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Drug packaging not only serves as a protective barrier for pharmaceutical products but also functions as a strategic element in conveying information and ensuring consumer rights. This study is a literature review of five journals that discuss packaging innovation, legal aspects of labeling, consumer protection, and packaging design from both technological and regulatory perspectives. The aim of this study is to compare the dimensions of innovation, information, and protection in drug packaging. A narrative review method with a qualitative descriptive approach was used. The results show that innovations such as the use of adsorbent plastic and efficiency in packaging systems significantly affect product stability and production speed. Meanwhile, the inclusion of composition details and halal labeling on packaging serves as a form of consumer protection from health risks and rights violations. It is concluded that a multidimensional approach to drug packaging is essential in creating a pharmaceutical distribution system that is efficient, safe, and ethical.

The agricultural sector is one of the most important sectors. The majority of rice paddies serve as the main food commodity consumed by the community, making rice farming the majority in the agricultural sector. However, there are challenges in production such as low agricultural efficiency, limited access to resources, and dependence on traditional techniques. Therefore, strategies are needed to improve rice production that can impact the welfare and economy of farmers. The goal of this research is to analyze the condition of rice farming in Banten, specifically in Ciruas. It aims to identify the problems affecting production as well as the efforts that have been made by the government previously. Additionally, the research will provide strategies that are appropriate for increasing production yields and improving the welfare and economy of farmers. In this study, a qualitative research method was used with SWOT analysis method, along with data collection through primary data in the form of interviews and secondary data in the form of a Literature Review. The results showed that rice production in Banten declined to 298.84 thousand hectares and 1.52 million tons of GKG in 2024, but Ciruas District remains a rice granary despite facing many problems such as pests, low selling prices, drought, and extreme weather. Although various efforts have been made, such as training, provision of equipment, and water pumps, a SWOT analysis is needed to evaluate the effectiveness of strategies and plan alternative actions to improve farmers' production yields. Thus, through the SWOT analysis method, it is hoped that paddy field production will increase sustainably, thereby supporting food security and the economic welfare of rural communities in Banten and Ciruas District.

This study aims to analyze the factors influencing consumer purchasing decisions for artificial flower products, marketing strategies used, and challenges in production and distribution. A descriptive qualitative approach was applied through a case study on the Fake Flower Plastic business. Data were collected via interviews, observations, documentation, and questionnaires. The results indicate that product quality, aesthetics, pricing, and social media influence significantly affect consumer decisions. Digital marketing via social media and influencer collaboration proved effective in reaching target consumers. Production challenges include raw material efficiency and sustainability, while distribution is hindered by logistics and packaging issues. The study recommends improving product quality, design innovation, and strengthening marketing and distribution strategies to support sustainable business growth.

This Community Service Program aimed to enhance the productivity of broomstick craftsmen in Karang Rejo Village by innovating a coconut leaf separator tool and developing an online sales module. Traditionally, the separation process was manual, labor-intensive, and time-consuming, limiting production and income. The team designed a simple yet effective tool that increased daily output from 1–5 bundles to 6–7 bundles. Additionally, a digital sales module using platforms like Shopee was introduced to expand market reach. As a result, the local community improved production efficiency and gained new knowledge in modern marketing strategies. This program not only empowers the community economically and technologically but also promotes environmental sustainability by utilizing coconut leaves as economic resources. By applying appropriate technology and a digital approach, this initiative serves as a replicable model of village empowerment through local innovation, contributing to long-term economic growth and ecological awareness in rural areas.

The development of vaccines for tropical viruses such as dengue and Zika presents a significant challenge in global health. These viruses not only cause serious health complications but also impact health systems and economies in tropical countries. CRISPR/Cas9 technology offers an innovative solution to accelerate vaccine development by enabling precise gene editing. This study aims to explore the potential of CRISPR in accelerating the design and production of vaccines for tropical viruses. The method used in this study is a laboratory-based experimental design involving genetic engineering, with dengue and Zika virus genome models. The first step involves identifying virus target genes using the CRISPR/Cas9 system, which allows the detection of specific genes involved in pathogenesis and immune responses. Subsequently, genetic constructs are designed to generate vaccine candidates that can efficiently and precisely target pathogens. The resulting vaccines are tested in vitro in cell cultures to observe immune responses and their effectiveness against virus infections. The results show that CRISPR not only accelerates the process of identifying and engineering vaccine genes but also significantly improves vaccine production efficiency. CRISPR-based vaccines demonstrate higher immunogenicity compared to conventional methods, thus holding potential as the foundation for developing faster and safer next-generation vaccines. However, this study also identifies challenges related to off-target effects and the efficient delivery of CRISPR components, which require further research to ensure safety and efficacy in human clinical applications.

