercomputers
in
your
pocket,
so
that
you
can
look
all
at
all
kinds
of
information
and
do
all
kinds
of
super
powerful
things.
So
we
as
humans
walk
around
already
as
cyborgs
I.
A
Don't
think
that,
just
because
the
computer
is
not
physically
embedded
in
you,
you
can,
you
know,
think
of
yourself
as
the
same
as
say,
a
human
being,
a
million
years
ago,
you're
fundamentally
different.
You
can
do
many,
many
things
that
your
ancestors
couldn't,
and
so
that's
something
that
we've
already
begun,
that
kind
of
transition.
A
So
let's
blaze
through
the
history
of
computing
and
I'm,
not
gonna
talk
about
this
we'll
just
kind
of
we'll
look
at
it.
It's
more
around
the
relationship
and
the
thing
I
wanted
you
to
take
away
is
the
relationship
between
programs,
data
and
computers.
In
the
beginning,
there
was
a
big
machine
and
we
loaded
it
up
with
a
bunch
of
data
and
programs,
and
we
produced
more
data.
We
took
a
function
and
applied
it
to
some
numbers
and
we
got
more
numbers,
and
then
we
decided
that
we
wanted
to
do
that.
A
A
lot
and
we
invented
ways
of
combining
these
things
and
we
invented
a
way
of
having
functions,
calling
each
other.
And
then
we
dealt
with
the
fact
that
some
of
these
functions
might
be
problematic
and
my
club
or
other
functions
since
we
figured
out
how
to
create
a
sane
wait
of
sharing
programs
and
sharing
data.
And
then
we
said,
hey,
if
they're
really
nice
to
not
have
to
go
to
this
huge
room
and
interact
with
this
like
huge
device
all
the
time.
A
So
what
if
I
put
a
screen
in
some
other
room
and
I,
run
a
cable
to
this
big
big
room?
And
that
was
a
great
idea
and
so
a
lot
of
people
started
doing
that
and
other
people
said
hey
what.
If
we
make
more
of
this
really
big
room,
computer
things
and
we
distribute
them
around
the
planet
and
there
were
a
bunch.
They
were
probably
around
twelve
and
in
one
moment
and
for
you
know
a
decade
or
so
they
were
like
basically
somewhere
between
five
and
twelve,
really
big
computers
that
people
used.
A
This
was
very
successful,
but
then
people
said
hey
what
if
we
could
wire
these
really
big
room,
computer
things
to
each
other,
and
that
was
the
beginning
of
networking
and
that
created
the
possibility
of
certain
computers
being
able
to
call
each
other
and
store
information
and
transmit
it
and
so
on.
So
we
got
the
beginning
of
multi
processing
and
this
the
networked
computers
idea
was
so
good
that
it
come
took
the
world
by
storm
and
they
kept
expanding.
A
Many
many
many
many
people
thought
that
was
a
terrible
idea,
but
hey
it
happened
to
be
quite
popular
and
a
lot
of
people
did
this
and
a
lot
of
people
did
this
and
many
more
people
did
this
and
then
suddenly
the
entire
planet
was
carpeted
with
computers,
but
there
was
a
also
very
significant
shift
when
we
went
from
this
to
plugging
all
of
these
computers
that
people
now
suddenly
had
in
their
homes
or
in
their
offices
and
so
on,
to
have
them
work
together.
So
the
internet
had
this,
this
significant
evolution
as
well.
A
There
all
these
different
kind
of
networks.
Then
people
said
hey
what
if
these
networks
work
we're
able
to
talk
to
each
other,
and
that
was
the
beginning
of
the
internet
and
again
we
kind
of
scale
that
up
and
now
that
thing
is
enormous,
and
so,
but
for
the
most
part,
the
thing
to
to
take
away
from
this
is
that,
at
the
end
of
the
day,
it's
just
about
some
machine
computing,
a
function
and
some
data
being
fed
into
that
function
and
transmitted
it
over
some
wires.
A
There's
a
lot
more
in
the
details,
but
at
the
core
of
the
in
of
the
main
innovations
to
computing.
It's
just
better
and
better
ways
of
moving
around
functions,
better
and
better
ways
of
moving
around
data
ways
of
getting
assurances
about
that
data
and
those
functions,
and
so
on.
That
was
probably
the
big
moment
where
all
of
us
got
to
suddenly
experience
the
Internet
in
full
force.
