►
From YouTube: The Baseline Show : w/ Hyper Oracle part 1
Description
Guest: Hyper Oracle
Hyper Oracle is a programmable zkOracle network that aims to address the limitations of existing middle layer solutions. In particular, Hyper Oracle is a possible solution to meet the requirements of the external data source Baseline Protocol Standard requirements (Section 8).
Baseline Protocol is an emerging standard for state synchronization across different systems of record. This standard can be applied to traditional corporate systems of record and utilize any kind of database or state machine, including different blockchains or distributed ledger technologies (DLTs).
Join us every Wednesday at noon EST on our live show, 'The Baseline Show'. Each week, we host industry leaders who share their insights and expert opinions on data governance, security, digital supply chain, multi-party workflows and collaboration.
Tune in via YouTube or LinkedIn Live.
#BaselineProtocol #DataManagement #Blockchain #DataSharing #MultiPartyWorkflows #DataGovernance #InformationSecurity #BusinessAutomation #BusinessSynchronization #DataIntegrity #IndustryTrends #LiveShow #LiveStream #LiveDiscussion #ExpertOpinion #YouTube #LinkedInLive #B2BBlockchain #DigitalSupplyChain #Innovation #SupplyChain
🎙Hosted By: Samrat Kishor
A
A
B
You
in
the
background,
is
it
gone:
okay,
yeah
all
right,
yes,
hello!
That
was
an
extra
Amplified
welcome
today.
So
today
we
have
hyper
Oracle
joining
us.
I
was
lucky
enough
to
meet
suede
at
the
ZK
day
in
East
Denver,
and
learn
more
about
hyper
Oracle
and
invited
them
to
join.
Our
Baseline
show
today
to
learn
more
about
their
recently
published
white
paper
and
what
they're
working
on
and
then
talk
about
some
synergies
with
the
Baseline
protocol.
B
C
Yeah,
thank
you
Sono
and
thanks
for
having
us
on
the
show,
we're
super
excited
when
you
guys
invited
us
to
the
show
so
because
we
we
do
feel
like
we.
We
are
a
CK
project
right,
so
there
are
definitely
some
synergies
and
also
overlap
with
what
Baseline
protocol
it's
doing
so
just
a
high
level
of
what
hyper
Oracle
is.
We
are
a
CK
Oracle
Network
and
it's
programmable
that
safeguards
blockchain
security
as
well
as
decentralization.
C
So
that's
really
the
key
purposes
for
our
existence,
and
we
also
have
a
set
of
meta
apps.
So
at
CK
day
we
actually
launch
our
MVP.
So
there
are
two
of
them.
One
is
called
CK
indexing
as
well
as
CK
automation.
So
from
the
names
you
can
hear
that
from
it
we
make
on-chain
data
accessible
and
also
secure
for
developers,
and
we
also
do
off-chain
computation
and
after
that
we
also
help
developers
bring
back
the
off-chain
computation
back
on
on
chain
for
a
smart
contract
automation.
C
So
high
particle
really
empowers
developers
to
interact
with
on
chain
data
in
new
ways.
So
that's
the
general
overview
and
I
can
definitely
hand
that
off
to
carton.
For
more
technical
discussions,
if
there
is
any
questions
that
the
community
has,
we
are
definitely
happy
to
answer
so
right
now,
with
our
team,
we
have
12
people
so
very
early
stage.
We
started
since
last
October
So.
C
Currently
we
have
mostly
deaf
and
also
cryptographers
researchers
on
the
team,
really
working
on
how
to
optimize
the
CK
side
of
things
right
with
the
proof
size
as
as
well
as
the
proof
generation
time.
So
this
is
what
we're
doing
and
I'll
also
hand
that
off
to
carton,
if
no
one
else
had
or
the
community
has
any
questions
before
that.
D
Offense,
the
intro
feng
shui,
so
yeah.
So
basically
we
are
working
on
the
programmable
CK
Oracle
Network.
So
what
we
are
essentially
doing
is
like
we
use
the
zero
knowledge
proof
to
ensure
the
Integrity
for
the
no.
So
right
now
the
Oracle
Network
we
have
they're
using
staking
and
slashing
mechanism
most
of
them
and
like
under
this
mechanism.
Decentralization
and
security
are
trade
off.
D
So
you
cannot
have
like
really
decentralized
Oracle,
Network
and
also
it's
pretty
safe
because,
like
more
decentralized
means
like
the
easier
access
for
you
to
get
the
information
from
the
malicious
note
and
then
staking
mechanism
is
not
enforcing
the
data
and
data
and
computation
correctness,
and
so
in
hyper
Oracle.
We
replace
it
with
the
zero
Notch
proof
so
to
knowledge.
D
D
Yeah,
so
how
power
code?
This
is
the
our
first
CK
Oracle
network
is
only
for
ethereum
and
the
we
propose
this
like
a
basic
idea
for
what
a
DK
Oracle
should
look
like
on
ethereum.
So
we
should
contain
this
Phi
component
and
the
first.
The
most
important
part
is
through
the
recursive
proof
for
the
consensus
of
ethereum,
so
that
will
allow
the
user
or
client
be
able
to
verify
the
block.
