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ADVANCING NATION FOOD SUPPLY THROUGH ACCELERATOR-DRIVEN TECHNOLOGY FOR CONTROLLED ENVIRONMENT AGRICULTURE Pamungkas, Lukas Sangka; Widjaja, Anton Wachidin
Proceeding of the International Conference on Family Business and Entrepreneurship 2024: PROCEEDING OF 8TH INTERNATIONAL CONFERENCE ON FAMILY BUSINESS AND ENTREPRENEURSHIP
Publisher : President University

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33021/icfbe.v0i0.5638

Abstract

In this disruption era, ventures must foster the transition of their digital transformation. Digital transformation can be obtained by the entry of the accelerator into the process. Siemens – Advanced Manufacturing Transformation Centre (AMTC) is one of the enterprises in which ventures can move their business operations to a different level, emphasizing vertical and horizontal integration. The AMTC provides investment projects with systematic training programs, the service of consultants, and the industry 4.0 environment. Through involvement in these organizations and utilizing the sandbox environment, ventures can upgrade their talents, expertise, and capacities to accept digital transformation and rope innovation throughout the business segment. It could enable firms to patent the technology and explore new concepts, apart from developing ingenious solutions and driving business development. In their operation, Siemens AMTC has a Digital Enterprise Experience Center (DEX). The client gets to see how the real and digital worlds enable one to design and facilitate a realization of the value chain as an end-to-end process optimized by a perpetuating data flow using DEX. It is important here to state that a real Digital Enterprise must be capable of utilizing the virtually infinite amount of information available to make the right decisions quickly and without doubt as well as deliver top-notch goods through the implementation of lean manufacturing. Not only provide access to industry experts, AMTC also connect the client to hands-on training (transition), access to advance technology training facility, also access to advance manufacturing equipment. There is constant pressure from the global shifts that influence the industrial world such as changes in geo-political climate, technology, markets, and climatic change. The key strategies, therefore, come into play to address such challenges include digitalization and automation. The Digital enterprise is doing exactly this by overcoming the physical space between the real and the digital world. So, with the synchronization of the real world and the digital world, the integration of the design to realization is enabled on one hand, and the constant flow of data is a means of optimization on the other. This is happening in the Artisan Green activity, using the digital twin, they can create uncertainty in their product harvest to become more certainty. Artisan Green successfully implementing Controlled Environment Agriculture (CEA) and working in cooperation with Siemens. The collaboration basic idea is to improve hydroponic operations by connecting an improved Farm Management System via Siemens’ technologies to create parameter for another rack adoption based on the problem that solved by the integrated system. This system represents some principles of CEA, as for example the control of environment and the rational use of resources. This partnership brought a very crucial agriculture revolution in Singapore as a nation with no land for Agriculture yet lacks some essential foods. It aims to achieve the next level of hi-tech, environmentally friendly hydroponic farming and tripling the production rates of energy, yield, and recycling. Modern techniques of farming are under pressure from factors that include population growth and the rise of demand for fresh and healthy food, climate change and fluctuations as well as scarcity of land for farming. Consequently, Singapore has embarked on an aggressive strategy to upgrade the capacity of this sector to supply at least 30 per cent of the country’s nutritional requirements organically by the year 2030. This goal is also part of the Singapore Green Plan 2030 as a plan for developing resilience of the food system in Singapore. The S$30 million grant named “30 by 30 Express” shows the government’s commitment for local food production thus creating favorable conditions for businesses such as Artisan Green. By using this Siemens’ modern technology and experience in automation and digitalization, Artisan Green will have its indoor farms include a modern integrated farm management system, which will increase the utilization of inputs, decreasing a negative impact on the environment. The centralized and vertical farming system implemented at Artisan Green ensures that land is used to optimum potential and thus increases the productivity of the farms thereby also cutting on the use of pesticides and herbicides. This paper explains will explain more about the objectives of digital transformation, the process model, the difficulties, and finally the phase beyond disruption. It concluded that an accelerator could offer co-creation, collaboration, and networking to gain bigger market scalability opportunities for ventures, supported by cutting-edge infrastructure and technology, a sandbox for digital transformation, also skill development/ certification.
Telemedicine and AI in Occupational Skin Disease Management: A Contemporary Review Purwoko, Reza Yuridian; Muliadi, Jemie; Roestam, Rusdianto; Wan Sen, Tjong Wan Sen; Pamungkas, Lukas Sangka; Nugroho, Anto Satriyo; Armi, Nasrullah; Supriyadi, Muhamad Rodhi; Melati, Rima; Alfaqih, Muhammad Subhan; Montolalu, Ivan Adrian; Ruhdiat, Rudi; Ferianasari, Inneke Winda; Aryanti, Evy Aryanti; Saputra, Silvan; Asmail, Asmail; Rahayaan, Manuela; Hi Rauf, Siti Nuraini
FIRM Journal of Management Studies Vol 8, No 2 (2023): FIRM JOURNAL OF MANAGEMENT STUDIES
Publisher : President University