That
was
when
suddenly
programs
were
able
to
display
things
at
us
in
in
a
dynamic
medium,
and
so
first
it
was
just
moving
around
information.
I
could
have
changed.
A
The
data
I
could
send
you
a
link
and
you
could
look
at
it
later
on.
We
had
these
browsers
that
could
run
all
kinds
of
more
complicated
applications,
and
then
we
started
moving
to
this
world
of
like
hey.
Maybe
you
know
there's
like
some
server
out
in
the
in
the
in
the
world
somewhere
and
I'm,
talking
to
it
and
fetching
data
back
and
forth
and
hey.
Maybe
we
can
ship
around
these
programs
as
well,
because
after
all,
I
have
a
computer.
A
The
world
got
an
enormous
amount
of
servers
and
clients
and
so
on-
and
you
know
the
web
2.0
world
world
exploded
and
it
left
us
in
a
world
where
suddenly
now
we
have
a
lot
of
different
machines
around
the
planet.
Some
of
this
them
are
benign.
Some
of
them
are
malicious.
Some
of
them
are
rational,
meaning
they'll.
You
know
they'll
try
to
cheat
you
if
they
can
but
they're,
mostly
just
trying
to
trying
to
get
away
something
and
then
eventually
we
we
got
better
improvements.
A
We
said
hey
what,
if
we
could
certify
the
data
and
make
sure
the
data
is
actually
correct.
This
is
you
know
the
beginning
of
things
like
encryption
on
the
internet
at
the
beginning
of
the
certificate
authorities
and
the
beginning
of
hey
blockchains.
Suddenly
the
ability
to
do
computation
in
this
medium
at
the
end
of
the
day,
it's
just
about
data
and
programs.
It's
just
you're.
You
have
some
certified
log
of
data,
you're,
adding
functions
to
it,
you're
competing
on
it
together,
and
you
know
history
is
kind
of
repeating
itself.
A
We
now
have
a
have
one
blockchain.
We
have
many
blockchains,
we
have
like
an
Internet
of
blockchains
and
the
in
the
centralized
web
movement
is
a
similar
kind
of
thing.
It
said
hey,
let's
take
these
links
that
refer
to
data
and
what,
if
those
were,
were
secured
as
well
and
again
we
have
it.
We
live
in
a
world
with
only
kinds
of
malicious
devices
and
whatnot.
So,
going
back
to
this
I
think
it's
important
to
to
reflect
that.
You
know
in
this
room
right
now.
There's
probably
something
around.
A
A
You
know
how
many
people
have
like
put
on
a
VR
headset
at
this
point.
It's
a
lot,
keep
your
hand
up.
If
you
like,
have
like
a
WoW
moment,
yeah,
it's
like
pretty
eerie
awright,
and
this
is
just
gonna-
continue
increasing.
How
do
people
have
worn
an
AR
like
head
thing,
yeah
I'm
pretty,
for
this
thing-
that's
not
quite
there
yet,
but
it's
getting
there
brain
machine
interfaces
is
another
thing.
That's
around
the
corner,
that's
even
even
crazier!
A
That's
you
know
a
bridging
moment
of
going
from
this
thing
is
displaying
pictures
at
my
face
and
I'm
trying
to
like
type
with
my
finger
on
it
and,
like
that's,
a
very,
very,
very
slow
mode
of
communication.
But
what
happens
the
moment
where,
like
we
breached
that
barrier,
that's
gonna
happen?
Sometime
in
the
next
I,
don't
know
10
to
20
years.
That's
probably
a
prediction
might
be
totally
off,
but
that's
what
it
seems
like
right
now.
A
There
are
other
kinds
of
fundamental
changes
coming
things
like
machine
learning
are
made
and
assisted
systems,
think
think
of
autonomous
cars.
Those
I
remember
when
those
were
crazy.
People
used
to
think
this
was
never
gonna
happen
and
they're
here
I
can
raise
your
hand
if
you've
driven
around
or
being
driven
by
an
autonomous
car,
yeah,
so
less
people,
but
just
wait.
I'm
gonna
keep
pulling
people
year-over-year
and
then
you
know,
suddenly
the
room
will
will
be
full
and
we
have
robotics.
