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"Penerapan Internet of Things di sektor perkotaan di Indonesia sudah meluas dengan semakin bermunculannya Smart City di berbagai kota di Indonesia, dengan Jakarta Smart City adalah salah satunya. Pengukuran QoE layanan berbasis Internet of Things di Jakarta Smart City belum pernah dilakukan padahal operasional layanan belum tentu menjamin tingkat kepuasan sesuai dengan yang diharapkan oleh penggunanya.Penelitian ini bertujuan untuk mengukur QoE layanan berbasis Internet of Things di Jakarta Smart City. Pengumpulan data dilakukan dengan metode survei kepada enam Dinas/SKPD maupun BUMD di Jakarta Smart City yang telah menerapkan Internet of Things dalam layanan mereka.Hasil pengukuran QoE Internet of Things melaporkan bahwa nilai rata-rata untuk parameter non-fungsional berkisar pada rentang nilai 1.58 hingga 2.06 dan untuk parameter fungsional berkisar pada rentang 0.6 hingga 2.75 yang berarti bahwa layanan berbasis Internet of Things memberikan pengalaman yang lebih baik dan bahkan sangat baik kepada pengguna dibandingkan sebelum menggunakan Internet of Things. Seluruh hasil pengukuran QoE Internet of Things memberikan hasil positif yang memberikan kesimpulan bahwa Internet of Things berhasil diterapkan di Jakarta Smart City.

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The application of the Internet of Things in the urban sector in Indonesia has expanded with the emergence of Smart City in various cities in Indonesia, with Jakarta Smart City is one of them. QoE measurement of the Internet of Things Services in Jakarta Smart City has never been done even though service operations do not necessarily guarantee the level of satisfaction as expected by its users.

This research aims to measure Internet of Things based services in Jakarta Smart City. Data collection was conducted by surveying six Dinas/SKPD and BUMD in Jakarta Smart City that had implemented the Internet of Things in their services.

The results of the QoE Internet of Things report that the mean values for non-functional parameters range from 1.58 to 2.06 and for functional parameters range from 0.6 to 2.75 which means that Internet of Things-based services provide a better and very good experience to users compared to before using the Internet of Things. All the results of the QoE Internet of Things measurements gave positive results which gave the conclusion that the Internet of Things was successfully implemented in Jakarta Smart City."

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Beberapa tahun belakangan ini proses digitalisasi telah diadopsi oleh banyak institusi baik pemerintahan, dan perusahaan besar maupun kecil. Mereka telah menyadari manfaat digitalisasi untuk peningkatan produktivitas dan efisiensi. Termasuk di antaranya adalah pemanfaatan Internet of Things (IoT) untuk berbagai segmen bisnis mulai dari transportasi, manufacturing, logistic, maupun agriculture. Sudah banyak kisah sukses implementasi IoT di bisnis, tetapi banyak juga masalah yang terjadi di lapangan setelah implementasi tersebut, terutama yang berkaitan dengan performansi sistem, kemudahan penggunaan, maupun user experience. Penelitian ini mengambil fokus pada studi kasus PT X yang telah menerapkan smart poultry di beberapa kandang ayam milik mereka di Cimaung, Serang sejak 2019. Studi penelitian ini membahas tentang pengukuran keberhasilan implementasi IoT (smart poultry) di peternakan ayam PT X, yaitu dari sisi Quality of Experience (QoE), untuk memperoleh gambaran seberapa sukses implementasi ini dari sudut pandang penggunanya sendiri. Tahap awal dilakukan in-depth interview kepada pimpinan perusahaan untuk menentukan key performance index (KPI) yang ingin diukur, kemudian dilanjutkan dengan interview ke berbagai unit di PT X untuk mendapatkan feedback terkait QoE, dan analisis menggunakan Absolute Category Rating with Hidden Reference (ACR-HR) untuk memperoleh skor differential mean opinion score (DMOS) sebagai tolok ukur QoE. Pengukuran Quality of Service (QoS) pada beberapa parameter teknis juga dilakukan untuk melengkapi data secara obyektif. Hasil analisis menunjukkan bahwa smart poultry yang diimplementasi bisa dianggap cukup baik dibandingkan sistem konvensional, walaupun masih ada beberapa perbaikan yang direkomendasikan terutama di sisi user experience.

