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From YouTube: OpenShift Commons Briefing #95: OpenShift & Multi-access Edge Computing with Hyde Sugiyama
Description
Our guest speaker for this briefing was Hyde Sugiyama, Senior Principal Technologist, Telecom & NFV in Red Hat’s APAC Office of Technology. He discussed Edge PaaS (RHOCP) running on RHOSP(NFV platform), which is a new collaboration effort amongst Telcos in APAC.
This briefing covers OpenShift & Multi-access Edge Computing for a number of cross-industry use cases ranging from IoT Robotics, Smart City, to Connected Car Network.
MEC (Multi-access Edge Computing) is deployed across distributed edge network nodes rather than deployed at a centralized big data center. To run many real-time value-added service applications for each industry on MEC servers in edge network nodes where rack space is limited, we need high-density virtualization such as container and cloud-native agile solutions across multicentral offices as a virtual data center.
The container virtualization technology orchestrated by Kubernetes(K8s)/OpenShift Container Platform is evolving by the cloud industry while OpenStack becomes the de-facto NFV platform of the Telecom carrier industry. We also discuss an MEC PoC for Edge PaaS at a telecom carrier.
This session will discuss MEC (Multi-access Edge Computing) deployment architectures for Edge PaaS and its challenges by adapting OpenShift Container Platform, SDN technology and Switch fabric along with OpenStack NFV edge platform infrastructure across virtual central offices.
A
Hello
and
welcome
again
to
yet
another
OpenShift
Commons
gathering
and
today
we're
doing
the
session
at
an
act,
act
friendly
time
for
once
and
I'm
really
pleased
to
have
five
Sugiyama
from
our
Red
Hat
technology
office.
Who
is
going
to
talk
today
about
multi-access
edge
computing
and
open
shift
and
we're
gonna
go
for
about
40
minutes
of
talking.
If
you
have
questions,
please
ask
them
in
the
chat
and
then
there'll
be
some
live
Q&A
at
the
end.
A
But
this
is
a
new
topic
for
most
of
us,
so
I'm
really
pleased
that
you're
going
to
get
Hyde's
introduction
to
it
and
then
hopefully
join
us
again
at
the
open
chef,
Commons
gathering,
where
some
of
the
folks
from
NTT
are
going
to
be
joining
us
as
well
with
Hyde
to
talk
about
this
in
more
depth.
So
Hyde,
please
welcome,
and
we
thank
your
time.
Thank.
B
Hello:
everybody,
my
name
is
a
Hydra
su
mo
I'm,
a
senior
principal
technologist
at
the
record.
I'm,
not
working
I'm,
not
driving
the
sever
project
for
the
open
suck
anyway
edge
computing
and
H
pass
with
opposite
of
the
container
platform
were
crowd
sweet.
We
have
a
plan
for
that
joint
session,
with
energy
D
network
technology,
laboratory
at
the
openshift
Commons
gathering
in
Austin
to
talk
about
tech,
H
past
strategy
for
crowd
native
service
in
there
it's
computing
infrastructure
prior.
B
There
are
several
activities
relating
to
the
edge
computing.
The
development
in
early
2014
entity,
R&D,
announced
edge
computing
technology
concept
in
which
can
reduce
cloud
application
level
time
in
10
milliseconds
by
locating
edges
up
at
the
th
node
Cisco
is
also
spending
many
times
to
develop
the
whole
computing
since
2000,
something
or
internet
over
everything.
As
you
know,
this
also
covers
a
edge
computing.
B
They
established
open
for
consortium
in
2015.
Also,
eight
European
telecommunications
standards,
Institute
launched
MSE,
make
industry
specific
group;
initially
they
called
the
mobile
edge
computing
and
they
change
the
name
to
the
March
as
edge
computing.
The
spec
is
relating
to
the
mobile
edge
infrastructure,
make
em
to
the
place
the
compute
and
storage
resource
like
a
NAB
in
the
4G
radio
access
network
to
improve
the
delivery
of
the
content
and
application
to
end-users,
and
this
sama
automotive
edge
computing
consortium
has
been
established.
