Presentation by En Fazly, CEO, SKALI Managed E Business Sdn Bhd during MyGosscon 2012.

1. Open
Source
Paving
the
Future
of
Cloud
and
Big
Data
Strategies
26
November
2012
Shah
Alam
Conven4on
Centre.
Open
Source:
The
Next
Genera3on
of
Digital
Transforma3on

2. Topic
Illustra/ons

3. Open
Source
Defini/ons
• “Describes
so8ware
that
comes
with
permission
to
use,
copy
and
distribute,
either
as
is
or
with
modifica/ons,
and
that
may
be
offered
either
free
or
with
a
charge.
The
source
code
must
be
made
available”
–
GARTNER

4. Why
use
open
source
for
building
and
designing
cloud?
.

5. Cloud
Hypervisor
In
compu/ng,
a
hypervisor
or
virtual
machine
manager
(VMM)
is
a
piece
of
computer
so8ware,
firmware
or
hardware
that
creates
and
runs
virtual
machines.
the
true
open-­‐source
hypervisors
are
Xen
and
KVM.
Xen
is
widely
used
among
large-­‐
scale
cloud
vendors,
including
Amazon
and
Rackspace.
But
KVM
has
the
widest
support
for
guest
OSes

6. Open
Source
Cloud
PlaYorm

7. Open
Source
Impact
to
Cloud
Adop/on
• Adop4ng
cloud
to
op4mize
IT
Investment,
improve
exis4ng
services
or
to
support
new
business.
In
this
scenario,
open-­‐
source
lowers
the
barriers
• Open
source
allows
great
customiza4on
to
meet
individual
requirements
• Open-­‐source
also
encourages
and
supports
innova4on
in
the
development
of
new
cloud
products
• Collabora4on
between
technology
providers
and
users
is
a
huge
advantage
in
the
open
source
arena

8. • Open
source
technology
is
going
to
seriously
impact
the
cloud
compu/ng
world:
– Open
source
so8ware
is
essen/ally
free,
and
it
is
not
generally
encumbered
by
the
so8ware
license
models
of
proprietary
so8ware.
– Many
proprietary
so8ware
vendors,
are
trying
to
maintain
old
and
expensive
license
models,
even
though
they
impede
the
flexibility
gained
by
virtualiza/on
and
cloud
compu/ng.

10. Cloud
Compu/ng
Defini/on
“Clouds
are
a
large
pool
of
easily
usable
and
accessible
virtualized
resources.
These
resources
can
be
dynamically
reconfigured
to
adjust
to
a
variable
load,
allowing
also
for
an
op4mum
resource
u4liza4on.
This
pool
of
resources
is
typically
exploited
by
a
pay-­‐per-­‐use
model
in
which
guarantees
are
offered
by
the
Infrastructure
Provider
by
means
of
customized
SLA”.

11. Cloud
Compu/ng:
History

12. Cloud
Compu/ng:
Why
Now?
• Experience
with
very
large
datacenters
– Unprecedented
economies
of
scale
– Transfer
of
risk
• Technology
factors
– Pervasive
broadband
Internet
– Maturity
in
Virtualiza/on
Technology
• Business
factors
– Minimal
capital
expenditure
– Pay-­‐as-­‐you-­‐go
billing
model

13. Industrialisa/on
of
IT
is
Inevitable
“IT
as
a
Service”
Ø Efficient
alloca/on
of
resources
by
specialists
• Best
of
breed
capabili/es,
limited
waste
Ø Resource
pooling
&
distribu/on
increase
accessibility
• Exponen/al
cost
decreases
• Flexible
resource
access
• Pay-­‐per-­‐use
Ø Empowerment
to
focus
on
core
business
13

14. What
is
Cloud
Compu/ng?
Hybrid Cloud
DEPLOYMENT
MODEL
Private Cloud Public Cloud Community Cloud
SERVICE
MODEL
On
Demand
Self
Services
ESSENTIAL Broad
Network
Access
Rapid
Elas/c
CHARACTERISTIC
Resources
Pooling
Measured
Service

15. Public
vs
Private

16. IT
Dilemma:
Without
Cloud
16

17. IT
Dilemma:
With
Cloud
17

18. Economics
of
Cloud
Users
• Pay
by
use
instead
of
provisioning
for
peak
Capacity
Resources
Resources
Demand Capacity
Demand
Time
Time
Sta/c
data
center
Data
center
in
the
cloud
Unused
resources

19. Economics
of
Cloud
Users
• Risk
of
over-­‐provisioning:
under
u/liza/on
Capacity
Unused
resources
Resources
Demand
Time
Sta/c
data
center

20. Economics
of
Cloud
Users
• Heavy
penalty
for
under-­‐provisioning
Resources
Capacity
Resources
Demand
Capacity
2 3
1
Time
(days)
Demand
Lost
revenue
1 2 3
Resources
Time
(days)
Capacity
Demand
1 2 3
Time
(days)
Lost
users

