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This article discusses the leva mass in Lamalera as one of the examples of the inculturation of the Catholic faith in local culture on the island of Lembata, East Nusa Tenggara. Inculturation is understood as a process of encounter between faith and culture, so that the proclamation of the gospel can be deeply lived in the context of the life of the local people. Through the leva mass, cultural elements such as sea symbols, boats (tena), traditional dances, traditional clothing, and regional songs are harmoniously integrated into the liturgy of the Catholic Church. For the Lamalera community, the sea is not only a source of livelihood, but a symbol of God's presence and power that blesses and protects human life. The celebration of the Mass emphasizes that God is present not only in the church building, but also in every aspect of human life, including work. The Leva Mass can also strengthen the spirit of brotherhood, solidarity, and the responsibility of the people towards His created nature. The people learn to be grateful for marine products, respect the environment, and work with the spirit of love and sacrifice. Thus, the leva mass is not just a religious ritual, but also a faith and cultural education that helps the people in understanding their call to live in harmony with nature and the will of God. Through the Mass of Leva, the Church in Lamalera portrays the living face of faith, the source of the gospel but rooted in the local culture.

Micro-Hydro Power Plant (MHPP) is a renewable energy solution suitable for remote rural areas with river flow availability. This study was carried out in Kampung 17, Batulawang Village, West Java, through the Community Service Program of HMM ITPLN, by designing and implementing a simplified MHPP system. The analysis indicates a hydraulic power potential of 1.511 kW with an effective head of 3.08 m and a discharge of 0.005 m³/s. Of this potential, the maximum utilized power reached 1.108 kW, equivalent to 73.32% of hydraulic energy utilization. The system is capable of producing approximately 26.6 kWh per day or around 798 kWh per month, matching the total demand of 12 households and one mosque in Kampung 17. If this demand were supplied by the national grid (PLN) under the R-1/TR 1300 VA category at Rp1,444.70 per kWh, the monthly cost would amount to approximately Rp1,152,870. Hence, the MHPP enables annual savings of around Rp13.8 million while ensuring local energy independence

Anyar District, Serang Regency, has a geographical condition located in a coastal area, which causes limited fresh water sources, while PDAM infrastructure is not yet evenly available, so the implementation of seawater utilization activities through the Application of solar still distillation technology in order to fulfill Clean Water in Anyar District, Serang Regency, is very necessary. The main activity is training in making solar still tools, but the activity process begins with 1) Coordination with community partners, namely RT/RW administrators, cleaning officers, water providers, environmental activists, and staff of the Serang Regency Environmental Service; 2) Delivery of material from observations, data collection, and tool making; 3) Application of Solar Still Distillation Technology as an Alternative Solution in obtaining Clean Water in Anyar District, Serang Regency; 4) activity evaluation. The results can be concluded that this solar still distillation technology has significant potential as an alternative solution for providing drinking water for coastal communities that are not covered by clean water services from PDAM. The use of solar still distillation technology can convert seawater into fresh water through a solar-powered distillation process that is environmentally friendly, easy to operate, and has low operational costs

The purpose of this study is to investigate the strategic role of air transportation management in Military Operations Other Than War (MOOTW), particularly in archipelagic contexts such as Indonesia, where rapid humanitarian response, territorial surveillance, and civil–military cooperation are essential for resilience. By applying a Systematic Literature Review (SLR), this article synthesizes findings on humanitarian logistics, technological transformation, and policy frameworks for strengthening national defense readiness. Design/methodology/approach – This study employs a qualitative Systematic Literature Review (SLR) methodology guided by PRISMA principles, analyzing 30 scholarly contributions from 2009–2025, including international peer-reviewed journals, Routledge and Springer volumes, arXiv preprints, and Indonesian academic publications.Results highlight that strategic air  transportation is indispensable for disaster relief, medical evacuation, and supply delivery in archipelagic nations. The adoption of AI, machine learning, UAVs, and reinforcement learning has enhanced responsiveness and equity in humanitarian supply chains. However, persistent challenges include aging fleets, interoperability constraints, and fragmented civil–military coordination. The study underscores the need for modernization of air assets, institutionalized civil–military collaboration, and integration of AI-based routing and command systems. Strengthening these aspects can enhance Indonesia’s resilience and preparedness in MOOTW scenarios. This article uniquely bridges global research on data-driven air power with Indonesian defense perspectives, proposing a scalable strategic framework for air transportation management that advances archipelagic resilience.

