Get to Know More About Cloud Computing Technology - FIND IT Universitas Gajah Mada
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Digital Transformation, Making Indonesia 4.0, Introduction to Cloud Computing, Datacomm Cloud Business
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Get to Know More About Cloud Computing Technology - FIND IT Universitas Gajah Mada
- 1. Get To Know More About Cloud Computing Technology Sutedjo Tjahjadi Managing Director, Datacomm Cloud Business April 28th 2019 1
- 2. Agenda • Digital Transformation & Making Indonesia 4.0 • Introduction to Cloud Computing and Future Trends • Datacomm Cloud Business Overview • Preparing yourself to Capture Opportunities at Digital Era UGM FIND IT Seminar 2
- 3. Digital Transformation & Making Indonesia 4.0
- 4. Industry Revolution • 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 • 1804 – 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. History 4
- 5. Industry Revolution • 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 History 5
- 7. Digital Transformation Cloud Computing & Mobile Era 7 Cloud Big Data Analytic Social Mobility Nexus Driving Force
- 8. Market Overview Focused Technologies In Indonesia Industry 4.0 Roadmap 8 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
- 9. Robot Arms 9 The World’s most Advanced Prosthetic Hand
- 10. Digital Transformation Digital Generation Stats in Indonesia 10 *Penetrasi & Perilaku Pengguna Internet Indonesia 2017, APJII
- 11. Digital Transformation Digital Generation Stats in Indonesia 11 *Penetrasi & Perilaku Pengguna Internet Indonesia 2017, APJII
- 12. The Roadmap Making Indonesia 4.0 12
- 13. The Roadmap 10 Prioritas Nasional • Perbaikan alur aliran barang dan material • Desain ulang zona industri • Mengakomodasi standar-standar keberlanjutan • Memberdayakan UMKM • Membangun infrastruktur digital nasional • Menarik minat investasi asing • Peningkatan kualitas SDM • Pembangunan ekosistem inovasi • Insentif untuk investasi teknologi • Harmonisasi aturan dan kebijakan Focus Sectors & National Initiatives 13
- 14. The Opportunities SME IT adoption is the lowest 14 Source : Asia Cloud Computing Association, The Market for Cloud Computing 2015
- 15. Market Overview Key Drivers & Challenges for Industry 4.0 15 Source : Ministry of Industry, Press Release, Business Sweden Analysis Challenges Drivers Infrastructure Lack of necessary digital infrastructure and cloud solution to support new tech Labor Lack of skilled labor combined with low productivity Local SME’s Local SME's with limited technological adoption Funding Government funding will likely continue to be insufficient to meet the increasing need to invest in new tech Up-Mid Stream Industry High dependency on imported raw material for manufacturers Population Large population and growing middle class driving up domestic demand Economy Indonesia is the largest economy in ASEAN with robust economic growth Government Initiatives Ambitions initiatives form government to boost the growth of the manufacturing sector Labor Cost Competitive labor cost within the manufacturing sector attracts foreign investors Natural Resources Rich in natural resources to support the grwoth of the domestic raw material processing facilities
- 16. What is Cloud Computing
- 17. What is Cloud Computing Definition 17 The practice of using a network of remote servers hosted on the internet to store, manage, and process data; rather than a local server or a personal computer (PC).
- 18. Apa Itu Cloud Computing ? 18
- 19. 19 Terminals Multiple Distributed servers Large individual servers Multiple distributed servers High-density servers farms Virtualized and software-defined everything Terminal Access to Mainframe Applications Desktop applications Client-server applications Internet web site hosting Internet applications Cloud Native Applications
- 20. Cloud Deployment Model 20 Hybrid Cloud Private Cloud Public Cloud
- 22. Cloud Characteristic 22 Agility API to Open interface Cost model: OPEX Device & location independence Maintenance Multitenancy Productivities Reliability Security Monitored Performance Elasticity & Scalabiity
- 24. Software Architectures - The Future Agile Development Methodology 24
- 25. Cloud Computing – The Future Serverless Computing 25 Bare Metal Server Bare Metal Server A B Bare Metal Server VM VM VM A B Bare Metal Server VM VM Container Engine A B Bare Metal Server VM VM Container Engine FaaS Runtime A B A Time Sharing Dedicated Server Virtualization Containerization Serverless 1 2 3 4
- 26. Peluang Masa Depan Dunia IT yang mempunyai prospek terbaik di 2020 26 Alexa Echo
- 28. Company Overview Datacomm Cloud Business 28 ABOUT PT. Datacomm Diangraha business division focusing on Cloud opportunity in Indonesia. Our philosophy are Enterprise, Secure and Local. PRODUCTS Sentriciti – Security as a Service (SecaaS) Cloudciti – Cloud Services (XaaS) Datacomm Azure Stack – Hybrid Cloud Datacomm Datacenter Federation - Colocation WHY US? We are backed up by +28 years experiences and +500 people. We have strong financial commitment, invested in it owns local Data Center. We also certified by international standard: ISO 9001, ISO 27001 and ISO 20000.