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In recent years the digitalization process has been adopted by many institutions including government and large/small enterprises. They are already aware that the digitalization will increase productivity and efficiency. This is including the use of the Internet of Things (IoT) technology in various business segments from transportation, manufacturing, logistics, and agriculture. There are many success stories in IoT implementations, but many problems have occurred though after the implementation, mostly related to system performance, ease of use, and user experience. This study discusses the measurement of IoT implementation (smart poultry) focus in PT X chicken farms, in terms of the Quality of Experience (QoE), to obtain the success level of implementation from the perspective of the users. PT X has implemented smart poultry in some of their chicken coops located in Cimaung, Serang since 2019. The study was conducted with in-depth interviews with company leaders to determine the main performance index (KPI) to be assessed, then continued with interviews to various units at PT X to get feedbacks related to QoE, and analysis using Absolute Category Ratings with Hidden References (ACR-HR ) to get differential mean opinion score (DMOS) as a QoE benchmark. This study also includes the measurement of service quality (QoS) on several technical parameters to complement the data objectively. The results show that the smart poultry can be considered comparatively better than the previous conventional system, although there are still some improvements needed, especially in terms of user experience.

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"Peningkatan trafik mobile data di Indonesia diprediksi oleh CISCO akan meningkat sebesar 12 kali lipat pada tahun 2020. Trafik tersebut diprediksi akan terus bertambah dengan meluasnya pemanfaatan teknologi IoT secara masif sebagai salah satu tren teknologi masa depan. Pemanfaatan teknologi IoT di Indonesia digunakan untuk mendukung program smart city di berbagai kota dan diperkirakan akan berimplikasi pada kenaikan trafik. Sementara itu, Indonesia diperkirakan akan kekurangan spektrum mobile broadband sebesar 500 MHz pada tahun 2020. Implementasi teknologi IoT untuk mendukung smart city diperkirakan akan memperbesar defisiensi spektrum tersebut. Hingga saat ini belum ada penelitian yang menghitung prediksi jumlah kebutuhan spektrum untuk layanan IoT di Indonesia. Forum bersama industri elektronik di India IESA TIE IoT Forum telah melakukan prediksi jumlah kebutuhan spektrum untuk layanan IoT. Dalam rangka mendukung program pengembangan smart city di India, IESA TIE IoT Forum merekomendasikan alokasi spektrum tambahan sebesar 10 ndash; 20 MHz spesifik untuk layanan IoT. Penelitian ini bertujuan untuk menghitung prediksi kebutuhan spektrum untuk layanan IoT dengan studi kasus Jakarta Smart City menggunakan metode perhitungan yang digunakan oleh IESA TIE IoT Forum. Hasil penelitian ini adalah kebutuhan spektrum untuk layanan IoT meningkat 17,27 dalam kurun waktu 2016-2021 dengan kebutuhan spektrum sebesar 18,67 MHz untuk skenario 1 dan 19,91 MHz untuk skenario 2. Kebutuhan spektrum tersebut dapat diantisipasi oleh regulator dengan memperhatikan ketersediaan alternatif spektrum saat ini, peluang industri dan inovasi IoT dalam negeri serta kebutuhan regulasi terkait IoT seperti standarisasi perangkat, harmonisasi spektrum dan sistem keamanan data.

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In Indonesia, mobile data traffic is predicted by CISCO will increase significantly by 12 times in the period of 2015 ndash 2020. The traffic is predicted will grow continuously by widespread utilization of IoT technologies on a massive scale as one of the future technology. IoT is used to support the smart city program in various cities in Indonesia and expected to have implications in traffic growth. Meanwhile, Indonesia is expected to experience deficiency of 500 MHz spectrum for mobile broadband services in 2020. IoT implementation to support smart city is predicted to enlarge spectrum deficiency. There has been no study which calculates spectrum needs for IoT services in Indonesia. Electronics industrial collaboration forum in India IESA TIE IOT Forum has made predictions of spectrum need for IoT services. In order to support smart city in India, IESA TIE IoT forum proposed to allocate additional spectrum of 10 ndash 20 MHz specific for IoT services. This research aims to calculate spectrum need for IoT services in case of Jakarta Smart City. The results are spectrum need for IoT services increase by 17.27 in the period of 2016 ndash 2021 with the spectrum needs of 18.67 MHz for scenarios 1 and 19.91 MHz for scenarios 2. The spectrum needs should be anticipated by regulator to consider the availability alternative spectrum, opportunity and innovation IoT industry in Indonesia and the needs of regulations related to IoT for instance standardization of devices, spectrum harmonization and data security systems."