A
Finally,
we
don't
quite
have
Rosie
the
robot
yet
being
able
to
help
us
or
we
don't
have
like
the
lost
in
space
robot
that
can
like
befriend
you
and
and
take
you
and
protect
you
from
like
evil
aliens
and
so
on,
but
we
suddenly
now
have
the
first
few
systems
that
can
actually
be
somewhat
robust
to
to
the
environment
around
them.
And
that's
a
very
that's
one
of
those
like
things
waiting
to
happen
that
you
know
it
looks
kind
of
dumb
and
looks
kinda
silly
and,
like
that's,
never
gonna
happen,
and
you
know.
A
A
One
of
the
most
important
things
that
has
happened
is
the
development
of
machine
learning
systems
that
can
do
complex
reasoning
and
here,
complex
reasoning
at
the
level
of
you
know,
humans
in
in
certain
domains
that
are
extremely
difficult
to
you
know,
use
here
at
64.
So
these
are
things
like
games
like
chess
and
go
and
so
on,
but
my
favorite
is
Starcraft,
so
I
think
last
year
deep,
mind
I,
think
you,
using
a
week
of
training,
managed
to
create
systems
that
were
able
to
beat
world
champions,
and
so
this
is.
A
This
is
a
degree
of
of
success
and
and
capability
that
I
don't
think,
we've
I.
Don't
think
we
fully
understand
and
gerak
what
this
kind
of
thing
is
gonna
be
able
to
do
later
on
all
kinds
of
systems
that
can
be
automated
things
like
traffic
and
control
of
all
kinds,
and
someone
can
happen
how
many
of
you
are
familiar
with
Starcraft
it's
hard
right,
like
you
have
to
maintain
an
economy
you
have
to
like
know
how
to
Scout.
A
A
Let's,
let's
think
about
the
internet
for
a
moment
as
it
exists
today,
all
of
a
lot
of
people
in
shown
in
this
slide
or
imagine
the
people
in
those
buildings
are
like
you
and
have
a
lot
of
devices,
usually
one
to
two
right
now,
it's
kind
of
the
average
in
a
lot
of
these
city
cities,
usually
people
have
a
smartphone
and
have
a
computer.
This
is
very
different
from
20
years
ago,
and
this
again
only
gotta
increase
so
think
for
a
moment.
A
How
much
of
your
life
and
your
personal
work
and
relationships,
and
so
on
are
maintained
over
devices?
How
much
of
that
depends
on
the
continued
operation
of
the
programs
they
use
day-to-day
and
the
continued
operation
of
the
other
networks
and
what
kind
of
properties
can
malicious
actors
bring
to
those
to
those
systems
and
completely
change
or
subvert
your
expectations
of
of
your
daily
life?
A
But
we
are
already
dependent
upon
the
internet
and
computing
infrastructure
in
a
way
that
makes
it
extremely
both
kind
of
a
dangerous
attack
target,
but
also
an
extremely
valuable
and
and
required
thing
for
our
daily
life.
So
imagine
if
you
woke
up
tomorrow
and
you
couldn't
like
the
internet,
what's
gone
like
completely
like
you,
you
couldn't
access
any
of
the
data
that
was
on
it
or
you
couldn't
count
on
it
in
the
same
ways
that
you
do
today
to
like
fine
things
and
so
on
sure
we
would
figure
things
out.
A
This
is
pretty
old.
I
would
like
to
get
an
updated
plot
here,
but
you
know
this.
This
is
going
to
catch
up
very
significantly
over
the
next
few
years,
we'll
see
another
billion
people
joining
the
internet
and
that's
also
going
to
come
with
very
significant
changes.
It's
very
interesting
to
note
how
the
internet
differs
across
the
world
and
how
different
communities
and
cities
use
it
of
course,
there's
a
lot
of
security
problems
and
there
are
also
threats
that
potentially
the
internet,
my
split,
so
that's
something
that's
coming
ahead
and
kind
of
in
the
near
term.
A
We
don't
know
whether
this
is
actually
going
to
happen,
but
you
know,
you
know,
should
absolutely
not
happen
and
we
should
fight
against
it.
But
this
is
stuff
that
different
world
leaders
are
considering.
I
remember
there
was
a
moment
when
there
was
the
Declaration
of
Independence
of
cyberspace
and
the
hope
that
at
some
point
the
Internet
could
become
something
like
a
nation
that
the
internet
was
something
different
from
the
rest
of
the
world.
That
idea
has
somewhat
fizzled.
Lately,
I,
don't
see
as
many
people
repeating
it,
but
at
one
point
this
was
a
big.