- 29. Cloud Services & Service Philosophy Datacomm Cloud Business 29
- 30. Infrastructure & Facilites Datacomm Cloud Business 30 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
- 31. Datacomm Datacenter Federation Datacomm Cloud Business 31 – Multiple Geographic Locations – Certification – Rated-3 TIA-942 & PCI-DSS – Operation Data Center – ISO 20000 & DCOS – High Capacity Connectivity to Local Internet • International Cloud Exchange Connectivity • Clean Internet Protection – DDoS Protection Service • Cyber Security Service optional protection
- 32. Apa Itu Cloud Computing ? Contoh Aplikasi 32 Primagama
- 33. Preparation and Future Opportunities
- 34. Peluang Masa Depan Key Technology Trends by 2020 34 Artificial Intelligence Cloud Computing The Internet of Things Wearable APIs Security Robotics Virtual Reality
- 35. Peluang Masa Depan Profesi yang dibutuhkan di masa datang 35 Database Administrator Software Developer Web Application Developer Computer Systems Analysts Mobile App Developers Market Research Analysts Information Security Analysts
- 37. Entrepreneurship Mindset What is the requirement? 37 KomunikasiKepercayaan Diri & DeterminasiVisi & Misi Manajemen Keuangan Kreatifitas & Inovasi Berani Mengambil Resiko Pengendalian kegagalan
- 39. Thank you
- 40. The Serverless Evolution 40 Bare Metal Server A Bare Metal Server BDedicated Server Bare Metal Server VM VM A B Virtualization Bare Metal Server VM VM Container Engine A BContainerization Bare Metal Server VM VM Container Engine FaaS Runtime A B A Time Sharing Serverless 1 2 3 4
Editor's Notes
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- 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).
- In case of dedicated servers applications (A,B) are deployed on physical servers. In consequence, the servers are often over dimensioned and have inefficient utilization rates. Machine virtualization is mainly used to consolidate and isolate applications on virtual machine instead of dedicated servers. This increases the application density on bare metal servers but the virtual machine image (deployment unit) are very large. To pragmatically operate more than one application per virtual machine, containerization established as a trend. A container starts faster than a virtual machine and shares the operating system with other containers, thus reducing deployment unit sizes and increasing application density per virtual machine. But container still requests a share of CPU, memory, and storage - even if the provided service is hardly requested. it is more resource efficeint, if services would consume resources only if there are incoming requests, FaaS runtime environments enable that services can timeshare a host, however, this involves to follow a serverless architecture style.
- Machine virtualizationis mainly used to consolidate and isolate applications that otherwise would have been deployed to dedicated servers. This increases the application density on bare metal servers but the virtual machine image (deployment unit) are very large. However, this application can stay untouched. If this model is provided as a cloud service it is called infrasturcture as a service (IaaS). To pragmatically operate more than one application per virtual machine, containerization estabilished as a trend (docker). A container starts faster than a virtual machine and shares the operating system with other containers, thus reducing deployment unit sizes and icreasing application density per virtual machine. But the application should follow cloud architectural styles (like 23 factor app, microservices) to fully leverage the opportunities. But container still requests a share of CPU, memory, and storage - even if the provided services is hardly requested. It would be more resource efficient, if services would consume resources only if there are incoming requests. This is waht FaaS runtiem environments provide. So, services can timeshare a host, thus further increasing application density per host. However, this involves to follow a more rich client architecture model for the user-interface and a service-composed-of-functions approach for services.