21. What
is
BIG
DATA?
– Volume:
There
is
too
much
data
to
be
stored
and
require
too
many
processes—seman/c
analysis/
data
processing.
– Velocity:
It
means
storage
and
processing
speed.
– Variety:
The
demand
for
unstructured
data,
such
as
text
and
images
is
increasing
as
well
as
refined-­‐
type
data
that
can
be
standardized
and
previously
defined
like
the
RDBMS
table
record

22. Big
Data
is
Complex
• the
variety
of
data
that
it
encompasses
–
from
structured
data
to
unstructured
data
• because
of
the
speed
at
which
it’s
delivered
and
used,
such
as
in
“real-­‐/me.”
• because
of
the
volume
of
informa/on
we
are
crea/ng.

23. How
the
cloud
can
help
• Cloud
Compu/ng
Essen/al
Characteris/c
it-­‐
self
– On-­‐demand
Self
Service
– Broad
Network
Access
– Resource
Pooling
– Rapid
Elas4city
– Measured
Services

24. Conclusion
Volume,
Velocity
&
Variety
Scalability,
Elas/city
Cost
Effec/ve,
Fast
Deployment
customizability
Opex
Model

25. OSS
Based
-­‐
SkaliCloud
•
plaYorm
•
virtual
machine
manager
• Both
Private
Cloud
&
Public Cloud
• Pay
per
Use
business
model
• True
Public
Cloud
offering
• Onsite
or
Offsite
Private
Cloud

26. SkaliCloud
Services
• SKALI
Cloud
Services
offers
ultra
flexible,
scalable
cloud
servers
via
our
infrastructure
on-­‐demand.
Simply
configure
our
sophis/cated
infrastructure
with
any
web
browser
to
match
your
needs.
• Our
virtual
servers
offer
all
the
power
and
control
of
a
tradi/onal
hosted
server
whilst
giving
you
the
benefit
of:
– INSTANT
FLEXIBILITY,
scale
your
machine
up
and
down
using
any
browser
– PEACE
OF
MIND,
managed
infrastructure
with
automa/c
failover
– COST
EFFICIENCY,
built
to
scale,
and
grow
only
when
you
need
to
26

27. Technology
Highlights
•
Easy-­‐to-­‐use
web
control
panel
and
API,
giving
end
customers
full
control
to
self-­‐manage
their
cloud
servers
•
Commodity
server
hardware
backend
–
no
expensive
SAN/NAS
required
–
for
simplest
install
and
lowest
technical
costs
•
Advanced
Linux
KVM
virtualiza/on,
suppor/ng
high
performance
cloud
servers
running
any
OS
with
no
special
drivers
•
Mul/ple
independent
RAID
arrays
on
each
virtualiza/on
host,
giving
redundancy
&
no
single
point
of
cluster
failure
•
Cloud
servers
from
2GHz,
1GB
to
8-­‐core,
8GB
•
Automated
24/7
monitoring
with
alerts
when
opera/onal
interven/on
needed
•
Cer/fied
with
to
work
with
independent
mul/-­‐cloud
management
API
libraries
from
jclouds
&
libcloud.

28. SKALICLOUD
High-Level Architecture
Key Facts
• Built entirely on commodity PC
Hardware and open source software.
• Linux KVM virtualisation running on
high-end PC hardware, supporting
customer servers running any PC
operating system.
• Multiple RAID disk servers in each
location.
• Fully self-managed via web control
or API.

29. 29

30. SKALI
Cloud
Services
We
offer
highly
scalable
hos/ng
plaYorm
&
on-­‐
demand
burst
compu/ng
• CPU, Memory, Disk
• Sold by the hour or
on subscription
• You are only billed for
what you use (pre-
paid & post-paid)

31. 31

32. Package
Op4ons
• Package
A
:
Virtual
Private
Cloud
– SkaliCloud
Host
Environment
• Package
B
:
Off
Premise
Private
Cloud
– Skali
Data
Center
Environment
• Package
C
:
On
Premise
Private
Cloud
– Client
Data
Center
Environment

33. Why
Skali
Private
Cloud?
• We
offer
ultra
scalability,
elas/city,
on
demand
services
• PAYU
model
–
pay
as
you
use
• Minimum
Setup
Fees
• Eliminate
The
Most
Common
Challenges
to
Private
Cloud
– Budget.
Private
clouds
can
be
expensive
–
With
Us,
Pay
As
You
Use
(monthly
chargeback
model),
we
provide
you
with
the
infrastructure.
– Integra4ng
with
public
clouds.
Hybrid
ready,
when
a
need
to
public
cloud
internally
– Scaling.
We
provide
the
economies
of
scale.
– Technology
obsolescence.
No
Worries,
We
taking
care
the
hardware
investment
– Fear
of
change.
No
Worries,
We
managed
for
You.

34. fazly@skali.net
012-­‐6665691
www.skalicloud.com

35. Thank You!