Header
statelessly.
D
D
We
also
have
the
ZK
VM
that
to
customize
the
that
generate
the
proof
of
customized
logic,
so
the
user
will
be
able
to
generate
the
proof
with
the
way
they
want
and
aggregate
them
and
do
a
computation
and
do
the
filtering
and
decoding
in
the
way
they
want,
because
we
know
like
zero
launch.
Pro
is
like
it
takes
a
lot
of
resource
to
generate
the
proof.
So
it's
not
going
to
be
free,
so
the
user
will
be
able
want
to.
D
You
know
limit
what
kind
of
variable
they
want
to
have
to
prove
and
what
kind
of
variable
they
don't
want.
The
proof
because
I
we
know
the
when
we
generate
the
proof
of
the
scapuls,
you
essentially
is
generally
improved
for
the
local
partitions,
try
and
then
that
will
only
contain
the
buy
call
and
the
client
cannot
use
the
buy
code
directly.
D
D
Basically,
we
do
the
option
data
and
do
the
off-chain
computation
and
then
and
then,
and
then
put
it
back
to
resell
back
to
the
blockchain
when
the
condition
when
the
condition
is
triggered
and
the
condition
also
is
relay
with
the
blush
hand,
that
we
also
generate
the
proof
or
condition
so
the
user
will
be
able
to
by
having
the
discount
dancing
and
DK
automation.
Everyone
use
ethereum
will
be
able
to
have
like
a
decentralized
blockchain
data,
clear
query
and
also
have
the
decentralized
blockchain
automator
for
the
smart
contract
and
yeah.
D
We
think
like
decentralization,
is
the
most
important
part
right.
So
so
that's
why
that's
the
key
value
for
the
blockchain
and
what
decentralization
mean
to
us.
It
means
like
Unstoppable
program
so
like
once,
we
launched
the
Oracle
Network.
We
cannot
even
start
by
ourselves
and
it
would
be
like
a
real
decentralized
way
for
us
to
do
the
interaction
with
the
blockchain,
and
this
is
a
basic
intro
for
the
hyper
Oracle
right
now.
E
A
F
E
F
E
D
Let
me
see
is
here
so
the
user
will
Define
the
Decay
graph
in
here
that
we
have
two
examples.
One
is
like
ZK
investing
that
is
specifically
for
Klein
and
front
end
and
some
off-chain
environment
to
cure
the
ethereum
information,
and
so
in
this
part
you
see
here
that
we
are
supposed
to
be
at
a
client
and
then
we
want
to
do
a
query
and
then
that's
the
what
I
received
from
the
from
the
from
the
any
from
some
someone's,
no
someone's
hypo
or
go
snow
and
then
I
have
the
proof.
D
I
have
everything
and
then
I
can
right
now
like
testify
it
to
the
verification,
and
then
it
pass
the
verification.
The
verification
can
be
on
channel
of
chain.
We
are
making
of
chain
verifier
into
a
browser,
because
verify
is
pretty
small,
so
it's
possible
to
make
in
the
browser,
but
we're
still
working
on
it.
So
it's
not
showing
the
demo,
but
it
will
be
in
our
MVP
and
and
about
if
I
do
any
modification
suppose
that
I'm,
malicious,
no
I
change
one
digit.
E
Okay,
can
we
can
we
stop
and
ask
some
questions
about
that
before
we
do
take
care
automation
so
essentially
on
whole.
This
is
a
a
tool
that
will
allow
me
ease
of
access
to
to
query.
You
know
whatever
you
know,
ZK
proofs,
that
I
have
on
chain
and
then
you
know
verify
them
in
my
system.
Let's
say
if
I'm,
if
I'm
pulling
that
down
where,
where
is
the
verification
happening?
Is
it
an
on-chain
verification
or
is
this.
D
Through
okay,
you
can
do
both.
You
can
do
on-chain
verification
and
then
like
use
a
Smart
contract
to
do
a
verification
because,
as
we
know,
like
dkp
verification,
normally
is
o1
complexity.
That
would
be
low
gas
and
super
fast.
You
can
do
it
either
on
chain
or
in
the
browser.
It's
the
same
thing,
it's
a
similar
similar
thing.
Essentially
they
are
the
same
thing.
It's
just
a
verifier.
D
This
is
the
front
end
right
now,
and
then
we
send
this
Theory
to
any
hyper
Oracle
node,
and
then
it
will
return
you,
the
blockchain
data
in
the
first
part
and
then
approve
for
having
this
blockchain
data,
because,
like
on
chain
data
itself,
have
the
gqpls
to
ensure
the
data
correctness,
that's
equal
POS,
so
the
rest
of
the
decoding
and
filtering
method
will
be
handled
to
the
tkvm
and
then,
like.
You,
have
like
the
proof
for
two
the
whole
process
from
the
data
fetching
to
the
data
aggregation.
D
So
it
will
be
able
to
have
the
whole
process
to
enforce
the
correctness,
and
then
this
is
like
the
proof
to
enforce
the
correctness
and
then
the
front
end.
This
front
end
will
be
able
to
testify
the
data
in
this
like
from
this
node,
with
the
proof
they
provide
see
if
they
are
correct.
