D 10 ITB Talk | Jumat, 24 Juli 2020, pukul 20.00-21.00 WIB
Kontribusi Mempercepat Merdeka Blank Spot Telekomunikasi
Seri Webinar D 90 ITB, Dekade 90 ITB, Alumni ITB Angkatan 90-an (1990-1999) dengan tema (I)ndustri = (T)eknologi + (B)isnis Adaptasi di "New Normal"
Via zoom: https://us02web.zoom.us/j/86236803320
(tersedia 𝙚-𝙘𝙚𝙧𝙩𝙞𝙛𝙞𝙘𝙖𝙩𝙚 dan giveaway saldo linkAja sebesar Rp 550.000,00) 🙏😊
Live: https://www.youtube.com/c/yoberbagi
& https://pikiran-rakyat.tv
Senin, 20 Juli 2020
IEEE Leadership Summit 2020: Engineering in COVID-19
Leadership Summit 2020: Engineering in COVID-19, third webinar series
*Innovations and its challenges in the new world environment*
IEEE has a strong base to initiate the goal of making innovation that will help us to get through in the new world environment, particularly in the emending challenge of COVID-19 Pandemic. It is important for us to have insights on what to expect later in the engineering field, and how to prepare ourselves to it
IEEE Industry Relations, Government Relation, and Young Professional Indonesia Section together with IEEE Region 10 and IEEE Singapore Office proudly organizes the third webinar of Leadership Summit, Engineering in Covid-19.
We are delighted to invite you to join us in this last webinar series to get an insight view from the industry, corporations, academic and government sector on the kind of innovations needed and how to deal with the obstacles that will occur in the new world environment.
Date: Saturday, July 25th 2020
Time: 14:00-16:00 (GMT+7, Jakarta/Bangkok time)
*Free registration and e-certificate*
Keynote speech: Dr. Laksana Tri Handoko
Chairman of Indonesian Institute of Sciences, Governmental Authority for Science and Research of the Republic of Indonesia
Invited Speakers:
- Prof. Akinori Nishihara, IEEE Region 10 Director
- Prof. Wisnu Jatmiko, IEEE Indonesia Section Chair
- Emeritus Professor Dr. Chun Che Lance Fung, Chair of IEEE Region 10 Educational Activities Committee and Immediate Past Chair of IEEE New Initiatives Committee
- Prof. Jack Sim, founder of World Toilet Organization; creator of UN World Toilet Day; and founder of BOP HUB
- Fajrin Rasyid, Director of Digital Business PT Telkom Indonesia
- Dr Arifin Nugroho, IEEE Indonesia Section Aerospace and Electronic System; GeoScience & Remote Sensing Joint Chapter Chair
- Hwa Chiang Leo, IEEE Singapore Operation Director
Registration to attend:
https://bit.ly/
We look forward to your participation.
Thank you.
IEEE Comsoc Indonesia Webinar: IoT Role to Accelerate the Achievement of Sustainable Development Goals (SDG)
IEEE Comsoc Indonesia Webinar, 29th July 2020
IoT Role to Accelerate the Achievement of SDG
Speaker 1 : Ir Teguh Prasetya.,MT (Chairman ASIOTI)
Speaker 2 : Dr Muhammad Ary Murti (IoT Researchers, Tel U)
Moderator : Dr. Wiseto Agung (Chair IEEE Comsoc Ind Chapter)
Register :bit.ly/ieeecomsocindonesia
E-Certificate is Included
Previous IEEE Comsoc Webinar Recording :
https://bit.ly/IEEE-webinar1
IoT Role to Accelerate the Achievement of SDG
Speaker 1 : Ir Teguh Prasetya.,MT (Chairman ASIOTI)
Speaker 2 : Dr Muhammad Ary Murti (IoT Researchers, Tel U)
Moderator : Dr. Wiseto Agung (Chair IEEE Comsoc Ind Chapter)
Register :bit.ly/ieeecomsocindonesia
E-Certificate is Included
Previous IEEE Comsoc Webinar Recording :
https://bit.ly/IEEE-webinar1
Senin, 13 Juli 2020
Vulnerabilities in LTE and 5G networks 2020
The problem for operators is that the GTP protocol can be exploited by attackers. Vulnerabilities leave the door open to denial of service and fraud.
To foresee GTP-related issues in the 5G context and outline preventive measures to ensure full 5G network protection, Positive Technologies has released its latest report on GTP security.
This is the concluding paper in our four-part research series on core vulnerabilities and threats in the mobile ecosystem. Operators can refer to it for a picture of GTP threats and expert recommendations on how to proactively counter fraud.
https://positive-tech.com/storage/articles/gtp-2020/threat-vector-gtp-2020-eng.pdf
5G Spectrum Industrial Networks – Ericsson White Paper
5G Spectrum Industrial Networks – Ericsson White Paper
Leveraging communications service provider assets and expertise
Many industries are looking at 5G as the backbone of the Fourth Industrial Revolution. It is a golden opportunity for communications service providers (CSPs) to create and capture new market spaces by driving innovation, efficiency, and growth across various industries.