B
This
is
a
new
site
we
have
to
aware
of
their
comm
industry
and
other
industry
have
to
work
together
for
edge
computing
technology
innovation.
This
consortium
will
focus
on
including
the
network
capacity
to
accommodate
automotive,
big
data
in
the
reasonable
fashion
between
the
vehicle
and
the
edge
computing
infrastructure
and
more
efficient
network
design.
B
B
When
we
are
facing
to
scale
our
issue
to
handle
the
hundreds
of
thousand
devices
and
when
it
comes
to
execute
action
in
real
time,
the
edge
computing,
our
teacher
counts,
love
the
challenge
of
latency
scalability
and
security.
We
put
edge
computing
system
in
technical,
central
office
between
customer
device,
ID
and
the
data
center
site.
B
Each
computing
system
can
reduce
latency
and
the
boundaries
and
provide
the
data,
cache,
real-time,
complex
event,
processing
and
data
processing
in
the
event
that
are
coming
out
of
the
device,
each
computing
system
can
derive
the
communication
between
the
device
and
working
system.
There
are
many
use
case,
such
as
industry
I
OG
v,
2x
billion
are
ticks
and
the
CDM
LRV
are
it's
also
possible
to
integrate
some
of
enterprise
cloud
service
at
third
H
node.
It's
computing
system
is
structured
like
an
other
data
centers
technology,
and
they
have
some
of
the
same
requirement.
B
They
need
the
business
rule,
processing
and
data
analytics
to
process
the
pugio
neum
of
the
data
in
which
are
being
generated
by
the
device
sensor.
In
addition
to
network
service
entity
in
OpenStack
nav
there
come
carriers
will
be
able
to
provide
a
common
service
entity
and
to
allow
the
user
to
the
real-time
application
service
in
opposition
to
the
platform
at
technical
central
office
nearest
to
the
customer
site.
B
So
primary
target
location
to
run
the
edge
computing
is
terrico
Center
office.
Turkish
internal
office
typically
used
multiple
access
technology
to
serve
diverse
customer
in
residential
enterprise
and
the
mobile
market
segment
for
Blizzard
eight
subscales
Cosmo
kernel
access
line
are
already
at
olt
optical
write
down
and
carried
IP
traffic
to
the
B
energy
robot
network
gateway
to
manage
each
customer's
IP
session
edge
computing
server
can
be
placed
behind
the
BMG
for
mobile
edge
service
case
edge
computing
server
run
in
the
moment.
B
Prot
each
platform
can
be
placed
behind
the
BB
you
based
on
the
unique
as
you
might
know,
that
there
is
a
project
called
a
cor.
D
orbital
co2
battery,
the
network
function
and
to
dis
a
great
network
access
the
cold
in
central
office,
most
Co
Rd
and
the
Badger
Co
can
help
to
save
location
space
in
central
office,
and
you
can
add
additional
burry
added
service,
such
as
edge
computing
service
into
the
center
office.
B
B
It
is
a
small
data
data
synthesized
in
multiple
keys.
You
can
find
more
than
2,000
central
office
in
that
website.
Many
center
of
office
had
been
operated
by
the
fixed
network
operators
who
have
provided
Pixley
telephone
service
from
long
ago.
Some
of
them
still
have
many
central
office
nearest
to
the
customer
side.
As
for
mobile
network
operators,
their
primary
target
of
each
computing
service
will
be
in
the
urban
area,
especially
for
the
5g
mobile
broadband
service.
This
picture
of
the
tower
is
a
token
based
station
in
Shinjuku
Tokyo.
It's
nice
building.
B
There
are
many
video
network
controllers
and
the
baseball
units
in
that
building.
Each
competing
server
can
be
installed
indoor,
but
a
in
rural
area.
There
are
many
outdoor
implementation
in
current
4G
LTE
infrastructure.
All
to
the
world.
Implementation
is
out
of
scope
at
this
stage,
because
no
space
in
Seoul
is
computing
code.
Server
Elise
indoor
implementation
is
needed
for
called
server
implementation.