A
Somebody
smuggles
a
whole
bunch
of
media
like
news
and
video
and
so
on
up
from
somewhere
in
the
US
to
Cuba
I,
don't
know
whether
this
is
still
still
thing,
but
for
what
yeah?
It
is
great.
So
this
is
a
you
know,
a
really
important
way
that
a
lot
of
people
get
news
that
information
from
the
rest
of
the
world,
and
you
know
it's
a
way
of
interacting
with
the
internet.
A
It's
just
over
really
really
the
slow
link,
so
normal
programs
don't
work,
but
it's
still
the
Internet,
the
you
know
things
coming
up
soon
are
things
something
will
have
biomedical
devices.
You
know
think
about
80,
but
some
of
the
IOT
in
your
not
just
in
your
house
like
screwing
up
everything
but
IOT
in
your
body,
potentially
screwing
up
everything
right.
So
so
this
is
I
believe
now
there
are.
There
are
some
devices
that
either
are
IOT,
can't
I
said
now
or
will
soon
be,
which
is
kind
of
crazy.
A
But
what
this
this
sort
of
brings
in
is
that
these
devices
that
are
currently
outside
suddenly
may
not
be
in
a
very
near
future.
We
also
have
hopes
that
you
know
the
internet
will
reach
other
other
planets
and
so
on.
So
what
I
want
to
you
know
drive
to
is
that
the
future
is
whatever
you
make
it,
so
you
know
hopefully
make
it
a
good
one,
and
this
is
entirely
in
your
hands.
A
Every
single
major
innovation
in
computing
history
has
been
due
to
usually
is
you
know,
it
starts
with
a
single
person
or
a
small
group,
and
it
grows
from
there
to
a
large
community
of
people
that
have
some
transformative
change,
and
so,
at
the
end
of
the
day,
it's
you
who
is
going
to
be
deciding
whether
or
not
we
have
a
good
future
or
a
bad
future
and
I
hope
that
you
help
build
a
really
good
one.
So
that's
that
you
know
the
main
message
that
I
want
to
want
to
bring.
A
You
is
that
beyond
just
ipfs
and
beyond,
whatever
project
you're
you're,
currently
working
on
and
so
on,
we're
part
of
something
extremely
special
that
is
changing,
how
how
humanity
operates,
and
we
have
not
just
the
ability
to
influence
it
for
for
good,
but
we
have
I,
think
a
duty
and
then
responsibility
to
make
sure
that
it
goes.
This
goes
well.
A
A
These
sets
of
problems,
things
like
censorship,
the
ability
to
use
computing
systems,
offline,
making
sure
that
links
don't
break
improving
the
security
model,
dealing
with
inefficiency,
problems
and
being
able
to
use
the
internet
in
all
kinds
of
different
different
networks,
and
you
know
this
is
kind
of
like
that
rating
that
I
give
us
right
now.
This
is
kind
of
where
we're
at
so
I
would
have
not
sort
of
predicted.
A
So
these
are
some
other
things
that
we've
been
thinking
about,
think
things
of
how
to
kind
of
model
and
improve
digital
freedoms
or
potentially,
how
to
improve
analog
freedoms
through
secure
communications.
So
when
you
think
about
a
lot
of
the
people
that
today
deal
with
important
movements
in
against
kind
of
their
governments
and
so
on,
they
face
all
kind
of
very
difficult
targeting
where
you
know
you
can
think
of,
like
the
machine
learning
systems
are
tracking
everybody's
faces
in
things
like
the
Hong
Kong
movement
recently
register.
A
A
So
people
say
analog
freedoms
can't
depend
on
secure
communications.
So
if
we
can
improve
these
things
and
then
the
world
can
be
better
there,
you
know
all
sorts
of
other
other
kind
of
things
that
derive
from
this.
But
this
is
the
headspace
and
set
of
problems
that
we
want
to
work
on
recently,
we
we
synthesize
a
road
map
of
the
things
we
care
about
and
things
we
want
to.
A
We
want
to
achieve
in
the
long
term,
and
there
are
these
sets
of
there's
a
kind
of
broken
down
and
grouped
in
a
set
of
goals,
and
we
use
this
as
a
way
to
coordinate
a
larger
community
to
focus
on
some
things
together,
because
if
we
try
to
go
in
every
single
possible
direction
at
once,
we
won't
move
very
far.