Power transformer theft, a pervasive issue disrupting critical infrastructure, necessitates the development of cost-effective and energy-autonomous security solutions. This paper presents the design and implementation of a detection-focused anti-theft framework that integrates a Raspberry Pi Zero W, camera module, and passive infrared (PIR) motion sensors powered by a solar system for continuous monitoring. The system is designed for remote, off-grid deployment, utilizing a headless Raspberry Pi powered by a 5V solar panel and power bank to ensure energy autonomy. Upon motion detection, captured images are processed on the edge device using OpenCV’s Haar Cascade classifier, optimized for upper-body detection to minimize false positives and verify human presence. Captured images are processed locally on the edge device using OpenCV’s Haar Cascade classifier to confirm human presence before an alert is sent to the mobile application, emphasizing real-time operation and low latency. Once an intrusion is confirmed, the images are saved locally and uploaded via the Secure File Transfer Protocol to a custom-developed Android application. The app provides a dedicated remote monitoring interface, enabling secure file transfer and system access, while providing users with immediate notifications and image management capabilities. The system emphasizes low power consumption, real-time operation, and low deployment cost. Tests over 200 triggered events under varied environmental conditions achieved 90% detection accuracy with an average latency of 4.5 s. Solar autonomy was maintained for approximately 24 h under normal operation. It is concluded that the integration of solar power, edge computing of images, and mobile monitoring provides a feasible, scalable, and financially viable framework for securing transformers, especially in resource-constrained environments.

This study delves into the linguistic and ideological dimensions of cyberbullying discourse directed at TikTok creator Putri Padang within the framework of Critical Discourse Analysis (CDA). In Indonesia’s digital landscape, TikTok has become one of the prominent platform for self-expression and cultural performance, yet it also serves as a site for public shaming and moral policing. Drawing on Fairclough’s (1995) three-dimensional model, this qualitative research analyzes fifty hate comments collected from several TikTok videos featuring Putri Padang to uncover how language reproduces power relations and cultural ideologies. The findings reveal that hate comments are not random acts of aggression but structured discursive practices characterized by repetition, labeling, and moral judgment. Linguistic strategies such as mockery, objectification, and intertextual humor—exemplified by terms like “muka kotak” and “Adudu”—function as mechanisms of symbolic domination, reinforcing gendered and regional hierarchies. Moreover, the comments often invoke patriarchal values and cultural authenticity to moral criticism, positioning the target as a violator of feminine and cultural norms. The research contributes to cyber-discourse studies by extending into multimodal contexts and emphasizing the need for culturally grounded approaches to online gender-based violence.

This study aims to analyze gender representation in the L’Oréal Paris Elvive Extraordinary Oil advertisement using Sara Mills’ Critical Discourse Analysis (CDA) approach. The advertisement functions not only as a promotional medium for hair-care products but also as a site of meaning production that shapes social constructions of beauty, women’s roles, and power relations within society. Through the visuals and narrative presented, women are portrayed as the central focus as well as symbols of ideal beauty, characterized by shiny hair, an elegant appearance, and a confident demeanor. The analysis shows that women in the advertisement are positioned primarily as visual objects, while the L’Oréal Paris brand takes the role of the subject that provides solutions to women’s problems—specifically damaged hair. The use of the iconic slogan “Because you’re worth it” constructs a discourse suggesting that women’s self-worth and personal value are closely tied to physical appearance, especially the condition of their hair. Thus, the advertisement not only delivers commercial messages but also carries ideological implications about beauty standards that women are expected to meet. This study concludes that advertising plays a crucial role in reproducing contemporary gender norms and influences how society interprets women’s identity and value through the visual representations it presents.