B
Okay,
this
rider
Samuraizer
is
upper
for
the
deployment
option
of
the
edge
computing
system
in
Telugu
Center
office,
small
pulses
in
court
system
and
the
microphone
system.
Small
port
system
needs
the
5
to
10
racks
based
in
so
many
port
system
needs
a
wah-wah
to
knock
space
to
install
and
microphone
system
is
a
half
rack
space
to
install
in
case
of
a
microphone
system.
B
In
addition
to
the
colocation
space,
this
sense
from
a
customer
site
is
also
a
key
point
that
it's
computing
can
deploy.
This
right
illustrates
a
hierarchical
location
of
the
central
office
based
on
the
distance
from
the
customer
side,
his
salary
pics
network
operators
center
office
have
been
located
based
on
the
constraint
on
the
fiscal
couple
loop
length,
which
generally
means
that
number
location
is
determined
primarily
by
the
topology
constrained
by
the
maximum
distance.
B
Typically
two
or
four
kilometres,
depending
on
the
operator
and
the
size
of
central
office,
is
determined
primarily
by
the
type
of
the
area
service
and
associate
the
population
density
among
suburban
rural
history
is
tiered
structure
from
access
to
the
co-op.
This
way
to
co-create
the
customer
access
line
and
consolidate
the
co-created
history
to
Co,
this
transform
customer
site
is
about
less
than
the
20-kilometer,
because
latency
in
fiber-optic
cable
is
about
one
microsecond,
the
parking
meter.
B
B
This
appearance
are
created
by
the
EPC
mobile
packet
kua
in
main
Co,
that
is
far
from
our
H.
We
motivate
your
head.
Centroid
Brown
for
4G
LTE,
advanced
power
over
5g
in
future
is
agreed
by
the
EBU
hosting
site.
This
is
from
the
power
H
and
the
BPO
basement
unit.
The
CPRI
front
form
is
about
a
20
kilometer
in
case
of
the
4G
LTE,
and
the
BB
hosting
sites
are
created
by
the
main
seal.
B
B
This
right
shows
a
candidate
for
the
edge
completing
solve
a
colocation
site.
Okay
mobile
network
operators
can
install
each
competing
server
at
the
BB
hosting
site
and
nvm.
All
site
is
also
available
to
run
each
competing
service,
but
a
BB
hosting
site
is
nearest
to
the
customer
and
the
device
via
4G
Wireless.
B
B
So
each
candidate
central
office
needs
a
space
for
each
competing
service,
as
I
mentioned
before.
There
is
a
battle
co-project
use
case
in
the
opendaylight
virtual
CEO
architecture
can
virtualize
each
function
on
top
of
open
sat-nav
and
manage
each
traffic
was
open
the
write,
a
statement
or
we
demonstrated
butter,
Co
rotational
service
at
Opie,
nav
Summit
this
year.
In
the
demo
we
integrate
the
battle
vlg
virtual
router
and
the
batter
fire
on
top
of
the
rated
opposite
nav
platform
and
managed
its
traffic
by
the
opendaylight,
a
single
tool.
B
B
Turkish
environment
is
not
the
same
as
Internet
data
in
the
environment,
which
pricing
the
road
Barossa
in
front
of
authorship
but
DevOps
environment
can
keep
the
same
process
to
develop
the
real-time,
a
continuous
application
import
and
provide
real-time
service
to
the
specific
user
or
device
to
opposite
the
continent
platform
at
the
tailgate.
There
are
many
episodes
that
you
can
use
table
to
develop
the
content
application
and
around
in
the
H
path
environment,
on
top
of
OpenStack
nav
edge
platform
for
rich
national
access.
B
For
example,
the
achoms
IOT
project
has
a
kind
of
edge
computing
projects
such
as
cora
Kapua
corner
eclipse.
Kappa
pro
provides
the
service
required
to
manage
IOT
gateway
and
the
smart
edge
device.
Tsuzuku
integration
framework
Leguizamo
provides
a
demo
to
service
interface
for
connecting
large
number
ilt
device
to
back
in
and
interacting
with
with
them
in
uniform
way,
regardless
of
the
device
communication
proton
fixed
network
operators
have
many
opportunity
to
provide
edge
computing
service
running
in
the
opposite
container,
proud
to
home.
