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Perfect Match of Cloud Computing and Consumer Electronics
The document discusses the integration of cloud computing and consumer electronics as part of Indonesia's digital transformation towards Industry 4.0. It emphasizes key priorities such as improving national digital infrastructure, empowering SMEs, and increasing technology investment, aiming for Indonesia to become one of the top 10 largest economies by 2025. The text outlines expected growth in enterprise IT services, IoT connectivity, and the economic impact of digital advancements.
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Perfect Match of Cloud Computing and Consumer Electronics
- 1. Perfect Match ofCloud Computing and Consumer Electronics International Consumer Electronics Expo (ICEE), Dec 17 2019 1 Sutedjo Tjahjadi Managing Director, Datacomm Cloud Business
- 2. 2 Digital Transformation Towards Industry4.0 INDUSTRY 1.0 INDUSTRY 2.0 INDUSTRY 3.0 INDUSTRY 4.0 mechanization assembly line automation cloud technology (IoT)
- 3. Making Indonesia 4.0Roadmap To be one of the world’s top 10 largest economies 3 Improvement of material and flow Redesign of the industrial zone Accommodate sustainability standards Empowering SMEs Building a national digital infrastructure Attract foreign investment Improving the quality of human resources Development of an innovation ecosystem Incentives for technology investment Harmonization of rules and policies 10 National Priorities Source : Ministry of Industry, Press Release, Business Sweden Analysis 10% net export contribution to GDP 2x productivity-cost ratio 2% R&D spending to GDP
- 4. Digital Transformation Moving TowardsCloud Computing & Mobile Era 4 Cloud Big Data Analytic Social Mobility Nexus Driving Force
- 5. Market Overview Focused Technologiesin Indonesia Industry 4.0 Roadmap 5 Implementing the roadmap will generate new opportunities in automation and robotics, IoT, advances production methods, human machine interface and AI Source : Ministry of Industry, Press Release, Business Sweden Analysis Internet of Things Robotics and Automation Big Data and Cloud Computing Human Machine Interface Advanced Production Method
- 6. The Opportunities “25+ Billion connectedunits installed by 2020” “Economic value impact is estimated to be up to US $11T by 2025” WorldWide 6 • Indonesia will be 10th largest GDP by 2025 US$3.1T. • Enterprise IT Services Market in Indonesia is Expected To Reach US$3.86 billion by 2019 at a CAGR of 18.6% • Data Center services is expected to reach $263.9 million by 2019, with co-location to account for 85% of the estimated revenues. • Indonesia will have around 1.7 billion connected devices in 2020 with over 470 million mobile and over 200 million active internet users. Sources: • Frost&Sullivan • https://www.gartner.com/doc/3086918/market-guide-iot-platforms • http://www.mckinsey.com/insights/business_technology/the_internet_of_things_the_value_of_digitizing_the_physical_world
- 7. Top 5 IoTIndustries IoT Developer Survery – Apr 2016 7Source: IoT Developer Survey – Apr 2016 - Eclipse IoT Working Group, IEEE IoT and AGILE IoT IoT Platforms Home Automation Industrial Automation Energy Management Smart Connected Cities
- 8. The 4 Layersof IoT Solutions Architecture 8 • Embedded Intelligence • Ubiquitous Connectivity • Deep Analytic – Big Data Layer 1 Layer 2 Layer 3 Layer 4 Source: https://www.marlabs.com/blog-stages-of-iot-architecture/
- 9. 9Cloud Computing –National Digital Infrastructure
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- 11. Infrastructure Certification International StandardFacility 11 Infrastructure on cloud o Compute: Virtual machines, Web sites & mobile services o Data services: Storage, SQL databases o Network services: Virtual private networks, load balancer Local Support and Data center location 24x7 Help Desk Support Center 24x7 Network Support Center 24x7 Security Desk Support Center Rated 3 Constructed Facilities by TIA-942 CERTIFIED DCOS Maturity 4 by TIA-942 CERTIFIED ISO 9001:2008 CERTIFIED ISO 27001:2013 CERTIFIED ISO 20000:2011 CERTIFIED PCI-DSS CERTIFIED
