enabling of cloud services to the enterprise
DESCRIPTION
My presentation for Carrier Ethernet APAC Conference December 1st - 2nd 2011TRANSCRIPT
Carrier Ethernet APAC 2011 Conference, Resorts World Sentosa, Singapore, December 1st - 2nd 2011
Enabling of Cloud Services to the Enterprise
Implementation of Carrier Ethernet in Cloud Computing Distribution Network
Ahmad R. Djarkasih Senior Officer of IT Service Strategic Planning & Policy IT Solution & Strategic Portfolio Directorate PT. Telekomunikasi Indonesia, Tbk.
Who We Are ...
TELKOM is the largest full service and network provider in Indonesia, owned by the Government of Indonesia 52,47% and Public 47.53% with Market Cap c. USD 19 B. listed at : Indonesia Stock Exchange (IDX), New York Stock Exchange (NYSE) as well as London Stock Exchange (LSE) on November 14, 1995.
Our Revenue (2010): c.USD 7.5 B; No of Employee : c. 27 K (including Group)
No.1 Market leader for Fixed Wireline (>90%) and Fixed Wireless (59%)
Fixed Business
No.1 Market leader in GSM (48%) with Customer more than 103 M
Mobile Business
Market leader in: #1 Contact Center, #2 Pay TV, #1 Data Center, #1 Healthcare
IT Services, Media & Edutainment
BANDA ACEH
PALEMBANG
DENPASAR
KUPANG
DLI
BDR LAMPUNG
MANADO
FAKFAK
MERAUKE
JAYAPURA
PALU PADANG
PBR
PONTIANAK
BANDUNG
AMBON
SORONG BALIKPAPAN
JAKARTA
BATAM
MATARAM
PAREPARE
SAMARNDA
SINGAPORE
PENANG
SATUN
SEMARANG
BANJARMASIN
MAKASAR
SURABAYA ENDE
MEDAN
Songkhla
TIS (Thailand)
SANGATA
BATURAJA
TIMIKA
DMCS,
BENGKULU
WAINGAPU
In Operation
KETAPANG
PKL.BUN
AAG (Hongkong, USA)
JAMBI
TERNATE
R1B 320 GB 1680 km
R1A 320 GB 1320 km
R2 100 GB 2194 km
R5 400 GB 1330 km
R6 400 GB 1560 km
R3 320 GB 2540 km
R4 320 GB 1240 km
R7 80 GB 1926 km
R8 320 GB 5455 km
Palapa Ring 320 GB 3300 km
MKCS 320 GB 2130 km
R9 320 GB 970 km
Planing TELKOM 2011-2014
PADANG
MEULABOH
Ring JAKa2LaDeMa Ring MKCS
Total FO Length : Teresterial : 920,98 Km
Total FO Length: Submarine : 1.140 km Terrestrial : 1.415 km
Total FO Length -Submarine : 1.592 Km -Terrestrial : 330 Km
Ring Aceh
Telkom Network Infrastructure Coverage
Total Population : 243 Million Around 17 000 Islands
VS
Cloud Computing : Simply Explained …
The Cloud Computing Disruption
Same shift in computing: a focus on how to use IT, not create it. 70+% of $1T of IT spend will be affected
The Electric Utility Disruption
Source: Nick Carr, ‘The Big Switch’
Electric Utility
Self Generated
10M+ apps users. 3,000 new businesses sign up per day
2M paid subscribers. 70K+ companies
490,000 active developers 52B objects on S3
• Companies shifted to 90% utility power in < 50 years
• Electricity remained important to companies– focus was on how to use, not how to make
Focus On The Consumption Aspect …
Cloud Computing Definition
Essential Characterist
ics
On-Demand Self-Service
Broad Network Access
Resource Pooling
Rapid Elasticity
Measured Service
Essential
Characteristics
Managed By Owned By Located In Accessible &
Consumed By
Public 3rd Party Provider 3rd Party Provider Off-Premise Untrusted
Private / Community
Organization / 3rd Party Provider
Organization / 3rd Party Provider
On-Premise / Off-Premise
Trusted
Hybrid Organization &
3rd Party Provider Organization &
3rd Party Provider On-Premise & Off-Premise
Trusted & Untrusted
Cloud computing is a model for enabling convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can
be rapidly provisioned and
released with minimal management effort or service provider interaction. This cloud model promotes availability and is
composed of 5 essential characteristics, 3 service models, and 3 deployment models.