"The transformational technologies of the Internet-Web compound continue to exert a vast and readily apparent influence on the way we live and work. In recent times, internet penetration is now very high in most parts of the world, impacting the context and content of the workplace and the boundary between work and private life is even more porous. Not only has the reach increased, but the technologies to access the Internet-Web have further evolved towards increasing portability. The hardware evolution from desktops to laptops to mobile technologies (phones, tablets, watches, eyeglasses) marches forward. The increasing mobility and 24/7 accessibility offers the opportune time to revisit the transformations occurring.Today the Internet consists of billions of digital devices, people, services and other physical objects with the potential to seamlessly connect, interact and exchange information about themselves and their environment. Organizations now use these digital devices and physical objects to produce and consume Internet-based services. This new Internet ecosystem is commonly referred to as the Internet of People, Things and Services (IoPTS). In this follow-up to their 2006 volume, Simmers & Anandarajan examine how The Internet of People, Things and Services (IoPTS) transforms our workplaces.Information and communications technology (ICT) expansion from desktops to laptops to ubiquitous smart objects that sense and communicate directly over the internet – the IoPTS - offers us the opportune time to revisit how the Internet transforms our workplaces."

"Internet of Things (IoT) diprediksi akan menjadi masa depan bisnis digital di Indonesia. Pangsa pasar IoT diperkirakan akan berkembang pesat seiring dengan bertambahnya perangkat sensor yang terpasang. Narrowband IoT (NB-IoT) yang dispesifikasikan 3GPP dengan berbasis teknologi Long Term Evolution (LTE) di-deploy pada network seluler exisiting, diprediksi akan menjadi kontributor utama berkembangnya IoT seluler. Dalam studi ini dilakukan perencanaan network NB-IoT dengan peruntukan penggunaan utilitas smart meter di area Jakarta. Perencanaan dilakukan sesuai target KPI untuk coverage dan kualitas jaringan dengan hasil diperlukannya 111 Evolved Node B (eNodeB). Dari sisi kapasitas, jumlah eNodeB tersebut sudah mencukupi prediksi kebutuhan untuk device listrik, air, dan gas sampai dengan tahun 2029. Hal ini terlihat dari utilisasi network yang masih mencapai 7.39% berdasar perhitungan dari simulasi troughput, sedangkan dari perhitungan berdasar kapasitas rekomendasi 3GPP diperoleh utilisasi 27.57%. Selain itu juga dilakukan tinjauan tekno ekonomi secara ringkas, baik dari sisi sisi operator seluler sebagai penyedia jaringan, maupun perusahaan listrik sebagai pengguna jasa jaringan NB-IoT tersebut dengan hasil nilai NPV yang positif.

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The Internet of Things (IoT) is predicted to become the future of digital business in Indonesia. The IoT market share is expected to grow rapidly as more sensor devices are installed. Specified Narrowband IoT (NB-IoT) 3GPP with Long Term Evolution (LTE) technology-based deployed on exisiting cellular networks,it is predicted to be the main contributor to the development of cellular IoT. In this study, NB-IoT network planning was carried out with the use of smart meters utilities in the Jakarta area. Planning is carried out according to the KPI target for network coverage and quality with the results of requiring 111 Evolved Node B (eNodeB). In terms of capacity, the number of eNodeBs is sufficient to cover estimated needs for electricity, water and gas devices up to 2029. This can be seen from network utilization which still reaches 7.39% based on calculations from throughput simulation, while from calculations based on 3GPP recommendation capacity obtained utilization of 27.57%. In addition, a brief techno-economic review was carried out, both from the side of cellular operators as network providers, as well as electricity companies as users of the NB-IoT network services with positive NPV values."