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Editor's Notes
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- #3 REVOLUSI INDUSTRI 1.0 1760 -1840 di Inggris Raya terjadi perubahan proses manufaktur dari tenaga manusia ke mesin akibat dari ditemukannya tenaga uap oleh Ilmuan 1764 - James Watt menemukan mesin uap 1783 – Marquis de Jouffroy menemukan mesin uap penggerak kapal 1904 – Richard Trevithick menemukan lokomotif uap pertama Dampak yang terjadi adalah terjadinya pengangguran masal, demonstrasi masal menuntuk penyediaan tenaga kerja, tenaga mesin menjadi jauh lebih murah. REVOLUSI INDUSTRI 2.0 1870 – 1879 Thomas Alva Edison menciptakan telegraf pita kertas dan lampu 1908 Henry Ford mengubah pabriknya dengan menggunakan ban berjalan sehingga biaya produksi menjadi lebih murah dan bisa menurunkan harga hingga 300 %, Ford menguasai pasar akibatnya banyak pabrik mobil tutup karena kalah bersaing. 1930 – Industri mobil turun drastic dari 250 perusahaan menjadi 20 perusahaan saja. REVOLUSI INDUSTRI 3.0 Dimulai dengan penemuan di bidang telekomunikasi dan komputer. 1970 ditemukan PLC (Programmable Logic Controller) yang bisa membuat mesin industry berjalan sendiri dan biaya produksi menjadi lebih murah. Ditandai perubahan dalam industri music, dengan lahirnya music digital yang cepat menguasai pasar. Terjadi juga dalam dunia photography, menggambil gambar dan berbagi bisa dilakukan dengan mudah, tidak diperlukan kertas film sebagai media REVOLUSI INDUSTRI 4.0 Dimulai Transformasi Digital tahun 2000, mesin-mesin yang menggunakan operator diganti oleh mesin – mesin fully automatic sehingga hanya sedikit membutuhkan tenaga manusia. Penjaga pintu parkir dengan e-parking Google dalam menggembangkan ‘self driving car’ sehingga tidak memerlukan tenaga manusia dalam berkendara
- #4 In April 2018 Indonesian government under president Jokowidodo launched the Making Indonesia 4.0 Roadmap. The roadmap is to provide strategic direction for the nation to take full advantage in the digital era The goal is to expedite the nation prosperity and aiming to be one of the world’s top 10 largest economies The roadmap layout 3 foundation metrics : 1.) 10 net export contribution to GDP 2.) 2 x productivity-cost ratio 3.) 2% R&D spending to GDP The focus of execution is to leverage advance digital technology which include AI, IOT, Robotic, Advance Application in the area of 1.) F&B, 2.) Textile, 3.) Automotive 4.) Electronic 5) Chemical The roadmap also noted priorities for area of improvement to ensure the goal can be achieved
- #6 Definisi Human Machine Interface : http://iarc.weebly.com/hmi-design.html DESKRIPSI Human Machine Interface (HMI) adalah sistem yang menghubungkan antara manusia dan teknologi mesin. HMI dapat berupa pengendali dan visualisasi status baik dengan manual maupun melalui visualisasi komputer yang bersifat real time. Sistem HMI biasanya bekerja secara online dan real time dengan membaca data yang dikirimkan melalui I/O port yang digunakan oleh sistem controller-nya. Port yang biasanya digunakan untuk controller dan akan dibaca oleh HMI antara lain adalah port com, port USB, port RS232 dan ada pula yang menggunakan port serial. Fungsi HMI 1. Memberikan informasi plant yang up-to-date kepada operator melalui graphical user interface 2. Menerjemahkan instruksi operator ke mesin 3. Memonitor keadaan yang ada di plant 4. Mengatur nilai pada parameter yang ada di plant 5. Mengambil tindakan yang sesuai dengan keadaan yang terjadi 6. Memunculkan tanda peringatan dengan menggunakan alarm jika terjadi sesuatu yang tidak normal 7. Menampilkan pola data kejadian yang ada di plant baik secara real time maupun historical (Trending history atau real time).