If
they
are
correct,
we
can
trust
that
and
then.
A
D
A
D
Yeah
and
more
more
accurate,
it
will
be
like
if
the
pro
is
not
exists
in
the
Oracle
Network.
It
will
generate
a
new
proof
if
it's
like
historical
data,
query
right,
you
really
have
to
prove
okay,
the
proof
of
that
part
of
the
data
will
be
binding
with
the
broad
stay
root
for
the
certain
block,
and
then
we
think
that
certain
block,
you
will
only
have
one
set
of
the
proof
or
one
set
of
the
data
in
it.
G
G
D
G
So
if
you
take,
if
you've
taken
a
block
header,
for
example,
right
and
you
generate
the
the
proof
of
correctness
for
the
for
the
block
header-
that's
done
by
one
entity
right.
So
in
order
for
for
me
to
to
rely
on
that
in
a
trustless
manner,
I
need
to
I
I.
You
know
I
need
to
have
a
quorum
of
of
validator
saying
you
know
it's
like
it's
like
saying.
Yes,
actually,
that.
G
D
D
So
how
what's
the
kpls
essentially
is
is
basically
like
when
you
generate
the
zero
note
proof
for
the
current
blockheader,
because
we
know
I
do
not
prove
take
two
part
to
generate
it.
One
is
the
private
input.
Another
is
the
public
input.
So
when
you
generate
the
Xerox
proof
for
the
current
blockheader,
you
use
the
Geo
Notch
proof
for
the
last
block
header
as
the
private
input
and
then
use
the
current
state
route
of
the
bladder
as
the
public
input.
G
G
D
Yeah
yeah
a
way
smaller
than
yeah,
and
so
by
doing
this
you
can
do
the
From,
the
genosis
Block.
So
your
current
zero
launch
group
will
be
able
to
prove
all
the
historical
block
because,
like
you,
keep
doing
this,
like
from
genosis
block,
so
you'll
be
able
to
have
to
prove
the
ultimate
proof
for
the
whole
blockchain
Investing,
For,
The,
Block
header.
So
the
final,
the
final
block
header,
the
final
zero
not
approved
for
the
current
blockheader,
to
be
able
to
use
to
to
verify
all
the
historical
block,
header
and
so
the.
G
D
G
G
Yes,
yeah,
the
proof
is
right,
the
proof
is
the
same
size,
but
the
proof
carrying
the
proof
carrying
data
is
is,
is
is
increasing,
right,
yeah,
the
PCD
is,
is
increasing.
Believe
me,
I've
I've
I've
used
used
the
berate
Embark
library
and
it's
like
I
know
what
the
what
the
the
what
it
does.
So
it's
like
Ultra
prone.
It's
like
it's
different
implementation.
Have
you
have
you?
Have
you
looked
at
like
plonky
too.
G
D
Yep
ponkey2
is
good.
Actually
we
don't.
We
have
not
dive
into
it,
but
we
think
it's
a
great
idea
to
combine
the
Fri
with
the
plug
and
so
I
think
like
for
ckbm
side
right
using
Fri
will
be
help.
It's
help.
It's
helpful
for
like
some,
if
else,
logic
for
the
progeneration
by
using
fi
change
from
kzg
to
fry.
It's
helpful
font
by
the
for
the
dkvm
itself
to
do
the
it's
like
in
ckvm.
G
G
D
Still
usable,
it
just
I
think
it's
helpful
for
if
I
change
the
FI
but
like
right
now
we're
having
a
new
kind
of
schema.
So
you
know
fi
is
like
not
Distributing
or
parallel
computer
still,
and
but
like
in
some
tensor
structure.
Some
chat
protocol
you'll
be
able
to
have
that
to
do
a
parallelization.
Well.
G
D
Yeah
yeah
up
to
the
use
case,
that's
true
and
yeah
for
the
like
for
some
like
ckml
function,
we
will
provide
in
the
future.
We
also,
we
think,
about
to
have
a
new
kind
of
Library
that
elaborate
with
another
project
to
like
increase
the
the
dkml
ability
for
the
Oracle
now,
and
that
will
require
a
strong
parallelization.
When
you
do
the
ckml
stuff.
G
G
G
So
that's
why
I
think
this
is
really
interesting
to
to
look
at
that
at
the
at
the
the
Oracle
as
a
as
a
as
an
example
of
of
how
to
use
ekps
as
a
as
a
validation
method
for
external
data,
because
you
can
use
that
for
any
right,
it
doesn't
have
to
be.
Yep
doesn't
have
to
be
a
block
header.
You
can
use
that
for,
for
you
know,
price
data
yeah.
D
D
D
D
I
think
like
right
now,
kcg
for
the
the
for
the
for
the
BLS
aggregation.
The
PRS
is
a
signature
inside
the
bar
header
and
then
like
the
BLS,
aggregation
and
proof
generation
is
still
okay.
It's
like
you
are.
You
are
not
that
fast,
like
it's,
okay
to
be
used
and
and
the
workout
definitely
can
accelerate
the
process.
Well,
the
only
problem
is
that
it's
not
like
you
know
it's
not
using
a
ckvm
right,
it's
not
using
on
tkbm
in
any
dkvm
so
like.
