►
From YouTube: IPFS in 2022 ft. Molly Mackinlay
Description
No description was provided for this meeting.
If this is YOUR meeting, an easy way to fix this is to add a description to your video, wherever mtngs.io found it (probably YouTube).
A
I
know
everyone's
really
excited
to
meet
everyone
else,
which
is
awesome.
We
will
have
more
time
for
that.
I
promise
there's
a
whole
social
after
this
and
there's
a
whole
nother
social
after
that,
so
get
ready,
you're
going
to
make
lots
of
new
friends,
but
I'm
super
excited
to
kind
of
kick
off
today's
meetup
and
introduce
your
agenda
for
today,
I'm
molly.
I
lead
the
pl
endres
team,
which
does
a
lot
of
amazing
engineering,
research,
development
and
product
work
across
ipfs
falcoin
lit
p2p
d-rand,
a
ton
of
amazing
other
web
3
protocols
and
primitives
yeah.
A
Is
that
for
d-rand
go
d-rand?
Oh!
Oh!
Thank
you!
Oh
your
agenda.
For
today
I'm
going
to
talk
a
little
bit
about
ipvs
in
2022.
This
is
just
a
high
level
overview.
I
know
a
lot
of
people
here
are
probably
new
to
ipfs
who
are
ipvs
newbies,
who
are
here
to
learn
a
lot
about
ipvs
how
it
works.
Okay,
who
are
ibus
old
hats
who
have
been
in
the
ipos
ecosystem
for
a
while,
a
long
time
and
then
okay,
90
people
are
either
shy
or
somewhere
in
between
good
to
know
good
to
know.
A
So
I'm
going
to
talk
to
you
a
little
bit
about
that
overview.
Some
of
the
the
use
cases
a
couple
of
spotlights
on
some
latest
progress.
Then
constantine
is
going
to
dive
into
how
ipvs
and
falcoin
work
give
you
a
full
end-to-end
walk-through
there,
and
then
I
believe
some
folks
from
the
fluence
labs
are
going
to
talk
about
the
need
for
web
three
storage
payments.
Compute,
it's
gonna,
be
awesome,
super
excited
and
then
we're
gonna
end
with
lightning
talks.
A
So
all
of
you
can
be
thinking
about
the
awesome
things
that
you
want
to
come
up
here,
for
I
think,
one
to
five
minutes.
Five
minutes
demo
show
off
a
project
you're
working
on
building
on
top
of
web3
on
top
of
ipvs
filecoin,
some
of
the
cool
technologies
we
have
here
and
so
we'll
we'll
end
with
that
and
then
go
into
social
lots
more
time
to
meet
the
other
people
in
this
room,
which
will
be
great
cool.
A
So
my
agenda
for
talking
about
ips
in
2022,
first
high
level
overview
for
those
newbies
in
the
room.
What
is
ipfs?
What
are
we
even
doing
here
talk
a
little
bit
about
ipfs
case
studies,
the
use
cases
for
ipfs
and
then
talk
about
a
couple
of
progress
spotlights
of
some
of
the
the
latest
metrics
and
some
of
the
exciting
progress
that's
happening
in
the
ipvs
project
in
community.
A
That
means
that,
instead
of
having
a
central
kind
of
client
server
model
like
http,
ipfs
interconnects
nodes
resiliently,
so
that,
even
when
say
a
couple
of
nodes
go
offline
in
our
wider
swarm,
they
can
still
interoperate
and
share
data
between
each
other
and
continue
to
to
connect
and
use
their
application
smoothly.
A
Ipvs
is
built
on
the
foundations
of
content,
addressing
that's
really
the
core
of
what
ipvs
does
it
allows
you
to
build
applications
that
are
content
addressed.
You
might
want
to
use
this
for
a
whole
ton
of
reasons,
we'll
go
into
use
cases
in
a
second,
but
this
enables
the
smooth
way
of
say,
storing
an
nft
or
building
a
blockchain
powered,
app
or
otherwise.
Making
sure
that
you
can
resiliently
address
your
content,
regardless
of
where
it's
stored
in
a
network.
A
Ipvs
aims
to
address
a
whole
ton
of
problems
in
this
space.
This
can
be
useful
for
censorship,
making
sure
that
many
people
in
a
community
can
host
and
preserve
data.