- #7 Peluang dari IOT adalah sangat besar sekali Di perkirakan akan ada 25 miliar peralatan yang akan terhubung dengan internet di tahun 2020 dan ini akan mempunyai dampak sebesar 11 Triliun USD di 2025 Di indonesia sendiri diperkirakan akan ada 1.7 milliar peralatan IOT yang akan terhubung di tahun 2020 dan lebih dari 470 juta smartphone Key Factors include: Lower price point of sensors, processors and networking Increased connectivity Reducing cost of data storage and compute Large quantities of data to be analyzed and processed Every industry vertical and domain expected to be impacted
- #8 IOT sangat luas sekali, untuk memudahkan dan kita harus mengetahui perkembangan area industry mana yang berkembang lebih cepat dari yg lain. 5 industry ini menurut survey berkembang lebih cepat dari industry2 yang lain
- #9 Stage 1. Sensors/actuators Sensors collect data from the environment or object under measurement and turn it into useful data. Stage 2. The Internet gateway The data from the sensors starts in analog form. That data needs to be aggregated and converted into digital streams for further processing downstream. Data acquisition systems (DAS) perform these data aggregation and conversion functions. Stage 3. Edge IT Once IoT data has been digitized and aggregated, it's ready to cross into the realm of IT. However, the data may require further processing before it enters the data center. This is where edge IT systems, which perform more analysis, come into play. Stage 4. The data center and cloud Data that needs more in-depth processing, and where feedback doesn't have to be immediate, gets forwarded to physical data center or cloud-based systems, where more powerful IT systems can analyze, manage, and securely store the data. https://techbeacon.com/enterprise-it/4-stages-iot-architecture =========================================== Mari kita lihat IOT Architecture! Kita bisa membagi infrastructure menjadi 4 bagian : Smart & Intelligence Devices, Edge Network, Core Network dan Cloud/Data Center Yang kita harus perhatikan adalah ukuran dari masing2 bagian, Infrastructure dimasa yang akan datang akan menjadi 10kali bahkan 100 kali lebih besar Summary dari IOT inrastructure akan memiliki peralatan2 yang memiliki kepintaran, terhubung secara meluas dan data-data yang dikumpulkan dapat di oleh untuk menjadi infromasi inteligent yang berharga ==================== AT Keryney define the Internet of Things as a...seamless combination of 1.) embedded intelligence, 2.) ubiquitous connectivity, 3.) and deep analytical insights that creates unique and disruptive value for companies, individuals, and societies =================== Kevin Ashton (born 1968) is a British technology pioneer who cofounded the Auto-ID Center at the Massachusetts Institute of Technology (MIT), which created a global standard system for RFID and other sensors.[1] He is known for coining the term "the Internet of Things" to describe a system where the Internet is connected to the physical world via ubiquitous sensors. IOT Started in 1999
- #10 = Siapa yang tahu apakah cloud computing itu? Mari kita dengar sedikit penjelasan tentang cloud computing
- #11 Who Is Datacomm Local, private company which committed to build robust digital infrastructure to usher Indonesia toward the digital economy. Two primary business of datacomm include infrastructure manage service to Indonesian largest telecommunication operators (Telkom, Telkomsel, Indosat, Lintasarta) and Cloud Services. Why Datacomm? We are backed up by +29 years experiences and +500 people which primarily technical and engineer team that own the wide spectrum of IT expertise, network, security, system application, operation, project management, datacenter and consulting. In the cloud area, we manage cloud service provider, with hybrid/multicloud differentiation in enterprise, secure, local.
- #12 = Sebagai perusahaan local dan bergerak dibidang cloud computer, kami memiliki komitment untuk terus mengembangkan business kami di Indonesia untuk bekerja sama memajukan dan memakmurkan bangsa Indonesia. = selama 4 tahun, kami telah mendapat kepercayaan dari customer2 kami. Dari segi pertumbuhan dari service revenue, kami mengalami pertumbuhan yang eksponential. Tidak kurang dari 70% compute load kami adalah financial, online and mission critical application such as SAP ERP. = Kami terus meningkatkan service qualitas kami utk mencapai tingak international. Berikut ini adalah certification2 yang telah kami capai