What's.
D
D
So
when
you
have
the
process
like
folding
the
Matrix
to
half
size
and
then
like
that
would
require
you
send
the
the
verifiers,
send
you
a
random
number
to
the
approver
and
then
prove
will
be
able
to
throw
the
major
to
half
size
and
then
say
again,
throw
it
half
size
and
stuff
like
that,
and
then
we
think
definitely
it's
an
interest
idea.
We
also
see
it
in
the
another
schema
called
hyperplunk
that
is
doing
the
similar
stuff
yeah.
G
D
A
H
G
G
F
D
D
D
Let
me
change
go
back
to
the
what
is
CK
graph
first
and
second
graph
is
basically
is
the
piece
of
like
this
is
pretty
similar
with
the
sub
Graft
in
the
graph,
because
we
think
it's
a
great
data
architecture
for
helping
us
to.
You
know,
aggregate
the
blockchain
information
and
what
kind
of
the
information
the
user
really
need,
and
also
the
most
important
part
we
can
Backward
Compatible
for
all
the
sub
graph
and
then
all
the
sub
graph
will
be
able
to
automatically
convert
into
a
ZK
graph.
D
So
once
the
hyper
overcome
test
net
launch,
it
will
automatically
have
like
ten
thousand
twenty
thousand
Decay
graph
in
the
beginning,
and
the
ZK
graph
is
like
the
user,
defines
a
program
here
inside
the
mapping.ts.
So,
basically,
like
you
compile
it.
So
you
know,
as
we
know
like
the
sub
graph,
is
row
by
assembly
script.
D
It's
a
high
level
language,
so
easy
to
use
easy
to
learn,
and
then
we
will
convert
it
to
you,
compile
it
into
a
provable
binary
and
then
put
in
the
Decay
wasn't
so
basically
you
see
a
graph
is
the
program
you
wanna,
the
programmable,
the
programmable
part.
You
write
a
program
inside
the
ticket
graph
and
then
like
so
right
now
we
are
open
a
new
Decay
graph
and
then
like
because
this,
the
behavior
inside
this
degree
graph
is
automation
so
like
if
you
execute
automation.
D
So
what
I
want
to
do
the
query
you
also
have
to
prove
all
of
the
whole
set.
Give
me
a
sec.
It's
supposed
to
have
the
thing
poppile
and,
let
me
say,
automation
here
and
then
so
this
is,
will
be
the
graph
for
the
automation
triggering.
So
actually
this
will
be
more
complicated
because
you
need
to
find
the
information
condition
and
also
you
need
to
define
the
what
kind
of
behavior
and
computation
you
want
to
do
of
change.
D
So
right
now
it's
pretty
limited,
though
we
only
can
do
like
30
line
of
like
a
summary
script
and
compile
it
into
a
probable
binary.
And
so
this
is
like
the
basic
CK
graph
right
now.
We
have
and
seems
like
if
yeah
I
worry
about
a
run
out
of
the
test
net
test
net
token,
but
it
seems
that
it's
still
working
yeah.
D
So
in
every
block
you
generate
the
proof
for
the
condition
if
the
condition
is
triggered
or
not
and
submitted
to
the
blockchain,
and
then,
if
it's
not
submit
to
the
smart
contract
and
if
not
trigger
you
can
just
not
trigger,
but
like
you
still
need
to
prove
to
say,
you
have
not
triggered
the
job
yet
and
then
like
once.
It's
triggered
like
right
now,
like
all
the
conditions
are
set
to
aside,
are
satisfied.
D
So
if
we
send
the
proof
of
the
condition
and
the
computation
result
to
the
smart
contract
and
the
smart
contract
will
call
the
verify
it's
more
content
to
verify
it.
And
if
it's
correct
it
will.
You
know
like
execute
the
rest
of
the
job,
and
this
is
basically
the
auto
trigger
for
the
ethereum
price
right
now.
So
in
here
we
basically
Define
if
the
ethereum
price
is
more
than
a
certain
price.
D
Yeah
so
like
right
now,
if
more
than
this
price,
like
16
000
you'll,
be
able
to
trigger
a
job
in
on
ethereum,
it's
just
a
demo
so
like
which
people
think
the
most
the
simplest
case
for
it,
and
actually
it
can
be
a
way
more
complicated.
You
can
write
like
I
want
to
do.
A
division
like
if,
like
oh
I,
can
also
do
a
linear
regression.
D
If
you
want
to
become
a
note
on
gelato
I
guess
you
need
to
be
have
like
sign
a
legal
document
with
them
to
ensure
your
integrity
for
your
node
and
but
by
and
like
you
know,
if,
if
you
use
keeper
the
higher
the
right
now,
the
highest
collateral
for
the
network,
I
think
just
three
to
four
ethereum.
So
if
your
job
more
than
like,
if
your
job
or
parakeet,
that
is
more
expensive
than
full
ethereum,
you
can
already
use
keeper
right.
D
Now
you
already
be
able
to
you're
already
able
to
write
a
assembly
script,
the
TS
file
and
then
generate
the
binary
for
the
PS
file
and
then
generally
approve
of
that,
so
the
user
will
be
able
to
you
know
just
ride
with
the
high
level
language
and
also
have
to
prove
it.