That's
useful.
This
can
be
useful
for
offline
local
first
collaboration,
so
that
all
of
us
in
this
room
can
use
birdie
and
chat
with
each
other,
regardless
of
whether
or
not
our
cell
service
or
internet
go
out.
This
helps
avoid
links
breaking
because
you
address
the
data
by
its
content
instead
of
where
it's
hosted.
A
A
If
facebook
decides
to
return
you
a
cat
video,
that's
not
the
cat
video,
you
thought
you
were
linking
to
kind
of
sol,
but
with
ipvs
you
can
validate
that
the
cid
that
you
meant
to
be
retrieving
matches
the
content
that
you
are
served
back
from
other
peer
nodes
which
enables
all
of
that
peer-to-peer
goodness
it's
more
efficient.
If
you
already
have
content
locally
that
you
can
fetch
and
cache,
you
know
that
that
content
is
there,
you
don't
have
to
go
back
and
re-fetch
it
from
you
know.
A
Your
central
google
drive
server,
which
was
my
pain
point,
and
why
I
got
excited
about
ipfs
was
building
all
of
these
tools
for
teachers
and
students.
They
were
super
inefficient
because
we
had
to
load
every
single
youtube,
video
in
a
room
of
30
students
over
and
over
and
over
again,
despite
the
teacher
already
having
it
cached
locally
on
their
computer
at
the
front
of
the
screen.
A
And
finally,
they
can
be
really
useful
in
emerging
networks.
There's
amazing
teams
like
huddle,
who
are
building
video
and
and
collaboration
tools
that
work
better
in
communities
like
india,
schools,
where
they're
trying
to
enable
teachers
and
students
to
work
well
with
each
other
actually,
and
so
this
can
actually
be
much
more
empowering
in
areas
with
less
robust
infrastructure.
A
An
example
that
I
love
for
how
ipfs
works
versus
how
kind
of
the
central
location
addressed
model
tends
to
work.
Is
this
great
example
that
I
think
comes
from
early
days
of
ipos
community,
which
which
is
imagine
that
someone
has
told
you
to
go
and
read
a
book,
but
they
haven't
told
you
what
book
it
is.
They've
told
you
by
the
way
you
should
go
to
the
new
york
public
library,
section,
nine
bookcase,
three
top
shelf
first
from
the
left,
that's
where
you're
going
to
find
this
book.
A
So
you
have
to
go
all
the
way
there
travel
to
new
york.
Maybe
the
library's
closed.
You
got
to
wait
a
day,
you
go
and
you
fetch
it
and
you
look
at
the
book
and
you
realize
oh
wait.
I
had
that
book
in
my
backpack
the
whole
time-
and
you
just
didn't
know
because
you
didn't
know
the
content
of
the
book
that
you
were
looking
for.
You
couldn't
actually
address
it
and
identify
it
by
what
it
was.
A
Ipfs
is
is
not
really
one
thing
I
describe
it
as
actually
a
trench
coat
surrounding
some
other,
really
amazing,
building
blocks
and
protocols
within
web3,
namely
lit
p2p
and
ipld,
which
are
some
of
the
really
critical
useful,
like
other
primitives
that
make
ipfs
actually
work
so
lib
p2p
is
the
content
address
or
sorry
lit.
P2P
is
the
peer-to-peer
networking
stack,
that's
used
by
ipfs
and
also
a
ton
of
blockchains.
A
You
know
probably
pretty
well
like
file
coin
ethereum,
2,
polka,
dot,
others
and
ipld
is
the
content
addressing
module
of
ipofs
it's
a
data
model
by
which
we
actually
describe
in
a
self-describing
way.
All
of
this,
this
content
addressable
data,
and
so,
if
you
actually
think
about
the
the
work
that's
being
done
in
the
space,
there's
actually
many
layers,
each
of
which
you
can
use
by
yourself.
So
if
you
really
just
want,
you
know
future
proof,
upgradable
addresses
you
can
use
multi-formats.
A
If
you
want
peer-to-peer
networking,
you
can
use
libby2p
and
you
can
use
each
of
these
things
without
using
the
layer
above
it
in
the
stack.
So
it's
built
in
kind
of
a
modular
way
that
fits
kind
of
overall
enabling
higher
and
higher
order
use
cases.