"Tujuan - Penelitian ini bertujuan untuk menganalisis efek dari self-service technology quality setelah terjadi kegagalan dan pemulihan nya pada pengalaman pelanggan, kepuasan dan intensi untuk membeli kembali pada saat melakukan online shopping. Metode penelitian. Penelitian ini dilakukan pada dua kelompok pelanggan, pelanggan yang mempersepsikan kegagalan adalah tanggung jawab mereka serta yang mempersepsikan kegagalan adalah tanggungjawab online shopping website. Penelitian ini menggunakan metode kuantitatif dengan melakukan survei pada konteks jasa online shopping. Data dikumpulkan dengan menggunakan kuesioner pada 200 responden, diambil dengan metode mall intercept. Metode analisis yang digunakan adalah partial least squares structural equation modeling. Temuan - Hasil penelitian menjelaskan bahwa self-service technology setelah terjadi kegagalan dan pemulihan nya mempengaruhi pengalaman dan kepuasan pelanggan. Kemudian, pengalaman pelanggan mempengaruhi kepuasan berbelanja online dan kepuasan berbelanja online mempengaruhi intensi untuk membeli kembali. Implikasi - Hasil penelitian berimplikasi pada perusahaan yang membuka website belanja online untuk membangun strategi pemulihan dari kegagalan, meningkatkan kualitas dari self-service technology dan meningkatkan kualitas dari pengalaman pelanggan. Orisinalitas/Nilai - Penelitian ini menggunakan expectation confirmation theory dan attribution theory pada efek dari self-service technology setelah terjadi kegagalan dan pemulihan nya pada dua kelompok pelanggan, dimana dasar dari atribusi yang dilakukan adalah locus of failure responsibility.

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Purpose - The purpose of this study is to examine the effect of self-service technology quality after failure and its recovery on online shopping experience, satisfaction, and repurchase intention.

Design/Methodology/Approach - This study involves two customer groups, a group who perceives the failure to be their own responsibility and the online shopping website responsibility. This study uses quantitative methods through surveys in the context of online shopping services. The research data were collected by self-administered questionnaires, which involved 200 respondents, taken with mall intercept method. The analytical method used is a model of partial least squares structural equation modeling.

Findings - The key findings of this research is self-service technology quality after failure and self-service technology recovery influence the online shopping experience and its satisfaction. Other findings are online shopping experience effect online shopping satisfaction, and online shopping satisfaction influence on its repurchase intention.

Practical implications - The findings of this research have implications for online shopping website companies such as to develop a service failure recovery strategy, to improve the quality of self-service technology and customer experience.

Originality/Value - This study used expectation confirmation theory and attribution theory on the effect of self-service technology quality after failure and its recovery on two customer group, which based on attribution of the locus of failure responsibility."

"ABSTRAKInternet of Things IoT merupakan salah satu teknologi yang sedang berkembang dimana memungkinkan setiap benda seperti alat kesehatan, mesin produksi, mobil, TV, benda lainnya dapat saling terhubung melalui internet. Namun, terdapat beberapa tantangan yang perlu menjadi perhatian semua pihak, salah satunya adalah potensi ancaman terhadap keamanan data dan privasi.Di Indonesia sendiri, sudah ada regulasi yang mengatur keamanan data dan transaksi elektronik. Regulasi tersebut antara lain PP No. 82 Tahun 2012, UU No. 11 Tahun 2008, dan Permen Kominfo No. 4 Tahun 2016. Namun ketiga regulasi tersebut tidak secara spesifik mengatur masalah keamanan data dan privasi pada layanan Internet of Things IoT . Sehingga di perlukan sebuah regulasi yang khusus mengatur masalah keamanan data dan privasi pada layanan IoT.Penelitian ini menggunakan metode Privacy Impact Assessment PIA dan mengambil salah satu domain IoT, yakni Smart Healthcare. Sebagai hasil dari penelitian, di dapat 5 faktor yang perlu di atur dalam regulasi terkait aspek keamanan data dan privasi pada layanan Internet of Things Smart Heathcare , yakni security compliance, device security, secure communication, virtualization security, dan application security. Untuk security compliance, di rekomendasikan untuk menerapkan sertifikasi ISO/TC 215 Health Informatics. Untuk aspek device security, direkomendasikan untuk menerapkan Trusted Computing Base TCB . Untuk aspek secure communication di haruskan menggunakan Virtual Private Network VPN . Untuk aspek virtualization security, di haruskan menerapkan beberapa mitigasi seperti provisioning, hardening, firewall, access control, dan IDPS. Dan untuk aspek application security, di haruskan untuk menerapkan beberapa mitigasi seperti secure programming, static code analysis, automated pentest, dan web application firewall.