This study examines the implementation of Green Disaster Management (GDM) policies by the Surabaya City Disaster Management Agency (BPBD) as a means to enhance disaster resilience through environmental sustainability. The research analyzes the integration of GDM principles across all phases of the disaster cycle pre-disaster, during response, and post-disaster recovery. Data was collected through in-depth interviews with key informants, participant observation, and document analysis at BPBD and pilot project sites, including mangrove conservation areas, green emergency posts, and eco-friendly reconstruction sites. The findings indicate that Surabaya has demonstrated significant commitment to embedding sustainability into disaster management through community education, environmentally friendly logistics, and eco-based mitigation measures. Nonetheless, challenges persist, such as limited funding, resistance from developers, logistical constraints, and societal perceptions favoring immediate response over environmental considerations. During disaster response, innovations such as solar-powered emergency equipment and waste segregation practices are being adopted, but their widespread application remains hampered by resource limitations. Post-disaster, efforts in eco-friendly reconstruction and reforestation programs have shown promising results but require enhanced public awareness and long-term maintenance. The success of GDM implementation depends on effective inter-agency coordination, political commitment, and community engagement. Despite progress, hurdles related to budget constraints, social resistance, and knowledge gaps fully hinder the adoption of green approaches. This study highlights the importance of strategic collaboration, policy support, and community participation to mainstream sustainability in disaster management continuously. Strengthening these aspects will not only improve Surabaya's disaster resilience but also contribute to sustainable urban development aligned with global frameworks such as the Sendai Framework for Disaster Risk Reduction.

Here, it is examined how language is employed as a weapon on the internet by means of the illocutionary acts in Bhad Bhabie's 2023 diss track "Ms. Whitman." According to J.L. Austin's and John Searle's Speech Act Theory, the paper categorizes the lyrics of the song into the various kinds of illocutionary acts-assertives, directives, commissives, expressives, and declaratives to determine how word aggression is an instrument of cyberbullying. Through qualitative text analysis, the study reveals expressive and assertive acts most prominent in the lyrics to disseminate defamatory claims, insults, and emotional harm against the object of attack Alabama Barker. Commissive and directive acts, on the other hand, serve to threaten, command, and dominate. The analysis shows how these speech acts collectively construct a model of systematic online verbal attack under the guise of musical performance. The findings show how music culture will tend to normalize aggression, make boundaries between entertainment and harassment opaque, and place audiences' understanding of digital communication ethics. The conclusion synthesizes the recommendation of media education as a means to enable listeners to critically understand the linguistic power of such content.     

Digital transformation is reshaping the way economic value is created, exchanged, and governed across borders. This study aims to analyze how digital transformation redefines the paradigm of business law in the era of globalization, as well as the interaction between business law and global regulatory politics in responding to the challenges of the digital economy. A normative legal approach is employed, grounded in the analysis of digital business law regulations within the global political-economic system. Data is collected through literature review of statutory frameworks, international policy instruments, and scholarly works. The findings reveal that digital transformation not only changes how transactions are conducted, but also reconfigures the locus of economic power through the control of data, algorithms, and digital platform infrastructure. Consequently, the legal paradigm shifts from merely regulating market actors’ behavior to designing a digital justice architecture that emphasizes accountability, algorithmic transparency, interoperability, and contestability. At the global level, the interaction between business law and digital regulatory politics reflects ongoing tensions between market openness and data sovereignty producing regulatory pluralism while simultaneously encouraging convergence toward principles of fair, adaptive, and responsive digital governance. This study concludes that business law in the digital era must serve not only as a regulatoryinstrument governing transactions, but as an architect of the global economic order one that safeguards innovative growth without compromising market fairness and fundamental rights, while enabling the strengthening of adaptive national regulatory frameworks aligned with evolving global dynamics.