As
you
go
up,
I
mentioned
a
little
bit
about
lip2d2p.
A
It's
amazing!
It's
a
growing
project.
If
you're
excited
about
lip
pdp,
please
come
join
us
next
week
in
paris
at
paris,
p2p
there's
going
to
be
a
ton
of
great
talks
about
the
latest
in
the
le
p2p
ecosystem.
There
are
six
implement,
maybe
more.
Actually,
I
think
at
this
point
over
six,
maybe
seven
implementations
of
led
pdp
in
different
languages
that
are
powering
many
of
the
different
ethereum
two
clients.
It's
really
the
networking
peer-to-peer,
networking
library
of
web3
and
powers,
many
of
the
amazing
blockchains.
A
We
know
and
love,
and
it's
also
itself
built
in
a
modular
way,
so
that
you
can
pick
and
choose
the
different
sub
modules
kind
of
in
a
library
style
fashion
that
you
want
to
use
and
depend
on
for
your
own
particular
use
case
and
lip
b2p
and
ipvs
uses
this
very,
very
heavily
at
scale
with
you
know,
hundreds
of
thousands
of
nodes,
all
interoperating
and
being
appear
to
be
connected
with
each
other
at
all
times.
Ipld
is
the
other
one
that
we
talked
about
there,
which
is
all
about
cids.
A
If
you
depend
on
cids
or
use
cids
in
your
work,
you
maybe
address
your
your
nft
via
its
cid.
It's
content
id
you're
using
ipld,
which
is
really
the
canonical
web.
Three
data
model
cool.
So
that's
a
little
bit
about
what
ipvs
is
we're
going
to
dive
into
it
more
with
constantine
next.
But
I
wanted
to
also
give
a
whirlwind
to
tour
through
different
use
cases
and
case
studies
building
on
top
of
ipfs
and
there's
something
in
this
for
you.
A
If
you
know
of
someone
in
different
categories,
I'll,
like
pause
and
someone
can
raise
their
hand
and
then,
if
you
tell
me
someone
who's
not
otherwise
listed
on
the
slide,
that
is
using
ipfs
for
that
use
case.
I
have
some
really
awesome:
shiny,
ipfs
socks
that
are
not
on
the
table
back
there.
These
are
new
and
fancy
and
special,
and
so
I'll
give
you
a
pair
of
socks.
I
have
six.
I
know-
that's
not
very
many,
but
keep
your
keep
your
fingers
sharp
cool,
so
some
case
studies
there's
all
of
these
projects.
A
You
can't
even
read
these
logos
they're
too
tiny
building
on
top
of
ipfs
who
are
using
it
in
all
sorts
of
exciting
ways
to
push
web3
forward
and
even
bring
some
of
that
web,
3
goodness
to
lots
of
applications.
We
know
and
love
in
web
2..
Some
examples
are
actually
on
the
ipfs
and
falcon
youtube
channels.
I
really
recommend
you
go
and
watch
some
of
these
videos.
They
are
inspiring
they're,
motivating,
there's
just
awesome
teams
who
are
building
really
really
cool
projects.
A
Starling
is
working
to
preserve
genocide.
Testimonials
birdie
is
building
a
privacy
oriented
peer-to-peer
offline
first
messaging
app,
which
is
fun.
I
have
it
on
my
phone.
I
would
love
to
be
your
friend
on
birdie
and
we
can
chat.
Audius
is
building
one
of
my
favorite
music
platforms
period.
I've
found
way
more
songs
on
this
than
on
spotify
that
I
actually
love
and
had
never
heard
of
before
yeah.
Definitely
a
plus
and
textile
is
one
of
the
the
earliest
and
most
beloved
members
of
the
web.
A
The
ipvs
web
3
community
building
all
sorts
of
useful
infrastructure
for
other
developers
started
kind
of
like
from
the
top
of
the
stack
and
has
worked
their
way
down,
making
ipvs
and
falcoin
much
more
easy
to
use
and
much
easier
to
build
applications
with
so
check
out
those
videos
I'm
going
to
dive
through
a
couple
of
high-level
use
cases
starting
with
static
assets.
This
is
kind
of
like
the
first
thing
that
people
started
using
ipfs
for
really
easy
to
take.
You
know
a
file
or
an
image
or
something
else
throw
it
on
ipfs.