On
top
of
the
opposite.
Nav
now.
B
B
This
right
shows
it
make
different
reference
architecture
or
deployment
of
the
neck
in
any
environment.
The
major
component
in
the
neck,
our
teacher,
our
mobile
it
platform,
VAR,
h,
Orchestrator,
mobile,
its
platform
manager
and
mobile,
each
application
and
butter
infrastructure,
which
is
officer
control
woman.
Each
system
consists
of
a
set
of
mix
server
and
the
associated
management
entity.
The
maxima
is
logical
entity
that
contains
a
mobile
each
platform
and
nav
infrastructure
on
which
the
mobile
each
application
run.
B
The
mobile
age
plateau
is
also
responsible
for
enforcing
the
traffic
rule,
to
transfer
the
data
packet
to
the
lower
edge
application,
as
well
as
to
maintain
the
necessary
dns
to
discover
the
mobile
edge
application
for
each
application
on
the
next
Saba.
As
a
virtual
machine
and
designed
to
provide
a
mobile
edge
service.
B
Mobile
age
computing
is
designed
to
provide
a
multi-ton
hosting
environment
for
each
application.
The
hosting
environment
consists
of
hardware
resource
and
the
batter
infrastructure,
which
is
a
opposite
nav
and
associated
and
management
service
for
makeup
application.
There's
no
spec
for
each
pass
in
make
architecture
yet,
but
we
can
run
opposite
to
contain
a
platform
on
OpenStack
nav
for
containerized.
Some
of
them
make
application.
B
Mobile
each
proton
sets
policy
and
Confirmation
good
for
fighting
user
parental
effect
to
make
application
by
traffic
of
road
function.
It
also
can
provide
Radio,
Network,
Information,
Service
and
other
real-time
context.
Information
to
authorize
make
application
open
shift.
Ingress
control
needs
enhanced
for
interworking
the
mobile
edge
platform
in
terms
of
the
logical
network
architecture
and
specify
the
make
can
be
a
part
of
a
not
be
in
run
radio
access
network
or
can't
be
run
on
the
extra
edge
computing
server
like
this
ride.
B
B
So
we
can
run
the
battle
each
platform
in
front
of
opal
shifter,
not
on
top
of
opposite
enemy
platform
in
each
access
environment.
This
right,
illustrator
are
based
on
direct
reference
architecture
and
we
can
put
BNF
important
operations
to
continent
platform.
The
challenge
is
OpenShift
English
controller
enhancement.
B
B
Tech
H
infrastructure
are
basically
private
access
point
for
each
computing
science
in
4G
mobile
access
network.
We
need,
inter
walk
with
mobile
each
platform,
to
handled
mobilization
and
specific
data
from
the
balance
for
Space
Age
computing
service
for
each
competing
service.
In
the
residential
access
network,
we
need
interlock
with
VB
energy
to
handle
the
specific
IP
session
from
device
for
specific
edge
computing
service.
B
Another
challenge
to
develop
the
th
path
in
is
mark
site
to
deployment,
as
I
mentioned
before
Teleco
sent
to
our
office
is
higher
current
rocket
in
the
each
area.
You
can
imagine
from
a
telephone
number
assignment
local
number
area
number
and
country
Navas.
It's
higher
anchor
telecom
carrier
needs
deploy,
distributed
OpenStack
NAB
in
each
area
like
a
two-tier
Maurice
item
water.
In
this
alarm,
on
top
of
the
distribute
opens
and
nab
infrastructure,
they
can
build
crap
opposite
platform
like
a
single
data
center
across
multiple
Center
office.
In
each
regional
area,
opposite
enemy
distributed
compute.
B
B
This
is
depend
on
the
optical
fiber
network
resource.
Basically,
if
you
can
ask
optical
fiber
transport
engineer
to
keep
five
millisecond
latency
between
two
steel
sites,
they
will
design
fiber
route
if
they
have
a
optical
fiber
net
of
reasons.