This research examines the complex dynamics of Islam-West interactions through a historical-analytical approach, focusing on the evolution of these relations from medieval encounters to contemporary developments. Using qualitative methods through extensive literature review and critical discourse analysis, this study analyzes the multifaceted nature of Islam-West relations across historical periods, contemporary contexts, and emerging paradigms of engagement. Findings reveal that Islam-West interactions have evolved through distinct historical phases: medieval encounters characterized by both intellectual exchange and military conflicts, colonial experiences that created lasting power asymmetries, and contemporary dynamics shaped by geopolitical tensions, migration patterns, and globalization. The research identifies three major contemporary challenges: persistent Orientalist and Islamophobic discourses, geopolitical conflicts intensifying civilizational narratives, and internal diversity within both civilizational spheres that complicates unified engagement. The study proposes a transformative model of Islam-West relations founded on shared ethical values, contextual understanding of religious texts, collaborative approaches to global challenges, and recognition of internal pluralism within both traditions. This research contributes to intercultural understanding by offering a nuanced historical perspective on Islam-West relations and establishing a theoretical framework for constructive engagement in an increasingly interconnected world

Purpose – Purpose study This is For explore How management source Power human (HR) functions as a strategic pillar in develop economy resilient and adaptive defense in the global era . Research This integrate policy national , power competition industry defense , and work The same international through HR- based approach global competence . Design/ methodology / approach – Research This use method review library systematic (Systematic Literature Review/SLR), analyzing more of 50 peer-reviewed articles from journal published Scopus / WoS indexed between 2021–2025 . Research This synthesize framework Work from strategic human resources , economics defense , and global collaboration . Findings – Research This find that HR is not just function administrative , but play role strategic in form strength defense through development source Power people , digital literacy , and work The same cross- country research this also reveals that success synergy industry defense is greatly influenced by the readiness of human resource actors to integrate innovation , diplomacy , and knowledge transnational . Implications practical – For operationalize findings this , policy defense national must invest in centers featured human resource development , design repeat curriculum aligned defense​ with global threats and technologies , as well as build partnership strategic HR with actors​ defense international . Originality / Value – Study This was the first to conceptualize framework Work integrative which places HR as the core of transformation economy defense in a post-pandemic global landscape driven by digitally . Study This offer novelty theoretical with connect economy defense with strategic HR practices , as well as relevance practical for the makers policy and educators defense .

Indonesia's dependence on fossil energy, which reaches 98%, results in high CO₂ emissions and energy costs. This study aims to design a wind energy system to meet electricity needs at the Arafuru Field of the Indonesian Navy Academy (AAL), which is strategically located near the coast with adequate wind potential. A quantitative research method was used by collecting wind speed data for three months (January-March 2025) at coordinates 7.21755° S, 112.71022° E. The data shows an average wind speed of 2.32 m/s with unpredictable direction. Based on the analysis, the SH-X 10000 vertical wind turbine was selected as the most suitable solution. Calculation results show that one turbine unit can generate power of 104,999 watts, so to meet the total power requirement of 109,120 watts, at least 2 wind turbine units are needed. This system not only reduces dependence on PLN and fossil energy but also has the potential to reduce CO₂ emissions and can be utilized as a learning laboratory for AAL cadets. The implementation of wind energy at AAL's Arafuru Field is expected to be a concrete step in the transition towards renewable energy in the military environment.