A
A
A
A
Oh,
this
is
going
to
be
embarrassing.
I'm
just
a
bad
thrower
developer
assets,
lots
of
people
put
developer
assets
on
ipvs.
This
means
that
they're
versioned
and
their
content
addressed.
You
can
see
how
they
change
over
time
and
you
actually
can
dedupe
between
different
snapshots
of
say
your
code
as
it
changes
over
time,
which
is
very
useful.
We
actually,
oh,
I
guess
I
shouldn't
shouldn't
mention
examples.
Does
anyone
know
of
anyone,
who's,
doing
developer
assets
or
tool
chains
or
other
things?
A
Oh
sorry,
another
great
example
is
vallist.
Another
great
example
is
ipfs
dist.
We
actually
use
ipfs
for
storing
and
distributing
new
versions
of
ipfs
itself
dog
fooding,
so
that
you
can
fetch
your
new
version
of
ipfs
over
ipfs,
which
was
actually
very
useful.
It
for
different
communities
in
china
who
had
trouble
getting
access
to
the
latest
ipfs
node
because
of
the
great
firewall.
This
made
it
much
easier
for
them
to
fetch
the
latest
version
of
ipvs.
I
guess
developer
assets.
A
Yes,
yeah
totally,
the
internet
archive
is
the
one
I
was
thinking
of
it
archives,
the
internet,
which
is
pretty
pretty
useful
but
tons
of
people
who
are
archiving
data
and
putting
it
on
ips.
I
think
I
actually
end
up
overlapping
in
this
category,
because
there's
a
lot
of
great
groups-
yeah
yeah
slingshot-
is
archiving
not
just
maps
data
internet
archive,
I
think,
yeah,
a
ton
of
open
archives
that
are
that
are
putting
data
there.
A
Another
great
use
case
is
for
building
dapps.
Most
ethereum
dapps
are
building
on
top
of
ipfs
so
that
they
can
content
address
their
front
end,
which
means
that
anyone
can
host
it
instead
of
one
central
party
being
required
to
stay
online
and
keep
that
content
accessible,
anyone
name
an
ethereum
dap
or
some
other
dap
of
it,
yeah
yeah,
yeah,
yeah
tons
of
default.
I
only
have
one
pair
of
socks
left,
it's
gonna,
be
someone
said
ave.
Oh
there,
you
go
obviously
a
great
one.
A
Okay.
This
is
my
last
pair
of
socks,
so
yeah
last
one
large
scientific
data
sets.
This
is
huge.
There's
a
ton
of
different
groups
and
there's
a
lot
of
ones
listed
on
the
slide,
so
you're
not
allowed
to
say
any
of
those
who
are
putting
their
data
up
here.
This
could
be
for
many
different
reasons.
One
reason
that
I
thought
was
an
awesome
example
was:
maybe
you
want
to
use
your
scientific
data
in
the
in
future
court
cases?
A
You
want
to
refer
to
data
5
10
15
years
in
the
future
and
reference
back
what
that
data
was
and
be
able
to
prove
that
the
data
that
you
say
time
stamped
into
ethereum
or
bitcoin
or
whatever
blockchain
is
the
same
data
that
you're
now
bringing
into
a
court
of
law
and
using
to
say
talk
about
climate
change,
and
so
these
are
really
valuable
use
case
cases
where
you
might
put
large
scientific
data
a
on
a
cheaper
platform.
A
I
see
your
hand
I'm
going
to
call
on
you,
where
you
might
have
large
data
that
you
want
to
store
on
a
cheap
network
like
file
coin
or
data,
that
you
want
to
be
content
addressed
where
you
want
to
be
able
to
prove
and
validate
and
verify
that
data
is
what
it
says
it
was,
and
it's
been
proved
over
time
to
be
correct
and
not
changed.
Anyways.
A
Archive
of
syrian
war
crimes-
that
is
the
best
the
best
pair
of
socks
example
of
making
sure
that
we
don't
lose
or
otherwise
have
that
censored
from
the
internet
and
our
collective
knowledge
and
and
history
and,
unfortunately,
out
of
stock.
A
So
no
more
examples,
but,
as
you
can
see
many
many
great
examples,
many
that
were
not
listed
as
well
of
projects
that
are
building
on
top
of
these
foundations
in
these
different
use
case
areas
to
run
through
a
couple
of
more
areas:
scientific
papers-
I
think
libgen
was
the
one
I
was
thinking
of
to
to
put
here.