This study aims to determine the perspective of the Ciherang Village community on the implementation of agricultural digitalization. As the digital era develops, the use of technology in agriculture is a great opportunity to increase efficiency and production results. Through a qualitative approach, data were obtained from questionnaires with farmers and local community leaders. The results of the study showed that most people are interested in the use of agricultural digitalization, especially in terms of access to fertilizer information and marketing of crops. However, its implementation still faces obstacles such as low digital literacy, limited technological devices, and minimal digital understanding. Therefore, mentoring efforts, ongoing training, and improving digital infrastructure are needed so that agricultural digitalization can be implemented effectively and provide real benefits for farmers in Ciherang Village.

The livestock industry plays a strategic role in providing animal-based food, yet it continues to face challenges related to efficiency and sustainability. Issues such as land limitations, animal diseases, and feed price fluctuations demand innovative production systems. One emerging solution is digital livestock farming, which integrates information and communication technologies into livestock management. This study aims to examine the role of digital livestock farming in improving production efficiency through a literature review of scientific sources published between 2017 and 2024. Literature was gathered from electronic databases and analyzed using a descriptive-qualitative approach with thematic analysis. The findings reveal that technologies such as the Internet of Things, biometric sensors, big data, and artificial intelligence enhance feed efficiency, animal health, reproduction, and labor management. Moreover, these technologies improve animal welfare and reduce environmental impact. However, challenges such as low digital literacy, limited infrastructure, and insufficient policy support hinder implementation, especially in developing countries. This review highlights the need for cross-sector collaboration to support sustainable digital livestock adoption.

Hazard Analysis and Critical Control Points (HACCP) is a food safety management system designed to identify, analyze, and control physical, chemical, and biological hazards throughout the food production process. In the context of Small, and Medium Enterprises (SMEs) in Indonesia, HACCP implementation is essential to ensure food safety, improve product quality, and enhance access to modern and export markets. This study is a literature review that analyzes 14 scientific articles published between 2000 and 2025, sourced from Scholar and Sinta databases. The analysis focused on abstract keywords to identify key concepts, findings, and research gaps regarding HACCP implementation in SMEs food businesses. The review findings indicate that HACCP offers positive impacts such as improved production efficiency, extended shelf life, and reduced contamination risks. The establishment of Critical Control Points (CCPs) in stages like grinding, packaging, and storage has proven effective in preventing potential hazards. However, several challenges hinder effective implementation, particularly in SMEs. Common obstacles include limited human resources, lack of technical knowledge, inadequate basic sanitation infrastructure, and weak documentation and monitoring systems. Several studies also emphasize that successful HACCP implementation relies heavily on intensive mentoring and strong support from government bodies, academia, and business partners. Therefore, a collaborative and strategic approach is essential to optimize HACCP implementation within the SMEs sector, contributing to an inclusive, adaptive, and sustainable national food safety system.

This study aims to analyze the product quality of tofu at Tahu Tansa, a tofu business located in Bogor City, by utilizing quality control tools such as check sheets, Pareto diagrams, and fishbone diagrams. Tofu is a nutritious food product with high consumer demand, but its production process often encounters defects that affect product quality. This research uses primary data obtained through direct observation and interviews and is analyzed using descriptive quantitative methods. The results show that the most dominant defect is non-standard tofu cutting size (50%), followed by overly soft texture (37.87%), and residual cloth stuck on the product (12.13%). Based on fishbone analysis, these defects are caused by suboptimal factors including manpower, machines, methods, raw materials, and measurement. The findings imply that improvements in operational standards, workforce training, and strict monitoring of raw materials and equipment are necessary to maintain quality and improve production efficiency at Tahu Tansa.