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ABSTRACTInternet of Things IoT is one of the emerging technologies which allow any objects such as medical equipment, production machinery, cars, TVs, and other objects can be interconnected through the Internet. However, there are several challenges that need to be considerate of all parties, one of which is a potential threat to data security and privacy.In Indonesia, there are some existing regulations governing the security of data and electronic transactions. PP No. 82 Tahun 2012, UU No. 11 Tahun 2008, and Permen Kominfo No. 4 Tahun 2016 about Information Security Management System ISMS . However, these three regulations are not specifically control the issue of data security and privacy on the services of Internet of Things IoT . Thus, required a special regulation governing the data security and privacy on services of Internet of Things IoT .This research using Privacy Impact Assessment PIA methods and take one of the IoT domain, Smart Healthcare. As a result, there are 5 factors that need to be set in regulations related aspects of data security and privacy on the Internet of Things services Smart Heathcare security compliance, device security, secure communications, virtualization security, and application security. For security compliance, it 39 s recommended to apply ISO TC 215 Health Informatics. For the aspects of security devices, it is recommended to implement the Trusted Computing Base TCB . For secure communication aspects in required to use a Virtual Private Network VPN . For security aspects of virtualization, in required to apply some mitigation such as provisioning, hardening, firewalls, access control, and IDPS. And for aspects of application security, be required to implement some mitigation such as secure programming, static code analysis, automated pentest, and web application firewall."

"Dunia telekomunikasi menjadi lokomotif inovasi yang secara fundamental mengubah kehidupan manusia. Perkembangan teknologi telekomunikasi mewujudkan beberapa sistem yang dapat meningkatkan pertumbuhan ekonomi suatu negara serta efektifitas dan efisiensi dalam kehidupan manusia. Meninjau manfaat peran telekomunikasi, Pemerintah Indonesia membangun jaringan backbone serat optik nasional yang disebut Palapa Ring dengan memanfaatkan kontribusi Kewajiban Layanan Universal yang dikelola oleh Kementerian Telekomunikasi dan Informatika (KOMINFO) Republik Indonesia. Namun demikian, Jaringan Palapa Ring memiliki tingkat pemanfaatan yang rendah karena strategi pengelolaan bisnis yang belum matang.Penelitian ini menganalisis strategi terbaik yang dapat diterapkan BAKTI sebagai perwakilan KOMINFO dalam mengelola pelaksanaan bisnis dan operasi Palapa Ring. Analisis strategi dilakukan dengan menggunakan metode kuantitatif strategic planning matrix (QSPM), Analisis SWOT dan IE Matrix. Analisis tersebut dielaborasi berdasarkan hasil evaluasi faktor internal dan eksternal dimana pengumpulan data dilakukan dengan menggunakan metode deksriptif. Strategi terbaik yang dihasilkan dari analisis dalam penelitian ini adalah “Mengkatalisasi pertumbuhan 4G di area rural”. Strategi tersebut menjadi strategi terbaik dari 5 (lima) strategi alternatif yang telah terbentuk. Penentuan strategi terbaik ditinjau dari hasil metode QSPM dimana strategi tersebut memiliki nilai Total Attractiveness Score (TAS) sebesar 3,49.