Deployment Models Service Models
References : National Institute of Standards and Technology (NIST)
Service Models Explained
Applications
Data
Runtime
Middleware
O/S
Virtualization
Server
Storage
Network
IaaS
Applications
Data
Runtime
Middleware
O/S
Virtualization
Server
Storage
Network
PaaS
Applications
Data
Runtime
Middleware
O/S
Virtualization
Server
Storage
Network
SaaS
Managed by Cloud Provider
Managed by Customer
Cost Efficiency
Degree of Control
En
terp
ris
e
Bu
sin
es
s /
Re
tail
Cost Efficient by Definition …
References : National Institute of Standards and Technology (NIST)
Cloud Computing
Characteristics
On-Demand
Self-Services
Broad Network Access
Resource Pooling
Rapid Elasticity
Measured Service
Self provisioning
reduce fulfillment cost
Resource sharing
reduce Infrastructures cost
Easy to use 3 screens
Interface reduce
learning curve,
Standardized Network
to further ease the
Implementation effort
Utility Billing
Enable Capex to
Opex Conversion
Rapid / dynamic provisioning
remove unutilized resources
Network Implications
References : National Institute of Standards and Technology (NIST)
Cloud Computing Characteristics
On-Demand
Self-Services
Broad Network Access
Resource Pooling
Rapid Elasticity
Measured Service
Bandwidth on Demand
Standardized Services
Security in Network
Layer
High Degree of
Infrastructure Sharing
Rapid Provisioning of
Dynamically Allocated Network
Resources
Measured Network &
Performance Usage
requires
Enterprise Network Requirement
Consist of many heteregenous
system
Distributed into branches and / or
regional offices
Has stringent security
requirements
Deals with dynamic business
requirements
Enterprise IT Characteristic
Different Network Class of Services
Regional and/or National Coverage
Network Level
Security
requires
Enterprise Cloud Computing Network Check List
Bandwidth on Demand
Standardized Network Services
Network Security
Infrastructure Sharing
Rapid & Dynamic Provisioning
Usage & Performance Monitoring
Wide Coverage
Different Bandwidth & SLA
Options
Public Cloud Computing Network Configuration
Bandwidth on Demand
Standardized Network Services
Network Security
Infrastructure Sharing
Rapid & Dynamic Provisioning
Usage & Performance Monitoring
Wide Coverage
Different Bandwidth & SLA Options very good
good fair bad very bad
Legend :
Final Score :
Cloud Adoption Concerns
78%
51%
50%
50%
40%
25%
25%
24%
20%
15%
10%
Security issues
Legal issues
COmpliance issues
Privacy issues
Integration issues
Insecure availability
Vendor lock-in
Insufficient financial benefits
Lack of performance
Lack of functionalities
Immature technology
References : KPMG’s 2010 Cloud Computing Survey, N = 125
What is your company main concern
not to implement Cloud Computing ?
Standardized Services
Scalability
Reliability
Service Management
Quality of Service
How Carrier Ethernet Can Help ?
• E-Line : p2p EVC • E-LAN :m2m EVC
• Interface : from 10 Mbps to 10 Gbps
• Bandwidth on Demand
• Coverage
Fast recovery Time ( < 50 msec)
utilizes standards-based vendor
independent tools
Wide range of granular Bandwidth & QoS Options
Carrier Ethernet To The Rescue …
Bandwidth on Demand
Standardized Network Services
Network Security
Infrastructure Sharing
Rapid & Dynamic Provisioning
Usage & Performance Monitoring
Wide Coverage
Different Bandwidth & SLA Options very good
good fair bad very bad
Legend :
Final Score :
• Enabling network virtualization regardless the actual transport technology used.
• Potentially increasing overall cost efficiency.
• Guaranteeing security down to network layer.
Standardized Services
• Enabling quick provisioning & modification time.
• Providing the foundation for network pay-per-used models.
• Enabling wide coverage of network implementation.
Scalability
• Providing the foundation for HA systems. Reliability
• Providing standardized tool for measurement of both service usage & performance.
• Enabling tight integration into one back office system that cover network & cloud system.
Service Management
• Covering a wide varietiy of different Cloud Services requirements.
• Providing a good foundation for more granular SLA definition.
Quality of Service
Carrier Ethernet is the suitable technology that will enable the utilization of
Cloud Computing Services for enterprise customer by :
In Conclusion …
Merci Bien
Matur Nuwun
Hatur Nuhun
спасибо
Obrigadi
Dank
Thanks
Matur Se Kelangkong
Syukron
ありがとう
Kheili Mamnun
Danke
Grazias
Terima Kasih