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ABSTRAKPT. XYZ merupakan perusahaan telekomunikasi di Indonesia yang sedang
berusaha mentransformasikan bisnisnya menuju layanan broadband dan bisnis
digital. Banyak peluang bisnis di layanan broadband dan bisnis digital yang dapat
diidentifikasi dengan memproses dan menganalisis data dengan cepat, tepat, dan
menyeluruh. Saat ini PT. XYZ telah memiliki kemampuan dalam mengolah
beberapa sumber data yang terstruktur dengan ukuran data yang terbatas. Untuk
membuat perhitungan dan keputusan yang jitu, terutama di layanan broadband dan
bisnis digital, PT. XYZ dituntut juga untuk bisa memproses dan menganalisis data
yang memiliki karakteristik 3V (Velocity, Volume, Variety) atau dikenal dengan big
data. Penelitian ini bertujuan untuk merancang arsitektur sistem pemrosesan big
data di PT. XYZ. Kerangka arsitektur (framework) enteprise yang digunakan dalam
penelitian ini adalah TOGAF. Hasil yang diperoleh dari penelitian ini adalah
rancangan arsitektur sistem pemrosesan big data yang mampu mengolah data yang
memiliki karakteristik 3V, yaitu aliran data yang cepat, berukuran masiv, dan
beranekaragam (terstruktur maupun tidak terstruktur) dengan biaya lebih rendah
dari sistem pemrosesan data yang dimiliki PT. XYZ saat ini. Saran untuk penelitian
ini kedepannya adalah sistem pemrosesan big data di PT. XYZ dapat
diimplementasikan dengan baik jika mendapat dukungan penuh dari manajemen
perusahaan, dimulai dengan kasus bisnis yang spesifik (specific business case) yang
ingin disasar. Hasil yang maksimal dari kasus bisnis tersebut dapat dijadikan
landasan untuk investasi sistem pemrosesan big data yang lebih menyeluruh dalam
mendukung transformasi bisnis menuju layanan broadband dan bisnis digital.
ABSTRACTPT. XYZ is a telecommunication company in Indonesia which is transforming it's business to broadband services & digital business. Many business opportunities in broadband services & digital business can be identified by processing and analyzing data quickly, accurately, and completely. Right now PT. XYZ has the capability in processing some structured data sources with limited data size. To make accurate calculations and decisions, especially in broadband services and digital business, PT. XYZ also required to be able to process and analyze the data that has the characteristics of 3V (Velocity, Volume, Variety) or known as big data. This research aims to design the architecture of big data processing system. The enterprise architecture framework used in this study is TOGAF. The results obtained from this study is the design of big data processing system architecture that is capable of processing data which has the characteristics of 3V (the fast data
flow, massive data size, and diverse structured or unstructured data sources) at a lower cost than the current data processing system in PT. XYZ. The suggestion about this study is the big data processing system can be implemented properly in PT. XYZ with the full support of the PT. XYZ management, started with a specific business use case that want targeted. The maximum results from the business use case can be used as a piloting for big data processing system investments more
thorough in supporting business transformation toward broadband services and digital business. ;PT. XYZ is a telecommunication company in Indonesia which is transforming it?s
business to broadband services & digital business. Many business opportunities in
broadband services & digital business can be identified by processing and analyzing
data quickly, accurately, and completely. Right now PT. XYZ has the capability in
processing some structured data sources with limited data size. To make accurate
calculations and decisions, especially in broadband services and digital business,
PT. XYZ also required to be able to process and analyze the data that has the
characteristics of 3V (Velocity, Volume, Variety) or known as big data. This
research aims to design the architecture of big data processing system. The
enterprise architecture framework used in this study is TOGAF. The results
obtained from this study is the design of big data processing system architecture
that is capable of processing data which has the characteristics of 3V (the fast data
flow, massive data size, and diverse structured or unstructured data sources) at a
lower cost than the current data processing system in PT. XYZ. The suggestion
about this study is the big data processing system can be implemented properly in
PT. XYZ with the full support of the PT. XYZ management, started with a specific
business use case that want targeted. The maximum results from the business use
case can be used as a piloting for big data processing system investments more
thorough in supporting business transformation toward broadband services and
digital business. , PT. XYZ is a telecommunication company in Indonesia which is transforming it’s
business to broadband services & digital business. Many business opportunities in
broadband services & digital business can be identified by processing and analyzing
data quickly, accurately, and completely. Right now PT. XYZ has the capability in
processing some structured data sources with limited data size. To make accurate
calculations and decisions, especially in broadband services and digital business,
PT. XYZ also required to be able to process and analyze the data that has the
characteristics of 3V (Velocity, Volume, Variety) or known as big data. This
research aims to design the architecture of big data processing system. The
enterprise architecture framework used in this study is TOGAF. The results
obtained from this study is the design of big data processing system architecture
that is capable of processing data which has the characteristics of 3V (the fast data
flow, massive data size, and diverse structured or unstructured data sources) at a
lower cost than the current data processing system in PT. XYZ. The suggestion
about this study is the big data processing system can be implemented properly in
PT. XYZ with the full support of the PT. XYZ management, started with a specific
business use case that want targeted. The maximum results from the business use
case can be used as a piloting for big data processing system investments more
thorough in supporting business transformation toward broadband services and
digital business. ]"