A
If
I
only
had
more
pairs
of
socks,
people
who
are
putting
open
access
data
on
top
of
resilient
content
addressing
foundations
that
can
be
hosted
by
anyone
in
any
area
of
the
world
music,
we
mentioned
audio
earlier
highly
recommend
it.
If
you
have
a
mobile
phone,
you
can
download
audios
and
use
it
for
all
of
your
music
needs.
It's
really
fun.
I
can
share
some
favorite
song
recommendations
with
you.
A
Video
tons
of
people
are
using
ipfs
and
filecoin
for
video.
Video
is
large
when
you
want
to
store
lots
of
video,
and
you
want
to
maybe
share
it
peer-to-peer
in
an
offline
setting.
It's
really
useful
to
have
some
of
the
web
3
primitives,
enabling
enabling
that
peer-to-peer
sharing
and
that
longer
term
persistence
in
in
kind
of
cheap,
long-term
storage.
A
Some
examples
of
groups
who
are
doing
this
video
coin
live
pier
huddle01,
there's
tons
of
amazing
groups
doing
this
and
need
for
more.
There
are
more
groups
and
more
tools
needed
here
in
the
video
use
case
to
start
making
video
nfts
a
real
thing
and
start
like
really
ramping
up
this
use
case
for
web3.
I
think
it's
very
fertile
ground
photos.
Of
course
many
people
are
putting
photos
on
ips
today,
specifically
a
lot
of
nfts.
A
I
think
it's
we're
over
50
million,
probably
close
to
70
million,
because
the
last
time
that
I
checked
was
like
three
weeks
ago
and
it's
growing
really
really
quickly,
nfts
that
are
stored
on
ipfs
and
falcon,
which
is
awesome
and
tons
of
groups
that
are
building
richer
and
larger
and
more
immersive
and
more
creative
nfts.
A
So,
there's
all
sorts
of
opportunities
to
build
new
kinds
of
nfts,
a
great
example
being
the
folks
at
mona
who
are
building
even
more
like
awesome,
immersive,
metaverse,
interactive
and
interconnectable
nft
worlds
that
you
can
then
buy
and
own
these
spaces.
I
bet
you
in
you
know
three
to
five
years:
we're
going
to
be
doing
these
meetups
in
mona
metaverse
spaces
built
on
ipfs,
which
is
going
to
be
so
cool
and
so
we'll
get
to.
A
As
we
mentioned
tons
of
virtual
world
data.
This
is
large.
There's
a
lot.
I
don't
know
if
anyone
has
built
vr
worlds
here,
but
man
do
these
files
get
very
very
large.
So
it's
also
useful
to
have
good
long-term
storage
and
the
ability
to
bring
nfts
into
different
virtual
worlds,
so
the
ability
to
interoperate
between
virtual
worlds
and
have
a
global
addressing
space
where
you
can
talk
about
data
and
reference
it
between
different
created
spaces
is
super
super
useful.
So
some
of
the
content
addressing
primitives
of
ipld,
make
a
big
difference
there.
A
So
yeah
lots
of
opportunity
to
store
these
virtual
worlds
on
ipvs
and
filecoin,
make
them
more
interactive,
building
games
and
game
assets.
There
are
a
lot
of
amazing
groups
like
gala
games
and
others
who
are
pushing
forward
in
this
area
and
yeah
like
the
the
building
blocks.
Are
there
we
have
nfts,
we
have
games,
we
have
metaverses
like
let's
go,
let's
go
build
it
there's
a
lot
of
cool
cool
work
happening
here.
A
So,
if
you're
excited
in
this
area,
I
would
love
to
chat
with
you
later
cool
to
just
progress
spotlight
a
couple
of
things
before
I
hand
it
off
to
constantine
there's
some
amazing
amazing
work
being
done
across
the
ipfs
community.
I
wanted
to
to
highlight
two
exciting
things
from
the
metrics
that
I've
been
tracking
for
a
long
time.
One
is
there's
just
a
ton
of
growth
happening
in
the
ipvs
network,
content,
discovery
and
ipvs
is
getting
faster
and
faster.