It's
just.
The
only
problem
is
like
overhead
is
like
still
kind
of
big
right
now,
and
but
it's
like,
like
it's
like,
become
a
possible
thing
in
the
market
that
users
don't
need
to
learn
about
geonan's
proof.
D
E
D
So
why
you
start
the
project
right,
yeah
yeah,
so
like
yeah,
so
at
the
beginning,
right
like
so
personally,
I
start
my
crypto
Journey
when
like
in
high
school,
so
I
originally
from
China,
so
I
I,
probably
is
the
one
of
the
first
few
guy
in
my
town
to
write
a
mining
program
for
Bitcoin
back
to
2011.
it's
a
long
time
ago,
and-
and
so
that's
where
my
first
time
to
do
stuff
with
crypto
and
but
in
the
beginning.
D
Right
like
it's
like
the
reason
why
I
do
that
is
like
because,
like
you
know,
like
I'm,
not
from
a
really
wealthy
family
and
like
so
I
bought
my
got.
My
computer
in
my
first
day
go
to
high
school
so
like,
but
I
want
to
make
some
money
to
you
know
have
like
a
you
know:
buy
more
food
and
stuff
like
that
and
then
like,
but
I
don't
have
another
way
to
do
it.
I
don't
want
to
go
to.
You
know
be
in
labor
right
like
so.
D
Basically,
I
have
to
use
the
computer
to
do
it,
but
back
then
2011.
It
was
not
that
easy
to
do
the
e-commerce
stuff.
So,
like
I
think
I
still
think
that
way
how
to
easily
earn
some
money
from
my
computer
and
then
like
see
a
newspaper
as
someone
somebody
in
America
to
bought
a
pizza
with
a
Bitcoin
and
then
like
I,
see
the
the
pizza
itself
worth
like
ten
dollars.
D
It
was
a
huge
amount
of
money
for
me
in
that
time
and
then
the
whole
he
I
got
10
on
their
phone
using
a
computer
to
do
a
Bitcoin
and
then
I
definitely
want
to
do
it
and
then,
like
I,
do
a
research
on
how
to
do
the
you
know
my
mining
for
the
Bitcoin
and
then
roll
the
program
for
it.
Like
the
BET,
then
like
2011,
it's
possible.
It's
still
possible
use
your
personal
laptop,
a
bad
PC
to
do
it,
but
right
now
it's
impossible.
D
I,
don't
think
the
program
worked
anymore
and
and
then
and
then
and
then
do
some
Bitcoin
and
make
some
money
and
then
like
I,
sell
majority
of
them
up
in
2014
and,
like
that's
like
become
price,
already
become
like
few
hundred
dollar
per
Bitcoins.
I,
remember
and
I
sell
all
of
them
and
I'm,
not
a
majority
of
them.
D
D
My
first
shot
actually
is
in
Google,
like
for
the
cloud
infrastructure
and
then
also
I,
later
working
teacher
for
the
cloud
infrastructure
too,
so
I
better
better.
Like
my
working
experience
like
I
know,
two
technology,
one
is
called
te,
the
trust
environment
thing.
So,
basically,
you
do
the
encryption
inside
the
CPU
and
then
like
all
these
CPU
can
decrypt
the
information
kind
of
like
that
kind
of
stuff.
D
A
hardware
encryption
another
is
like
zero
knowledge
proof
and
but
in
the
cloud
the
funny
thing
is
like
in
the
cloud
infrastructure
majority
like
cloud
provider,
you
choose
T
instead
of
the
zero
Notch
Pro,
so
like
I,
think
in
Cloud
infrastructure
in
web
2,
like
te,
is
more
than
CK.
It's
like
we
know
what
ZK
and
but
actually
back
to
the
blockchain
right.
D
You
don't
have
that
many
that
many
te
environment
so
like
you,
you
if
the
ckp
right
now
is
become
more
useful
and
so
like
after
I
learned
this
concept
and
I
begin
to
think.
Is
it
a
way
to
really
a
way
to
do
it
I
think
about
it
like
about
two
years
and
and
then
and
then,
like
I,
tell
this
idea
to
another
another
senior
developer
in
Google
in
Facebook,
and
then
they
were
like.
D
And
then
the
idea
actually
like
gave
me
the
idea
how
to
testify
the
blockheader
statelessly
and
then
I
begin
to
describe
the
idea
to
all
the
senior
debt
and
they
still
think
I'm
quite
easy.
It's
impossible,
like
don't
waste
your
time
on
this
thing
and
like
and
then
and
then
and
then
right
and
then
later
I
taught
this
idea
with
another
PhD
student
in
Imperial,
College
of
London
and
his
PhD
physics
is
still
not
proof.
And
then
he
was
like.
D
Oh
damn
this
actually
worked
and
then
like
we
go
together
and
fund
this
company
and
build
a
hyper
Oracle
and
then
later
on
by
developing
the
hyper
local
right.
You
have
more
thinking
about
that.
The
deeper
philosophy
behind
it.
It's
actually
it's
not
just
like
the
graph
cluster,
zero
knowledge
proof.