A key factor influencing the uptake of wireless solutions is the question of how to handle spectrum for industrial purposes, since reliable connectivity demands licensed spectrum. Some countries provide spectrum dedicated for industrial use, whereas others do not. The intention of this paper is not to discuss the pros and cons of such spectrum strategies, but rather to focus on industries with local radio coverage needs. It tries to show that whether licensed spectrum is set aside for industries or not, CSPs are in the prime position to optimally address these industrial connectivity needs with powerful 5G networks and business models focused on industries. For regulators intending to implement licensed spectrum dedicated to industrial use, this paper aims to describe how this should best be done using simple principles and the well-defined legislation already available in most countries across the world.
Cellular solutions for industries — huge business potential
There is a huge opportunity for CSPs to address industrial connectivity needs with 3GPP-based cellular technologies. The opportunity encompasses a range of industries, including diverse segments with
diverse needs, such as those in the manufacturing, mining, port, energy and utilities, automotive and transport, public safety, media and entertainment, healthcare, and education industries, among others. Many enterprises in these industries are already CSP customers, with the total CSP share of the global addressable 5G-enabled market across these industries projected to be around USD 700 billion by 2030, according to the 2030 Market Compass Report.
One of the objectives of this paper is to address concerns regarding spectrum access for those industries that are early adopters of 3GPP cellular technologies for limited areas — in particular, industries such as manufacturing, mining, and ports as well as those with the opportunity to use cellular technologies in their operations but which have not seen wide adoption yet, such as the airport, oil and gas, warehousing, hospital, education, and construction industries.
Taking manufacturing, with its estimated 1 million factories (with more than 100 employees), as an example, typical business cases revolve around controlling the production process, improving material management, improving safety, and introducing new tools. Typical revenue increases come from increased throughput and quality (2–3 percent), while typical cost savings stem from improved capital efficiency (5–10 percent) and decreased manufacturing costs (4–8 percent). Additionally, ABI Research has shown that manufacturers can expect to see a tenfold increase in their returns on investment (ROIs) for cellular Industry 4.0 solutions, while warehouse owners can expect a staggering fourteen-fold increase in ROI.
5G Spectrum Industrial Networks
https://www.ericsson.com/49ea7b/assets/local/reports-papers/white-papers/ericsson-whitepaper-5g-spectrum-for-local-industrial-networks2.pdf
Leveraging communications service provider assets and expertise
Many industries are looking at 5G as the backbone of the Fourth Industrial Revolution. It is a golden opportunity for communications service providers (CSPs) to create and capture new market spaces by driving innovation, efficiency, and growth across various industries.
A key factor influencing the uptake of wireless solutions is the question of how to handle spectrum for industrial purposes, since reliable connectivity demands licensed spectrum. Some countries provide spectrum dedicated for industrial use, whereas others do not. The intention of this paper is not to discuss the pros and cons of such spectrum strategies, but rather to focus on industries with local radio coverage needs. It tries to show that whether licensed spectrum is set aside for industries or not, CSPs are in the prime position to optimally address these industrial connectivity needs with powerful 5G networks and business models focused on industries. For regulators intending to implement licensed spectrum dedicated to industrial use, this paper aims to describe how this should best be done using simple principles and the well-defined legislation already available in most countries across the world.
Cellular solutions for industries — huge business potential
There is a huge opportunity for CSPs to address industrial connectivity needs with 3GPP-based cellular technologies. The opportunity encompasses a range of industries, including diverse segments with
diverse needs, such as those in the manufacturing, mining, port, energy and utilities, automotive and transport, public safety, media and entertainment, healthcare, and education industries, among others. Many enterprises in these industries are already CSP customers, with the total CSP share of the global addressable 5G-enabled market across these industries projected to be around USD 700 billion by 2030, according to the 2030 Market Compass Report.
One of the objectives of this paper is to address concerns regarding spectrum access for those industries that are early adopters of 3GPP cellular technologies for limited areas — in particular, industries such as manufacturing, mining, and ports as well as those with the opportunity to use cellular technologies in their operations but which have not seen wide adoption yet, such as the airport, oil and gas, warehousing, hospital, education, and construction industries.
Taking manufacturing, with its estimated 1 million factories (with more than 100 employees), as an example, typical business cases revolve around controlling the production process, improving material management, improving safety, and introducing new tools. Typical revenue increases come from increased throughput and quality (2–3 percent), while typical cost savings stem from improved capital efficiency (5–10 percent) and decreased manufacturing costs (4–8 percent). Additionally, ABI Research has shown that manufacturers can expect to see a tenfold increase in their returns on investment (ROIs) for cellular Industry 4.0 solutions, while warehouse owners can expect a staggering fourteen-fold increase in ROI.
5G Spectrum Industrial Networks
https://www.ericsson.com/49ea7b/assets/local/reports-papers/white-papers/ericsson-whitepaper-5g-spectrum-for-local-industrial-networks2.pdf
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