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33021/firm.v8i2.5802

Abstract

Occupational skin diseases present significant challenges to workplace health, impacting both productivity and quality of life. The integration of telemedicine and artificial intelligence (AI) has transformed dermatological care by facilitating remote consultations, enabling early diagnosis, and supporting continuous monitoring. The COVID-19 pandemic has accelerated the adoption of digital health solutions, underscoring their potential to enhance accessibility and efficiency in occupational dermatology.AI-driven innovations, including machine learning algorithms and wearable technologies, have further improved diagnostic accuracy and patient management. However, challenges such as healthcare disparities, technological limitations, and workplace-specific factors continue to hinder widespread implementation. This review explores the evolving role of telemedicine and AI in managing occupational skin diseases, highlighting key challenges, emerging opportunities, and policy considerations for enhancing workplace health outcomes.
CONTROLLED ENVIRONMENT AGRICULTURE SEBAGAI PENDUKUNG KETAHANAN PANGAN DI NEGARA LAHAN TERBATAS Pamungkas, Lukas Sangka; Widjaja, Anton Wachidin
Jurnal Muara Ilmu Ekonomi dan Bisnis Vol. 8 No. 2 (2024): Jurnal Muara Ilmu Ekonomi dan Bisnis
Publisher : Lembaga Penelitian dan Pengabdian Kepada Masyarakat, Universitas Tarumanagara

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.24912/jmieb.v8i2.31951

Abstract

Dalam menghadapi urbanisasi yang cepat, pertumbuhan populasi, dan perubahan iklim, negara-negara dengan lahan pertanian terbatas semakin ditantang untuk memastikan ketahanan pangan bagi penduduknya. Pertanian dengan Lingkungan Terkendali (Controlled Environment Agriculture) muncul sebagai solusi transformatif, menawarkan pendekatan yang berkelanjutan dan efisien untuk produksi pangan. Dengan memanfaatkan teknologi canggih seperti hidroponik, aeroponik, dan pertanian vertikal, CEA mengoptimalkan lingkungan pertumbuhan tanaman, memungkinkan produksi tanaman berkualitas tinggi sepanjang tahun, terlepas dari kondisi iklim eksternal. Penelitian ini mengeksplorasi potensi CEA dalam mendukung ketahanan pangan di negara-negara yang kekurangan lahan. Selain itu, penelitian ini menekankan pentingnya transformasi digital dalam pengembangan CEA. Inovasi teknologi digital, seperti alat-alat pertanian presisi, analitik data, dan otomatisasi, tidak hanya meningkatkan hasil panen tetapi juga efisiensi sumber daya dan keberlanjutan. Transformasi digital memungkinkan integrasi sistem cerdas yang dapat mengawasi dan mengoptimalkan proses produksi secara real-time, memanfaatkan Internet of Things (IoT), kecerdasan buatan (AI), dan kembar digital (digital twin) untuk menciptakan lingkungan pertanian yang lebih responsif dan adaptif. Penelitian ini juga membahas manfaat sosial-ekonomi dari CEA, seperti mengurangi ketergantungan pada impor pangan. Dengan menyajikan studi kasus dari Singapura yang telah mengadopsi CEA, penelitian ini menyoroti praktik terbaik dan strategi untuk mengatasi tantangan tersebut. Kesimpulannya, CEA dengan dukungan transformasi digital merupakan komponen penting dalam masa depan pertanian, terutama di wilayah di mana pertanian tradisional sulit dilakukan karena keterbatasan lahan. Melalui investasi strategis dalam CEA dan digitalisasi, negara-negara dapat memperkuat ketahanan pangannya, berkontribusi pada tujuan keberlanjutan global, dan membangun ketahanan terhadap gangguan di rantai pasokan pangan di masa depan.   With increasing population density, rate of urbanization, and climate change, countries with a small and shrinking base of arable land are under pressure to feed their populations. Controlled Environment Agriculture (CEA) is presented as effective method that can revolutionize the principles of farming. CEA use of hydroponics, aeroponics, vertical farming and other high-tech methods that help create a suitable climate that will allow the cultivation of crops all year round irrespective of the climate. This research finding out CEA can help in achieving food security within lack of land nations. Moreover, this paper focuses on the necessity to advance CEA as subject through the practice of digital transformation. Tools like precision farming, data analytics for crop production, and robots for planting and harvesting improve not only the yields but also optimize the use of the resources. Digital transformation can help introduce smart systems that will support production and control processes in near real-time with the help of IoT, AI, and digital twinning to develop more sensitive agricultural environments. This paper also covers other socio-economic effects of CEA including reduction in the importation of food. The research uses case studies in Singapore which for the most part has implemented CEA. In conclusion, CEA is part of agriculture development, especially in the areas where conventional agriculture cannot be effective because of the lack of land. CEA and investment in digitalization remain vital in increasing countries food security and ensure meet international sustainable goals in case of future shocks in the food chain.