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Telecommunication world is becoming innovation locomotive which fundamentally changing human life. The development of telecommunications technology embodies several systems that can increase effectiveness and efficiency of human life and economic growth of a country. Reviewing the benefits of the role of telecommunications, Government of Indonesia is building a national fiber optic backbone network called Palapa Ring by utilizing the contribution of Universal Service Obligations managed by the Ministry of Communications and Information (MCI) of the Republic of Indonesia. However, the Palapa Ring Network has a low utilization rate due to its immature business management strategy. This study analyzes the best strategies that can be applied by BAKTI as MCI's representatives in managing Palapa Ring business and operations. The strategy analysis is carried out using the quantitative strategic planning matrix (QSPM) method, SWOT Analysis and IE Matrix. The analysis is elaborated based on the results of evaluation of internal and external factors which data collection is done using a descriptive method. The best strategy resulted from the analysis in this study is “Catalyzing 4G growth in rural areas”. This strategy is the best strategy of 5 (five) alternative strategies that have been formed. Determination of the best strategy is reviewed from the results of the QSPM method where the strategy has a value of Total Attractiveness Score (TAS) of 3.49."

"Penyediaan rumah atau papan menjadi satu kebutuhan primer atau dasar yang masih belum sepenuhnya tuntas sejak Indonesia merdeka. Salah satu upaya pemerintah dalam penyediaan perumahan adalah melalui program bantuan pembangunan rumah khusus yang ditujukan untuk masyarakat berkebutuhan khusus seperti nelayan, daerah perbatasan, korban bencana, dll. Percepatan penyediaan perumahan yang layak huni dan terjangkau sangat dibutuhkan untuk mengurangi jumlah Backlog Rumah dan Rumah Tidak Layak Huni (RTLH) yang semakin tinggi. Dalam pelaksanaannya, penyediaan perumahan di Indonesia memiliki beberapa kendala antara lain permasalahan keterlambatan penyediaan perumahan dan keterbatasan anggaran pemerintah. Keterlambatan penyediaan perumahan disebabkan oleh ketidakcermatan dalam hal justifikasi verifikasi kelayakan administrasi dan teknis pada calon lokasi pembangunan rumah khusus, selain itu juga, dikarenakan terbatasnya anggaran pemerintah maka diperlukan terobosan inovatif kebijakan penyediaan perumahan yang dapat menghasilkan rumah layak huni dan terjangkau, dengan tetap menyesuaikan Anggaran APBN yang tersedia. Teknologi rumah baru tersebut harus tetap memenuhi ketentuan syarat-syarat teknis yang berlaku seperti tahan terhadap gempa dan mudah pelaksanaannya di daerah-daerah terpencil di Indonesia. Teknologi RISHA merupakan terobosan teknologi inovatif yang dapat digunakan. Tujuan dari penelitian ini adalah untuk mengetahui kinerja biaya dan waktu rumah khusus menggunakan aplikasi RISHA dan Pengembangan Strategi Penerapan Pembangunan Rumah Khusus di Kementerian PUPR. Metodologi yang digunakan adalah metodologi Empiris, Risk Analysis (Matriks Probabilitas dan Dampak) dan Wawancara Pakar. Metodologi Empiris digunakan untuk mengetahui kinerja biaya rumah RISHA dibandingkan dengan harga rumah konvensional, Metode Risk Analysis (Matriks Probabilitas dan Dampak) digunakan untuk mengetahui faktor dominan yang berpengaruh terhadap kinerja waktu rumah RISHA pada proyek pembangunan rumah khusus, sedangkan metode wawancara para ahli digunakan untuk mengetahui Pengembangan Strategi Penerapan Tahap Konstruksi dan Pra Konstruksi melalui perubahan SOP verifikasi administrasi dan kelayakan teknis.Berdasarkan hasil penelitian, diketahui bahwa Rumah RISHA memerlukan biaya yang lebih murah dengan mutu beton yang lebih tinggi serta waktu pengerjaan yang lebih cepat dibandingkan rumah konvensional prototipe 36 m2, selain itu dihasilkan pengembangan SOP verifikasi administrasi dan teknis yang dapat mengurangi peluang terjadinya keterlambatan pelaksanaan pekerjaan pembangunan rumah khusus.