Essentially
it's
like
you're,
using
a
dkp
to
ensure
the
Integrity
for
the
whole
process
for
the
no
to
fetching
data
from
fetching
data
to
you
know,
manufacturing
the
data
into
the
resell.
The
whole
computation
process.
D
So
you
don't
need
to
like
be
centralized
to
have
this
security,
so
you're
able
to
open
source
it
and
then
duplicate
this
image
to
everybody's
computer
and
people
will
still
use
it
like
it's
by
like
this
yeah.
So
like
we
solve
a
huge
problem
in
the
Oracle
Network,
essentially
and
later,
like
I
mean
recently
like
this
month.
We
find
out
like
hyper
Chrome
network
is
not
just
the
Oracle
Network.
Essentially
it's
like
we
call
it
synthetic
blockchain
so
like
once,
you
think
about
this
once
you
have
the
dkpls
and
ckpow
for
the
Bitcoin.
D
So
right
now
we
are
using
the
ckpl
implementation
for
Maxwell
the
equal,
zero
sync,
and
then
that
is
like
a
really
great
work
and
then,
like
so
you'll,
be
able
to
testify
the
the
nouns
for
for
the
Bitcoin
and
also
a
Testify,
the
block
header
from
the
ethereum
so
like
by
use
by
having
these
two
consensus,
Ledger
you'll
be
able
to
have
something.
We
call
synthetic
blockchain,
essentially
hypo.
It's
like
a
synthetic
blockchain
that
will
be
able
to
this
is
the
the
stiffness.
D
So
if
you
want
to
take
down
this
network,
you
will
need
to
take
down
Bitcoin
take
down
ethereum
in
the
same
time,
so
this
network
will
stop,
and
and
so
we
don't
have
our
Ledger,
we
use
ethereum
or
Bitcoin,
and
then
we
provide
the
data
aggregation
of
chain
computation
for
these
two
kinds
of
network
and
then
like.
This
is
like
the
new
thinking
we
have
recently
for
the
hyper
Oracle.
D
So
like
so,
the
most
important
part
is
definitely
the
security
so
like.
If
you
want
to
fetch
your
big
content
or
fetch
your
ethereum
data,
you
will
want
a
decentralized,
completely
decentralized.
You
can
Factor
it
from
anybody
and
nobody
can
ban
your
fetching
behavior
and
then
the
second
one
is
like
by
fetching
it.
You
already
got
the
like
the
buy
code
right.
D
You
want
to
do
the
decoding,
filtering
and
computation
or
aggregation
so
like
that
process
is
also
important
for
business,
I,
think
Industrial,
Level
usage
and
then
an
assigned
to
the
the
client
and
then
so
right
now,
all
the
DM
will
be
able
to
like.
We
see
the
info
that
front
and
to
receive
the
information
from
any
node
and
then
like
an
automation,
would
be
actually
it's
a
huge
deal
like
so
automator
right
now.
We
don't
have
like
a
fully
decentralized,
also
pretty
safe,
like
very
safe,
automated.
D
The
reason
why
I
call
D5
3.0
is
because,
like
defy
one
essentially
is
like
erc20
right,
everybody
or
any
Institute
will
be
able
to
issue
their
own,
like
token
token,
to
tokenize
themselves
or
organization,
and
then
but
the
problem
is
that
you
cannot
really
trade
it
on
chain.
You'll
still
be
like
on
the
centralized
exchange
to
trade.
D
This
kind
of
token
and
but
divide
2.0
is
basically
you
need
to
drop
that
like
allow
everybody
to
anybody
to
trade,
their
own
identity,
the
token
the
issue
and
then
like
the,
but
the
only
problem
is
like
you
still
rely
on
the
centralized
exchange
like
JMS
like
Finance,
to
do
the
derivative.
So
you
don't
have
like
fully
Unchained
derivative,
but
by
having
a
zika
automator
you'll
be
able
to
do
it
fully
on
fully
decentralized
manner.
D
D
The
account
objection
will
be
able
to
do
it
by
themselves
too,
but,
like
still
the
first
entry
point
trigger
for
the
smart
contracts
still
need
to
be
a
eoa
in
ethereum
and
so
right
now,
if
you
want
to
have
like
in-depth
fund
like
the
most
simple
one,
the
investing
fund
for
ethereum,
like
SP
500
for
Nasdaq
and
I,
have
like
the
full
U.S
stock
market.
We
have
like
ERC
500
for
ethereum.
Basically,
this
smart
contract
will
like
take
the
deposit.
D
D
Go
to
we'll
go
to
iterate
the
whole
blockchain
that
when
the
CK
and
that's
incoming,
like
we
iterate
the
blockchain
like
send
requests
like
what
is
the
top
500
TBL
token
erc20
in
on
ethereum
right
now,
and
then
once
he
received
the
list
and
then
he
will
be
able
to
buy
this
token
distribute
them
on
the
inside
this
token
and
then
and
then
the
major
issue
is
like
every
block
they
need
to
recheck.
If
the
token
they're
holding
is
due,
they
are
if
they
are
still
the
top
500
ERC
TV
on
ethereum
right.