But
if
we
kind
of
focus
a
lot
of
our
attention
in
one
area,
we
can
land
that
and
then
kind
of
move
on
better.
Thank
you
very
much.
My
yeah
thank
you
and
yeah.
A
So
was
the
web
that
what
was
this
amazing
open
environment,
where
your
creativity
and
your
ability
to
just
make
something
and
give
somebody
a
link
was
a
big
reason
why
this
thing
took
off
so
quickly,
mobile
and
so
on,
are
kind
of
in
between
hybrid,
where
it's
sort
of
open
but
but
kind
of
closed.
All
kinds
of
things
are
not
possible
in
in
a
mobile
environment
the
way
that
it
is
and
the
web
IOT
is
mostly
closed.
A
There's
still
a
long
way
for
all
of
this
would
be
to
work
perfectly,
there's
still
a
huge
gap
between
kind
of
work
worse
today
and
and
and
what
what
will
what
we,
the
level
of
reliability,
that
we
need.
But
it's
it's
pretty
great
to
see
this,
this
level
of
progress
on
the
OS
side.
We're
still
have
longer
way
to
go.
A
So
hey,
we
have
content,
addressed
data
and
you
can
link
link
to
it
and
you
can
get
it,
which
is
a
really
big
deal.
We
have
we
broke
apart
sections
of
the
project
that
could
be
used
in
other
systems
without
having
to
rely
on
like
this
huge
monolith.
Instead,
we
you
can
pull
out
pieces
and
start
reusing
them
for
other
components.
It's
a
big
result-
and
you
know
it's
gonna
hold
like
stock
involved
in
here
this
whole
second,
and
so
on.
A
Assistance
is
used
across
the
D
web
and
web
3
ecosystem
again
browser
support,
OS
support.
We
have
dynamic
data
operating
on
the
stuff
with
CRT
T's,
which
is
really
really
awesome.
So
this
is
again
a
lot
of
this
stuff
is
prototype
stage
still,
but
it's
it's
great
to
be
able
to
do
kind
of
real-time
connectivity.
The
same
way
that
you
could
do
in
something
like
Google
Doc,
but
with
peers
around
you,
there's
kind
of
a
beginnings
of
things
like
VR
and
that's
really
cool
and
then,
of
course,
I
will
mention.
A
You
know
dealing
with
in
censorship
problems,
things
like
the
distributed,
wikipedia,
mirror,
and
perhaps
most
importantly
here,
the
fact
that
ipfs
was
used
in
helping
distribute
the
locations
of
the
referendum
polling
booths
right.
So
if
you
don't
think
that
governments
sometimes
prevent
freedom
of
speech,
you
know
you
don't
have
to
go
very
far
to
hear
from
people
that
were
around
and
we're
there
on
those
days
and
had
a
very
you
know,
problematic
situation
where
their
government
was
preventing
them
from
distributing
information
which
is
which
kind
of
sucks.
A
So
thank
you
all
of
you
who
helped
to
make
this.
You
know
we
chipped
in
a
little
bit
kind
of
not
sort
of
intentionally,
but
we
shipped
in
a
little
bit
in
building
some
infrastructure
that
helps
to
help
push
this
towards
the
future.
So
thanks
for
doing
that,
I
want
to
kind
of
reflect,
though,
that
computing
revolutions
take
a
long
time.
So
the
history
of
hypertext
is
extremely
old
as
an
example.
So
the
very
beginning
ideas
were
in
1945.
A
There
were
a
whole
bunch
of
sequences
of
systems
all
the
way
until
1991,
which
was
the
very
first
massively
distributed
hypertext
system
that
really
worked
and
that
had
had
to
write
in
a
whole
bunch
of
other
computing
innovations
and
I
think
even
Tim
berners-lee
was
involved
in
enquirer,
which
is
not
even
like
the
the
web
was
kind
of
like
an
earlier
system.
So
a
whole
bunch
of
ideas
got
innovated
upon
all
the
way.
A
A
The
last
thing
I'll
mention
is
all
of
this:
it
is
entirely
about
you,
you
you,
as
a
community.
The
I
profess
community
is
the
group
that
is
making
all
of
this
amazing
thing
happen:
the
amazing
groups
of
friendships
that
were
formed
through
this,
the
amazing.
So
this
was
like
that
meetings
that
happened
recently,
so
it's
a
really
really
really
fun
thing.