A
This
was
my
shtick
back
in
2020
was
all
about
trying
to
make
the
ipvs
dht
faster
to
find
content
in
at
the
time.
I
think
we
started
out
at
something
like
an
like
over
30
seconds
at
the
beginning
of
2020
to
find
content
which
was
infeasible.
It
was
like
not
working.
We
spent
a
lot
of
focus
within
less
than
six
months.
A
We
were
able
to
bring
that
down
to
three
seconds
now
we're
down
to
about
half
a
second,
so
that's
a
significant
progress
rate,
so
we
you
know,
did
40x
there
now
we're
6x
versus
where
we
were,
and
this
is
2x
faster
just
since
the
beginning
of
this
year.
So
significant
progress
is
being
made
thanks
to
a
lot
of
the
work
that
infra
network
infra
teams
are
doing
to
help
accelerate
and
speed
up
content
discovery
in
the
ipfs
network.
A
A
To
add
to
this
additional
level
of
support,
so
ipfs
companion
extension
is
already
supported
in
almost
all
browsers,
ipfs
handler
handling-
I
guess,
is
already
supported
in
brave
and
opera
and
support
coming
soon
to
chromium
and
all
other
chromium-based
browsers,
which
is
really
awesome,
and
thanks
to
the
hard
work
that
a
galia
has
been
doing
in
the
space
and
then
we
already
have
a
full
node
embedded
in
brave
and
now
the
question
is
which
one
of
these
amazing
browsers
is
going
to
be
the
next
one
to
integrate
a
full
embedded,
ipvs
node
that
gives
users
all
of
that
kind
of
like
ownership,
ability
to
to
host
and
store
data
and
interface
with
the
web
peer-to-peer
and
content
addressed.
A
There
is
also
just
to
highlight
this
browser
upgrade
path
that
juan
has
been
maintaining
for
a
long
time.
We've
made
a
ton
of
progress,
a
ton
faster
than
we
could
have
expected,
but
there's
significant
areas
for
future
improvement,
especially
around
mobile
and
mobile
browsers
and
mobile
oss,
and
so
there's
a
lot
of
work
being
done
there
right
now
as
well
to
ramp
up
better
support
for
ipvs
on
mobile.
A
One
of
the
kind
of
useful
things
here
as
well
is,
as
we
have
more
and
more
browser
nodes,
it
becomes
more
important
to
make
sure
that
any
node
anywhere
in
the
network
can
dial
and
connect
to
any
other
node.
So
there's
been
a
ton
of
work
happening
over
the
past
more
than
a
year
on
lib
p2p
hole
punching
making
sure
that
you
can
hole
punch
through
gnats
and
firewalls
in
order
to
dial
a
node.
A
The
other
progress
spotlight
I
wanted
to
highlight
was
usage
of
things
like
ipfs
gateways
and
accessing
ipvs
content
over
things
like
http.
This
has
been
a
massive
area
of
growth
and
explosion,
really
thanks
a
lot
to
the
growth
and
explosion
around
nfts
and
their
heavy
usage
of
ipfs,
not
on
ipfs,
not
your
nft,
so
ipvs
gateway
usage
up
over
8x
in
the
past
year,
which
is
awesome.
That's
really
just
looking
at
the
ipfs.io
gateway.
A
There's
actually
many
gateways
being
run
by
many
other
parties,
and
you
know
they're
they're,
all
getting
you
know:
500
million
plus
yeah.
This
is
up
500
million
requests
per
week
in
the
past
six
months,
just
one
gateway
in
that
network,
so
we're
all
starting
to
run
pretty
serious
infrastructure
when
it
comes
to
supporting
web
3
adoption
and
usage
and
growth
in
this
space.
A
So
like
big,
big,
snaps
and
hats
off
to
everyone
who
is
running
infrastructure
in
order
to
support
this
level
of
increased
usage
and
growth,
and
so
you
know
just
a
fraction
of
all
ipfs
users
over
nft
is
actually
over
http,
as
pictured
here.
There's
also
a
lot
of
work.
That's
oh!
This
is
a
snapshot
into
a
couple
of
the
different
sites.
Magic
eden,
paint
swap.
I
know
board
apes
is
on
there
a
lot
of
other
groups
that
are
building
building
their
marketplaces
on
top
of
ipfs,
which
is
awesome.