D
The
the
automated
to
see
if
it's
meet
the
trigger
condition,
and
then
you
also
need
to
compute
the
you
also
need
to
have
the
decentralized
way
to
assess
the
the.
If
these
500
tokens
do
the
top
500
TBL
and
then
so.
You
have
two
part
here
you
so
right
now,
like
you,
only
can
rely
on
the
centralized,
Trigger
or
the
centralized
trigger,
because
this
amount
of
this
crunch
is
going
to
be
huge
right,
but
for
centralized
trigger
you'll
be
able.
D
You
cannot
tell
if
they're
cheating
like
if
they're
reporting
their
own
token
as
the
top
500,
when
it's
not
and
I,
don't
know.
So
that's
like
the
first
part.
We
can
resolve
here
a
fully
decentralized
and
really
safe
automator.
That
can
help
like
fully
unchain
derivative.
The
index
fund
that
to
do
the
automation,
job
every
block,
and
then
this
is
the
first
one,
and
you
have
a
lot
more
use
case
for
that.
D
G
Each
step
is
the
end
for
the
CIA
got
it
the
the
the
the
the
the
interest.
So
basically,
what
you're?
What
you're
saying
is
you
can
you
can
you
can
based
on
based
on
the
price
signal
you
can?
You
can
then
rebalance
your
your
your
your
token
Port
portfolio
automatically,
so
you
haven't,
you
have
an
auto
you
you
can
do.
You
can
do
an
auto
rebalancing
by
by
if,
if
a
token
drops
off,
you
can
just
sell
it
on
on
uniswap.
For
another
token,
if
that
pair
exists,
right.
G
To
have
a
counterparty
right,
so
it's
like
yeah,
that's
like
right,
but
you
could
you
could
you
could
I
mean
trigger
it.
So
the
interesting
questions,
if
you're,
if
you're,
if
you're
trait,
if
your
basket
is
a
cross
chains
right,
so
the
interest
the
real
interesting
thing
becomes
when
your
basket
is
is,
is
is
across
multiple
chain
yeah
right
then
then
you're,
you
again
that
comes
the
question
of
do.
G
I
do
I
want
to
so
it's
like
it's
like
it's
like
Cosmos,
but
you
know
using
zero
knowledge,
so
you
don't
have
to
like,
like
rely
on
on
on
others,
as
as,
as
as
as
prize
oracles,
you
can,
you
can
prove
the
Integrity,
but
it
still
needs
to
be
sort
of
like
you.
The
portfolio
will
still
have
to
be.
They
have
to
be
some
form
of
State
machine
that
that
that
that
allows
you
to
do
these
these
things
across
across
okay,
something
like
that.
D
D
Oh,
that's
great
yeah
like
so
right
now
we
don't.
We
are
not
working
on
it.
It's
just
like
we
provide
this
programmability
for
the
user
to
if
they
want
to
synchronize
like
this
status
for
different,
you
know
different
chain.
They
can
just
program
the
oracle
to
do
it
in
their
way,
the
manner
they
want
and
because
we
are
not
going
to
host
the
like
client
in
another
blockchain
that
to
do
the
the
question
messaging
stuff,
like
it's
not
going
to
be
provided
as
a
default
function
like
so.
D
The
default
function
already
have
like
secret
Automation
and
tkpos.
That's
game,
dancing
and,
and
then,
like
the
user,
will
be
able
to
program
it
with
their
own
question.
Network,
like
you
know,
not
just
Baseline
and
like
I,
mean
like
it's
open
source
right
because
like
and
then
like
people
can
also
use
it
to
program
the
cross
chain
messaging
and
then
stuff
like
that,
but
our
Focus
right
now
like
it
will
be
only
on
ethereum
and
right
right.
G
G
Yeah,
but
you,
if
you're,
if
you're,
if
well
I,
mean
if
you're,
if
you're,
if
you're
using
gossip
in
your
your
network,
is,
is
large
enough.
Your
your
the
probability
that
the
message
is
not
going
to
be
delivered
is
is,
and
if
you're,
if
you're,
if
you're,
if
the,
if,
if
the
message
with
the
ZK
proof
graph
is
is,
is,
is,
is
encrypted
to
the
to
the
to
the
to
the
key
of
the
of
the
recipient,
then
there's
there's
nothing.
Really.
Anybody
can
do
right.
Yeah,
yeah.
D
G
J
Yeah
I
got
a
question,
so
I
think
like
ZK
graph
is
like
one
of
the
quintessential
ZK
Oracle
kind
of
verticals,
and
that's
again
like
a
huge
problem
like
I
think
the
graph
itself
is
also
like
talked
about
it
like.
Can
you
really
trust
the
data
you're
getting
out
of
it?
Can
that
cause
a
hack
so
but
another
really
cool
idea,
that's
actually
being
done
in
Halo
2
as
well
is
TLS
notarization.
F
D
D
Yeah,
so
oh
yeah,
then
we
go
to
this
concept.
It's
yeah
good
question
like
we
can
go
to
go
through
this
concept.
So,
like
you
know,
oracle,
essentially
you
have
free
type
like
so
like
you
have
free
type
of
Oracle
like
originally
because,
like
trending
is
so
big
right
now,
everybody
already
know
the
input
Oracle
like
but
Oracle.