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The provision of houses is one of the primary or basic needs that has not yet been fully completed since Indonesia's independence. One of the government's efforts in providing housing is through a special housing development assistance program aimed at people with special needs such as fishermen, border areas, disaster victims, etc. Accelerating the provision of affordable and habitable housing is needed to reduce the number of inadequate Backlog of Houses and Houses (RTLH). In its implementation, the provision of housing in Indonesia has several obstacles, among others, the problem of delays in providing housing and limited government budgets. The delay in the provision of housing is caused by inaccuracies in the justification of verification of administrative and technical feasibility in prospective special housing construction sites.

In addition, due to the limited government budget, innovative breakthroughs on housing provision policies are needed that can produce decent and affordable housing, while still adjusting the APBN Budget. which are available. The new home technology must still meet the provisions of applicable technical conditions such as earthquake resistance and easy implementation in remote areas in Indonesia. RISHA technology is an innovative technology breakthrough that can be used.

The purpose of this study was to find out the cost and time performance of houses specifically using the RISHA application and the Development of Strategies for the Application of Special Housing Development in the Ministry of public works and public housing.

The methodology used is the Empirical methodology, Risk Analysis (Probability and Impact Matrix) and Expert Interview. Empirical methodology was used to determine RISHA's home cost performance compared to conventional house prices, the Risk Analysis Method (Probability and Impact Matrix) was used to determine the dominant factors that affected RISHA's home time performance on special home construction projects, while the interview method experts used to find out Strategy Development Implementation of Construction and Pre-Construction Phase through changes in SOP for administrative verification and technical feasibility.

Based on the results of the study, it is known that RISHA houses require cheaper costs with higher concrete quality and faster processing time than conventional 36 m2 prototype houses, besides that, the development of applicable administrative and technical verification SOPs is produced and can reduce the chance of late implementation special house building work."

"AEC (Asean Economic Community) 2015 menimbulkan beberapa tantangan dalam industri logistik. Oleh karenanya diperlukan peranan dan penerapan layanan IoT (Internet of Things) untuk meningkatkan daya saing, yaitu berupa implementasi layanan smart logistic transport. Tesis ini mengusulkan model implementasi smart logistic transport di Indonesia yang berfokus pada sistem cold supply chain.Tesis ini bertujuan melakukan analisis ekonomi teknik dalam bentuk analisis komparatif layanan smart logistic transport terkait pemilihan teknologi jaringan 2G/3G/4G dan fitur MDVR yang dibedakan menjadi Skenario 1-2-3. Sedangkan pengembangan model implementasi didapatkan setelah melakukan wawancara dengan application customers,technological vendors,regulator & network provider.Berdasarkan trial implementasi smart logistic transport bulan September-Oktober 2015 dengan analisis ekonomi teknik, didapatkan layanan not feasible hanya pada skenario 3 untuk unit "CD6", di jaringan 4G. Hal ini terkait masih mahal dan belum banyak tersedianya modul m2m gateway dan MDVR teknologi jaringan 4G. Sehingga diperlukan jumlah minimum truk "CD6" dan "Fuso" pada tiap skenario agar implementasi menjadi feasible. Untuk model implementasi layanan terdiri atas 11 fitur, yaitu 2 fitur basic dan 9 fitur ad.

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Asean Economic Community 2015 has been creating more challenges in logistics industries in Indonesia. The implementation of IoT in logistic services is needed for increasing competitiveness leading to the establishment of so-called "smart logistic transport". We propose the implementation model of the Indonesian Smart Logistic Transport, by focusing on cold supply chain system.

We have conducted an engineering economic analysis of the smart logistics transport, in relation with the mobile network platform of 2G, 3G, 4G. Development of the implementation model is completed by conducting in-depth interviews with the application customers, technological vendors, regulator and network provider. Based on implementation trial in September-October 2015 and engineering economic analysis, we have found that Smart Logistic Transport is not feasible only on scenario 3 for "CD6" at 4G network. Such condition is caused by the expensive price of 4G’s M2M gateway module and MDVR.

Therefore, it requires the minimum amount of implemented truck to make implementation feasible. Our proposed model has signified 11 features, i.e. 2 basic feature and 9 advanced features, formulating the Indonesian smart logistics transport system. Due to the dynamic business process, customers may need specific advanced features in the future. By taking such opportunity, Indonesian local content developer can work to develop any relevant application features, which is needed by the logistic companies in the near future."