Environments of Meaningful Broadband

Kanaka Hidayat Kabid Organisasi International

MASYARAKAT TELEMATIKA INDONESIA [MASTEL]

1 Nopember 2012

Kebutuhan Masyarakat Modern

2

Udara Air dan makan

energi Broadband

Transportasi

3

•Road Map Klaster Telekomunikasi Permenperin 128-2009

•Road Map Klaster Komputer dan Peralatan Permenperin 129-2009

•Road Map Klaster Perangkat Lunak dan Konten Multimedia Permenperin 130-2009

Bangun Industri Nasional Perpres 28/2008 ttg Kebijakan Industri Nasional

Syarat Infrastruktur Kehidupan

Terjangkau/ tergunakan / tersampaikan

(Delivery / Distribution)

Aman (Safety)

Biaya terjangkau (Economic of Scale)

4

Dari pertanian ke Masyarakat Konseptual

5

Tonggak Sejarah Telekomunikasi Indonesia

1974 – Satellite as National Communications System

1984 - Replace Analog by Digital System

1994 - GSM as standard of Mobile Phone

2004 - Era Competitions

2009 - Beginning of Broadband Era

The Information Revolution, Driver of the Knowledge Economy in a Global World

+.8% GDP per

capita

+1.3% GDP per capita

Why Connectivity Matters ?

+10% Impact of an Increase

in Penetration for Developing Countries

Source: World Bank Information and Communications for Development 2009: Extending Reach and Increasing Impact

Mobile Voice Internet

ROLE OF BROADBAND

"for every one percentage point increase in broadband penetration in a state, employment is projected to increase by 0.2 to 0.3 percent per year”

(brooking institute)

INDONESIAN BROADBAND ECCOSYTEM

11

ICT Profile Indonesia Population: ±240 million

Televisi coverage : ± 180 -190 million

Internet user: ± 50 million

Handphone : ± 210 million

PayTV : ± 2 million

Facebook : ± 45 million

Twitter : ± 6.2 million

Perkembangan Mobile Internet Indonesia Termasuk Tercepat

Pemerintah

Broadband

Pelanggan

Industri : Manufaktur

Operator

Globalisasi

Harga

Regulasi

Standard

Technologi

Akademia

Politik

Industri

pendukung

Availability

Performance

Sumber Daya

Budaya

Ekonomi

TKDN

Ekonomi

Sosial

Budaya

Ekosistem Broadband Internet di Indonesia

Struktur Industri Telematika (MP3EI)

• INDUSTRI KONTEN Layer 0

• INDUSTRI APLIKASI TELEMATIKA (e-Government, e-Health) Layer 1

• Industri Layanan Akses Layer 2

• Industri Layanan Infrastruktur Jaringan (Network Provider) Layer 3

• Industri Sistem Integrasi, Instalasi dan Pemeliharaan Perangkat Telematika Layer 4

• INDUSTRI MANUFAKTUR PERANGKAT TELEMATIKA Layer 5

• INDUSTRI KOMPONEN PERANGKAT TELEMATIKA Layer 6

• INDUSTRI MATERIAL KOMPONEN PERANGKAT TELEMATIKA Layer 7

sps 01122011-Mastel 16

Perspektif TIK Masa Depan

Mobility, internet, social networking, cloud, collaboration dll nya telah dan akan terus merestrukturisasi industri TIK masa depan

Trend ini memerlukan pemikiran dan model bisnis baru yang akan merubah ataupun menggantikan cara maupun paradigma lama

Indonesia perlu menyiapkan eccosystem yang mendukung kearah TIK masa depan

Smart Mobile phone/device is primary

ICT Product No Longer Just Hardware

Sumber : Bappenas 2009 paparan RPJMN

Target pertumbuhan ekonomi 7% pada 2014 membutuhkan dana rata-rata Rp 2.000 triliun setiap tahun dengan komposisi:

Pemerintah : 20%

Swasta : 80%

Bagaimana mengamankan 80% dana yang berasal dari swasta?

PERTUMBUHAN EKONOMI 7% YANG BERKEADILAN

Kepercayaan kepada

Pemerintah

Iklim Investasi yang

Kondusif

Dukungan Ketahanan

Sosial Reformasi birokrasi

Perbaikan pelayanan publik

Pemberantasan korupsi, dst

Penyederhanaan prosedur perijinan

Stabilitas makro ekonomi

Perbaikan sistem logistik nasional, dst

Pengentasan kemiskinan

Peningkatan kesehatan masyarakat

Peningkatan kualitas pendidikan, dst

Penguatan Pertahanan Pembangunan Infrastruktur

Ketahanan Energi Ketahanan Pangan

Broadband Infrastruktur dan Ekonomi yang tepat utk Indonesia

Infrastruktur Dasar yang memadai hingga ke daerah Solusi last mile yang terjangkau Multiple technologies (Optics, satellites, fixed line,

wireless) Large and Long-term investment memerlukan

Public Private Partnership Optimalisasi Pemanfaatan yang ada (Land line,

Palapa Ring, Cellular) Membutuhkan Industri Konten dan Kreatif

Meaningful Broadband

SERVICE & CONTROL ACCESS

Optic IP/MPLS

Optics backhaul and backbone

BACKHAUL EDGE & CORE BACKBONE

Open API

OSS/BSS

Ekosistem

Merah Putih

Ekosistem

Merah Putih Media

Smart Grid

Cloud E-Indo

Appl Dev

FTTx

BB Wless

IP MW

MetroE

Serv Node

Data Center retailer advmnt

Media

Ekosistem MERAH PUTIH

Access Wireless @700 MHz 60 mio sub (40-50K large Cells) ~50 K small cells)

Access FTTx

2-15 mio lines

BackhaulFO

33 cities

Backhaul MW

40K hopes

CO

33 cities

FO bakcbone

submarine

Linking major

islands & cities

FO backbone terrestrial

FO to regencies

Service Control:, Data Center,

Control Plane, OSS &

Application, Open-API:

Open for creative Industry

Ekosistem

MERAH PUTIH

Ekosistem

MERAH PUTIH

40% 60%

Connectivity

(Broadband Infrastructure)

Ecosystem (Services/Application/ Content, Devices,

Capacity Development of people (R&I,

Manufacturing, Home Industry/Enterpreneurship,

S&M, Training), ICT Leadership in the region (traffic,

specific purpose application).

Open Access

STRUKTUR TENAGA KERJA

TENAGA KERJA EKONOMI KREATIF

MEANINGFULL BROADBAND

Mencari sistim Broadband yang terjangkau dan berguna sehingga dapat mendayagunakan masyarakat ekonomi yang berdasarkan informasi dan kreatifitas

Usable

Ddetermined by the total cost of ownership (COO), incorporating the following five factors:

• Bandwidth

• Last Mile Access • Prepaid and Postpaid Subscriber Services • Device Use • Software • Taxes and any other charges

Affordable

involves calculating the real cost of current ownership and projecting their future changes. It includes access to training, upgrades, technical support, information in local languages, user’s knowledges, telecenters, reliable electricity, etc.

Empowering

refers to “engaged learning” and “learning how to learn.” Once empowerment becomes a sustained experience, one enters a virtuous circle of continuous learning that brings benefit to self and others. Empowerment can be measured through new emerging methods from the field of Human Computer Interaction (HCI.) Designers can measure empowerment through the use of self reports, through second person observation (drawn from the field of ethnography), and through objective third person measures (now being developed in neuro-engineering)

Terimakasih kanaka @id-wibb.org