Originally
there's
three
type
of
Oracle
like
one
is
input
Oracle.
Basically
you
take
the
official
data
and
then
do
the
aggregation
on
chain
and
then
I
basically
put
oxygen
of
trend
data
into
the
blockchain.
D
That's
called
input
Oracle,
like
the
Deco,
like
the
price,
feed
Oracle
for
chain
link
and
also
you
have
like
another
Oracle,
okay,
output,
Oracle.
It's
like
the
graph,
you
take
the
unchain
data
and
propagate
on
generated
off
chain
and
that's
called
output,
or
you
output,
the
data
on
blockchain
and
then
propagate
and
then
there's
like
output,
Oracle
and
then
I
O
Oracle.
It
means,
like
you,
take
the
on-chan
data
and
then
do
the
off
chain
computation
and
then
put
it
back
to
the
blockchain.
D
It's
like
the
io
process
and
then
that's
called
IO
Oracle
and
then
like
the
basic
idea,
is
that
the
output
Oracle
you
do
the
data
source
and
then
oh
sorry,
which
is
parties
okay,
whatever
and
seems
we
don't
have
graph
here.
Basically,
this
graph
is
enough
for
explaining
it
and
yeah
so
yeah,
you
always
say:
The
Deco
sticks
part
so
like
we
think
it's
a
good
idea
to
do
it.
It's
just
like
right
now.
D
It's
too
many
noise
on
the
internet
because,
like
when
you
do
improving
you're,
not
actually
proving
data
yourself
right,
you're,
proving
the
provider
you're,
proving
the
HTTP
protocol
that
are
actually
fetching
this
data
from
this
website
and
like
something
like
that.
So,
like
so
I,
you
have
to
do
some
try
on
it.
It's
just
like
it's,
not
our
Focus
right
now
and
also
we
think
it's
a
lot.
F
D
D
They
are
not
using
HTTP
right,
like
you
have
like
another
kind
of
protocol
like
web
free
dot,
dash
dash
and
like
you
know,
you
have
like
UDP
TCP,
even
some
of
them
just
have
tcpi,
UDP
right
and
then,
and
so
how
to
handle
with
this
kind
of
data
right,
you
cannot
really
have
like
at
the
beginning.
It's
going
to
be
a
lot
of
problems
need
to
be
resolved
for
input
Oracle
to
be
synchronization
to
to.
D
You
know
like
to
do
this
again
on
the
real
world
data,
but
we
think
that
output
and
IO
is
possible.
It's
easy,
because
the
data
source
itself
is
pretty
clean.
It's
fully
on
General,
it's
like
generally,
the
proof
for
the
output,
Oracle
and
I
overcrow,
like
it's
easier.
A
way
easier
because,
like
this
source
is
very
clean,
it'd
be
really
practical
to
use
it
at
the
beginning.
D
But
like
for
input
Oracle
like
that
all
and
all
kind
of
similar
work
done
by
people,
and
it's
not
that
like
practical
to
use
it
still
right
now,
it's
kind
of
dangerous
I
know
like
Deco.
You
need
to
like
be
executed
in
fully
like
channeling
environment,
so,
like
the
whole
Witnesses
need
to
be
happened
inside
the
chilling
machine
and
then
like
that
is
like
it's
not
that
decentralized
right,
like
the
point
to
use,
is
being
decentralized
but
like.
D
If
you
only
be
able
to
use
it
inside
a
company's
environment,
the
Enterprise
environment,
it
will
be
like
you
know,
it
would
be
like
you
know
like
not
just
not
the
crypto
right,
it's
just
like
another.
You
know
like
another
training
product.
That
is
not
just
it's
just
like.
If
the
train
company
is
not
there
like,
this
type
of
thing
won't
work.
D
So
when
you're
in
a
the
real
world
environment
that
is
like
really
I
would
say,
it's
like
it's
like
there's
so
many
malicious
know
that
won't
to
hack
your
thing
and
try
to
steal
your
money
right
like
if
you
put
down
with
that
code
inside,
like
decentralized,
Oracle,
decentralized
Oracle,
you
have
a
way
more
problem,
not
just
the
Oracle
itself.
You
also
have
a
network
problem
like
a
DMS
pollution
from
there's
like
too
many
problems
right
now,.
F
B
Awesome
so
we
are
at
the
end
of
our
hour,
but
that
was
a
jam-packed
show
with
good
content,
I
mean
even
when
you're,
explaining
and
walking
through
the
hyper
oracle's
work
and
what
you're
showing
on
screen.
You
explain
it
in
such
a
useful
way
for
some
of
us
who
might
not
know
all
these
Concepts
and
also
your
story
was
awesome
to
hear
I'm
so
glad
you
dove
into
that.
B
That
was
just
surprising
and
all
around
just
so
interesting
and
inspiring,
and
very
glad
that
you
were
able
to
join
us
today
and
I
hope.
Hyper
Oracle
joins
the
Baseline
community
in
the
future
and
keeps
us
updated
on
how
things
are
going
and
how
the
work's
progressing
you're
welcome
back
anytime,
anytime.