Some
telecom
carriers
have
many
optical
fiber
transport
natural
resource
in
country,
so
they
can
design
its
computing
infrastructure
like
a
single
data
center.
The
key
point
is
to
build
infrastructure
like
a
single
data
center
optical
fiber
transport
engineering
is
important
to
build
drip,
edge
cloud
computing
infrastructure.
B
On
top
of
the
optical
fiber
network
infrastructure
telecom
carrier
can
build
my
site
self
storage
and
open
sat-nav
entire
data
center.
Sdn
solution
is
also
needed.
Our
Stern
pattern,
like
a
cisco,
juniper
and
watch,
have
entire
data
center
Sdn
solution
on
top
of
OpenStack
and
they
be
opposites
past
ostrich,
can
use
of
Saxena
/
self
administration
as
further
isolating
network
between
each
part
in
each
north
power.
Each
software
project
we
have
many
important.
B
B
Also
they
are
adding
the
common
service
entities
such
as
IOT
gateway,
DNS
and
authentication
service
into
opposite
onto
the
platform.
They
are
now
working
on.
English
design,
IOT
device
traffic
is
agreed
by
the
virtual
CPE
in
front
of
opposite,
but
UCP
covers
many
access
function,
including
Abbey
energy.
B
As
for
the
SDN
controller,
they
are
now
just
using
ansible.
It's
not
food
automation
with
Sdn
controller
because
they
want
to
check
each
network
behavior
at
this
stage,
so
they
can
design
between
two
sides.
They
build
the
BPM
and
manage
network
confirmation
by
ansible
so
far,
I
believe
that
they
will
start
work
with
a
same
vendor
was
new
architecture
for
th
path.
Model
is
finalized.
B
B
And
also
there
will
be
many
more
opportunity
to
run
IOT
application
in
edge
pass
infrastructure
in
a
coyote
project.
I
find
that
there
are
many.
Several
talks
should
be
done
in
the
edge
computing
infrastructure
in
suitable
crowd,
infrastructure
or
real-time
service
I'm,
not
starting
to
work
with
our
IT
team
and
tried
to
invite
Sarah
party
for
starting
cross-industry
Park
on
top
of
each
computing
infrastructure
that
some
of
telecom
carrier
are
working
with
us.
B
B
B
Okay,
this
is
a
enemy
Sofia,
stuck
in
summary,
track
area
can
provide
network
resource
and
storage
resource,
in
addition
to
the
edge
computing
to
run
opposite
for
each
pass.
The
energy
as
a
partial
Network
function
also
can
praise
in
front
of
option
shift
for
the
initial
access
and
over
its
platform,
as
a
virtual
network
function.
Also
can
press
in
front
of
open
shift
for
mobile
access,
also
service
provider
can
provide
a
common
service
entity
to
many
third
party
through
the
prompt
application
entity
in
operation
to
counter
platform.
B
So
he
takes
away
from
this
session
or
to
think
we
better
to
keep
flexible
architecture
so
that
we
can
implement
each
pass
in
each
tab:
access
infrastructure
by
English
enhancement
to
interlock
each
each
platform
by
using
opposite
NAB
and
operations
to
continue
platform.
We
can
press
Mobile
each
platform
in
front
of
open
shift
for
mobile
edge
network
infrastructure
and
for
the
business
access
network.
B
We
can
press
the
energy
function
in
front
of
option
shift
on
top
of
OpenStack
nav
platform
through
the
collaboration
activity
with
telecom
carriers,
R&D
I'm,
feeling
that
the
Summum
telecom
carrier
transforming
to
new
normal.
They
are
going
to
be
an
ICT
platform
provider
for
new
service
provider,
who
provide
a
new
edge
service
to
users,
must
sing
and
cast
and
everything
we
have
a
problem
for
the
join
session.
B
A
Awesome
hi.
Thank
you
very
much
for
this
introduction,
because
I
think
this
is
this
is
to
set
the
stage
really
nicely
for
those
who
are
in
the
telco
and
the
automotive
industries,
but
also
for
people
who
are
going
to
be
in
the
audience
for
coming
together
and
Austin
is
coming
to
December
and
we're
really
looking
forward.