This study aims to strengthen industrialization in the livestock sector to increase productivity and investment at the district and city levels. The use of modern technologies, such as digital livestock management systems, sensor-based animal health monitoring, and automated feeding systems, has increased in recent years in response to the need for efficiency and improved production outcomes. Data were collected from various livestock units, ranging from small-scale to large-scale farms, through surveys and observations over a two-year period. The analysis results show a significant positive relationship between the level of investment in livestock technology and productivity improvements, both in terms of livestock population growth and production outputs (meat, milk, eggs). Higher investment in technology tends to result in better operational efficiency, lower animal mortality rates, and improved product quality. These findings indicate that accelerating the adoption of technology in the livestock industry can be an effective strategy to enhance the competitiveness and sustainability of the national livestock sector.

Agriculture is a sector that plays a vital role in the economies of many developing countries, including Indonesia. This study aims to analyze the production scale and examine the factors influencing rice production, such as capital, labor, and land area. The research was conducted in Kerambitan Sub-district, Tabanan Regency. The agricultural sector, particularly rice production, plays an essential role in the regional economy and food security. However, it continues to face fluctuations due to various influencing factors. This study employs a quantitative method using multiple linear regression based on the Cobb-Douglas production function to measure the scale of production. Data were collected through questionnaires and interviews with rice farmers in Kerambitan Sub-district, using proportionate stratified random sampling. The results indicate that capital, labor, and land area have a positive and significant effect on rice production in Kerambitan Sub-district, Tabanan Regency. Furthermore, the production scale in this study shows decreasing returns to scale, meaning that each additional unit of input yields a proportionally smaller increase in output. These findings imply the need for strategies to enhance production efficiency and optimize resource utilization to improve rice productivity.

Micro, Small, and Medium Enterprises (MSMEs) play a crucial role in supporting the national economy, particularly in the fisheries sector. This study was conducted through a direct interview with a fish farming MSME, GG Sawah Farm, managed by Legiono. The purpose was to explore the dynamics of catfish and pangasius farming businesses, including business history, capital needs, marketing strategies, and the challenges faced. The findings reveal that despite its promising economic potential, the business encounters various obstacles such as feed costs, seed availability, and climate changes. However, through innovations such as the use of alternative feed, social media marketing, and product diversification into the frozen food sector, the enterprise has managed to survive and grow. This study recommends improving production efficiency, increasing financial support, and encouraging collaboration with stakeholders to enhance the sustainability and development of small-scale fish farming businesses in Indonesia.

Micro, Small, and Medium Enterprises (MSMEs) have a significant role in the economy, including MSMEs in the culinary sector such as Putri Ice Cream Business. Decision making related to optimal resource allocation is crucial to increase the efficiency and profitability of MSMEs. This study aims to apply the linear programming method with the primal simplex algorithm to minimize production costs in the case study of Putri Ice Cream MSME. The objective function is to minimize the total production cost, as well as the limitations related to the availability of main raw materials and machine production capacity. Data on main raw materials and machine production capacity were obtained from the Putri Ice Cream MSME which was the case study. The results of the study show that the application of the primal simplex method produces an optimal solution that provides recommendations for product combinations for each type of Putri Ice Cream with minimal production costs. Sensitivity analysis was also conducted to test the stability of the optimal solution to changes in capital. This study provides a practical contribution to Putri Ice Cream MSME in optimizing their resource allocation and increasing cost efficiency through a quantitative approach.    

This study aims to evaluate production waste at PT XYZ, a food manufacturing company in Bandung, Indonesia, which experiences inefficiencies caused by overproduction and product defects. A descriptive qualitative method with a case study approach was used, employing data from production reports, field observations, and interviews. The analysis was conducted using the 7 Waste framework, the 5S workplace organization method, and the PDCA (Plan-Do-Check-Act) cycle. The findings show that the main types of waste at PT XYZ are overproduction and defects, which are caused by inaccurate demand forecasting, ineffective layout, and inconsistent quality control. By implementing 5S and PDCA, the company successfully reduced waste, improved workspace organization, and increased process efficiency. This study provides practical insights for manufacturing companies seeking to implement lean strategies for continuous improvement.

Palm oil is a strategic commodity in the Indonesian economy. Innovation in palm oil filtration is needed to improve the quality and sustainability of production. This article aims to provide insight into the mechanism of the Oil Purification tool based on the Quality Function Deployment (QFD) method and compare it with conventional methods. The method used is a literature review from secondary sources such as journals and scientific articles related to palm oil filtration technology. The results showed that conventional methods have disadvantages such as high oil loss, suboptimal FFA control, and large environmental impacts. In contrast, the Oil Purification tool with QFD and clean production approach offers efficiency, ease of maintenance, and healthier and environmentally friendly filtration results. This innovation is an adaptive and economical solution for small and medium-scale industries.