A
One
really
really
useful
thing
that's
coming
has,
I
guess,
has
come
both
to
the
ipvs
network
and
to
gateways
in
terms
of
making
data
more
accessible
is
improving
the
ipfs
and
filecoin
indexing
discovery
and
interop
of
content.
This
can
be
really
useful
for
ipfs
nodes
in
general
so
that
they
can
utilize
indexer
nodes
that
want
to
host
and
and
kind
of
index
into
the
content
that
their
node
is
hosting.
A
This
helps
reduce
a
whole
ton
of
kind
of
like
annoying
maintenance
burden
when
it
comes
to
interacting
with
ipvs
dht,
there's
also
been
a
ton
of
work
happening
around
delegated
content
routing,
to
enable
many
different
groups
to
plug
in
different
forms
of
finding
content,
different
algorithms,
different
strategies
for
scaling,
content,
discovery
and
ipfs,
and
this
also
brings
kind
of
new
capabilities
to
ipfs,
as
well,
in
terms
of
offloading
large
chunks
of
static
data
to
filecoin,
so
that
they
can
focus
on
just
hosting
hot
caches
of
data
and
have
all
of
that
data
being
indexed
and
accessible
to
other
nodes
in
ipus
network.
A
I
think
this
is
actually
recently
rolled
out
to
all
filecoin
storage
providers
to
be
indexing,
their
content
and
making
it
accessible
to
nodes
that
are
querying
it
from
ipfs,
and
so
it's
default.
As
of
the
most
recent
lotus
release
and
there's
a
a
lot
of
bridging
being
done
to
make
sure
that
these
two
networks
smoothly
connect
with
each
other
really
every
falcon
node
is
an
ipfs
node.
A
We
just
need
to
make
sure
they're
talking
the
same
data
transfer
protocols
and
so
there's
a
lot
of
exciting
work
being
done
there
so
that
everyone,
who's,
building
and
storing,
really
useful
archives
and
data
sets
on
falcoin
can
also
build
amazing,
ipfs
frontends
that
say
operate
over
all
of
the
map.
Data
or
internet
archive
data
or
video
data
that's
being
stored
there,
and
so
a
lot
of
amazing
work
being
done
by
the
bedrock
team.
A
If
you
also
want
to
get
involved,
this
delegated
content,
routing
support
is
in
the
works
and
a
very
useful
opportunity
for
many
people
who
want
to
maybe
build
their
own
content
routing
strategy
and
use
that
within
their
own
kind
of
sub
network
of
ipfs,
or
even
make
this
something
that
all
ipvs
nodes
can
support
and
benchmark
and
validate
that
it's
an
improvement
upon
our
current
content,
routing
strategies
and
so
definitely
an
opportunity
for
many
folks
to
get
involved.
A
If
we
have
some
builders
in
the
house
that
want
to
start
trying
to
utilize
that
api
to
to
push
things
forward,
so
that's
that's
my
overview
and
my
spotlights
I'm
really
excited
for
the
next
time.
We
chat
in
the
meantime
ways
that
you
can
stay
connected,
follow
us
on
youtube
and
twitter
join
the
ipvs
discord.
There's
a
growing
thriving
community
on
discord,
I'd
highly
recommend
getting
involved.
I
hang
out
there
all
the
time
definitely
subscribe
to
the
ipvs
weekly
newsletter.
A
It
has
a
great
index
of
all
of
the
the
cool
new
projects
that
are
being
created
and
come
to
upcoming
events
like
paris,
p2p,
that's
happening
next
weekend
and
speaking
of
upcoming
events,
early
early
preview
we're
actually
going
to
be
hosting
ipvs
camp
2022
here
in
amsterdam
in
july
we
did
the
last
one
of
these,
I
think
in
2019.
A
So
it's
been
too
long
to
turn
you
coveted
and
really
really
excited
to
get
the
ipvs
community
back
together
and
have
a
ton
of
talks
and
presentations
and
workshops
from
all
of
the
amazing
groups
that
are
pushing
the
network
forward
building
on
top
of
it,
have
good
strategies
or
infrastructure
that
other
groups
can
learn
from
and
and
build
on
so
yeah.
Thank
you
all.
So
much
feel
free
to
connect
with
me
on
twitter,
I'm
omac28
and
yeah.
We'll
turn
it
over
to
constantine
for
what's
next.