Digital Torque Transformation

Article ID

CSTB69MS2

Digital Torque Transformation

Linga Reddy Boddam
Linga Reddy Boddam
DOI

Abstract

The Equipment Installment Plan (EIP) was a game changer in telecom industry and is an integral part of T-Mobile’s Un-carrier strategy. The EIP system is a home-grown system based on Java/J2EE and a combination of client-server and SOA architecture principles. The application runs on Bea Web Logic servers with Oracle DB with multiple batch jobs. As the system grew in size, operational challenges surfaced which includes multiple physical server security updates and maintenance cost. (DTT)” was the answer to address these challenges. The method employed PaaS Pivotal Container Services (PKS). Enterprise PKS uses the latest stable OSS distribution of Kubernetes—with no proprietary extensions. PKS is widely expansible to other applications in T-Mobile ecosystem as PKS can be deployed On-premises as a PaaS.

Digital Torque Transformation

The Equipment Installment Plan (EIP) was a game changer in telecom industry and is an integral part of T-Mobile’s Un-carrier strategy. The EIP system is a home-grown system based on Java/J2EE and a combination of client-server and SOA architecture principles. The application runs on Bea Web Logic servers with Oracle DB with multiple batch jobs. As the system grew in size, operational challenges surfaced which includes multiple physical server security updates and maintenance cost. (DTT)” was the answer to address these challenges. The method employed PaaS Pivotal Container Services (PKS). Enterprise PKS uses the latest stable OSS distribution of Kubernetes—with no proprietary extensions. PKS is widely expansible to other applications in T-Mobile ecosystem as PKS can be deployed On-premises as a PaaS.

Linga Reddy Boddam
Linga Reddy Boddam

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Linga Reddy Boddam. 2019. “. Global Journal of Computer Science and Technology – B: Cloud & Distributed GJCST-B Volume 19 (GJCST Volume 19 Issue B2): .

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Journal Specifications

Crossref Journal DOI 10.17406/gjcst

Print ISSN 0975-4350

e-ISSN 0975-4172

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GJCST-B Classification: C.2.1
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Digital Torque Transformation

Linga Reddy Boddam
Linga Reddy Boddam

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