This study discusses the application of Internet of Things (IoT) technology in the monitoring and control system of smokehouse machines at PT Serena Harsa Utama. IoT enables the integration of sensors to monitor critical parameters such as temperature and humidity in real-time, thereby enhancing production efficiency and product quality. An experimental method was employed to test the effectiveness of the IoT system, with data collection through integrated sensors. The results indicate that IoT implementation can increase production efficiency by up to 30%, reduce human error, and optimize energy consumption. Despite challenges related to initial investment and operator training, the long-term benefits of IoT adoption, such as improved product quality and reduced downtime, make it a promising solution in the food processing industry. This research emphasizes the importance of adopting IoT technology to enhance competitiveness in the modern industry.

This study examines the use of language registers in the kretek cigarette home industry environment in Sampang Village, Cilacap Regency. Using a qualitative descriptive approach with the method of communication ethnography, this study aims to describe the form, meaning, and socio-cultural function of the typical terms used by workers in cigarette production activities. Data were obtained through direct observation, in-depth interviews, and documentation of linguistic artifacts. The results of the study indicate the existence of a typical vocabulary that reflects social identity, efficiency of work communication, and preservation of local culture. Terms such as klobot, mbako srinthil, tingwek, and ngeses are symbols of the social and cultural structure of the work community. This register not only has a literal meaning but also symbolic and contextual, and functions as an expressive, evaluative, and cultural preservation tool. These findings are relevant in the development of language variation teaching materials and strengthening the profile of students with cultural diversity characteristics.

The Occupational Safety and Health Management System (SMK3) has an important role in creating a safe and productive work environment, especially in the manufacturing industry which has high risk potential. This research uses a literature study approach to evaluate the concept, implementation, and impact of SMK3 on operational performance. The results show that consistent implementation of SMK3 can reduce the number of work accidents, improve the efficiency of the production process, and encourage the creation of a positive safety culture. However, several obstacles are still faced, such as low awareness and compliance with safety procedures and weak supervision. Therefore, the active involvement of all parties, from management to employees, as well as regulatory support from the government is needed to ensure the effectiveness of SMK3 in the long term and improve industrial competitiveness.

Industrialization plays a critical role in the process of economic development, particularly in shaping a stronger and more competitive economic structure. For Indonesia, an industrialization strategy is not merely a tool for boosting economic growth, but a key instrument for promoting long-term structural transformation. This article discusses how industrialization strategies should be designed holistically, taking into account not only the manufacturing sector but also the interconnections with agriculture and services. Within the national development framework, the state must take an active role by implementing fiscal policies, providing infrastructure support, and offering incentives for value-added industries. Lessons from newly industrialized countries show that the success of industrialization is highly dependent on consistent policy coordination, strong leadership, and robust institutional capacity. Furthermore, industrial strategies must be responsive to global challenges such as technological change, international competition, and regional disparities. Therefore, industrial development planning in Indonesia should be oriented towards achieving economic efficiency, strengthening domestic production capabilities, generating broad employment opportunities, and ensuring equitable distribution of development benefits. This paper aims to provide a conceptual foundation for formulating a national industrialization strategy that is not only responsive to global trends but also capable of addressing domestic needs in an inclusive and sustainable manner.

This study aims to optimize sales profit at the MSME Batagor Bandung Tarakan by applying the Simplex method in linear programming, supported by the POM-QM for Windows software. Profit optimization plays a crucial role in strategic decision-making, particularly in determining the optimal daily production quantities to enhance operational efficiency, maximize the use of raw materials, and meet market demand effectively. The Simplex method was chosen for its ability to solve linear optimization problems involving multiple constraints and variables, providing accurate mathematical solutions to achieve maximum profit. This research utilizes daily production data as the basis for analysis, which is then processed using the Simplex method in POM-QM. The results show that implementing the Simplex method can increase daily profits from IDR 634,000 to IDR 831,408 through a more efficient production combination. The study concludes that the Simplex method, when applied via the POM-QM software, is an effective tool for daily production decision-making and can support MSMEs like Batagor Bandung Tarakan in improving their competitiveness and business sustainability.