Power transformers are crucial in the electrical distribution system, and their operational stability is significantly affected by load imbalance among phases. Load imbalance can lead to the flow of neutral current through the neutral conductor, causing additional power losses in the transformer. This study analyzes the impact of load imbalance on neutral current and power losses at Transformer 1 (30 MVA capacity, 70/20 kV) at the Bungaran Substation. Data such as phase current, neutral current, and power losses were measured at 12:00 and 21:00. At 12:00, the transformer’s full-load current was 839.17 A with a loading of 28.44% and a load imbalance of 0.74%, resulting in a neutral current of 4.36 A (1.83% of load current). The power loss due to neutral current was 12.64 W (4.36×10-5 %), and the loss due to neutral current flowing to the ground was 760 W (2.62×10-3 %). At 21:00, the full-load current decreased to 834.46 A, with a loading of 29.36% and a higher load imbalance of 1.36%. This caused a neutral current of 7.94 A (3.24%), with a power loss of 41.90 W (1.43×10-4 %) and a ground power loss of 2.52 W (8.60×10-3 %). The power losses were minimal compared to the transformer’s capacity, having little effect on system efficiency. However, maintaining load balance is essential for system efficiency and transformer longevity.

Goals – Goals from studies This is For explore approach strategic in development System Information Management (SIM) as integral part in support digital transformation of modern organizations. Study This emphasize importance integration technology information , effective data management as well as improvement digital competence resources Power man in operation system. Design/ methodology / approach – Conceptual article This use method review library with analyze various work relevant academic and technical manuals , in particular related implementation of SIM in the sector public and private . Study This referring to the works Jatnika et al. (2022–2024), including utilization Microsoft Office applications as skills supporting basis​ organizational digital literacy . Findings – Findings studies This show that SIM development is not just effort technical , but rather need strategic in support digital transformation . Key strategies covers design modular systems , data mining integration , training programs based users , and evaluation system in a way periodic . Components This allows organization build responsive and adaptive SIM ecosystem . Implications practical – Organizations that want to do digital transformation is necessary invest in development digital capabilities of sources Power the human as well as ensure effectiveness use developed SIM system in a way strategic can become driving force main in increase efficiency , accuracy , and capability taking decision across work units . Originality / value – Study This offers a conceptual model structured about development of SIM in context digital transformation , based on literature applications and needs organizations in the real world . This article give outlook practical for taker policy , IT managers , and HR developers .  

This study explores how human resource (HR) management functions as a strategic pillar in developing a resilient and adaptive defense economy in the global era. The research integrates national policies, defense industry power competition, and international collaboration through an HR-based global competence approach. The study employs a systematic literature review (SLR) method, analyzing over 50 peer-reviewed articles published in Scopus/WoS indexed journals between 2021 and 2025. The research synthesizes a framework that combines strategic human resource management, defense economics, and global collaboration. The findings reveal that HR is not merely an administrative function but plays a strategic role in strengthening defense through the development of human power, digital literacy, and international collaboration. The study further highlights that the success of defense industry synergies is largely influenced by the readiness of human resource actors to integrate innovation, diplomacy, and transnational knowledge. For practical implications, the study suggests that national defense policies must invest in specialized human resource development centers, design curricula aligned with global threats and technologies, and build strategic partnerships with international defense actors. This study is the first to conceptualize an integrative framework that places HR at the core of defense economy transformation in the post-pandemic, digitally driven global landscape, offering both theoretical novelty and practical relevance for policymakers and defense educators.

The Indonesian Naval Academy (AAL) is a military educational institution responsible for training young officers for the Indonesian Navy. The learning process at AAL is structured thru classroom theory, field practice, and direct simulations, including using the Engine Room Simulator (ERS) located under the Department of Engineering. The ERS is an important facility for supporting the technical mastery of ship engines for cadets. The operation of this simulator is highly dependent on the supply of electrical energy, with a total electrical power requirement of 14.36 kW. Thru this research, the author aims to design a hybrid solar energy system that can combine electrical energy from the PLN grid with alternative energy from sunlight. The potential for solar energy in the Indonesian Navy Academy area is very large. The average sunlight intensity in the Surabaya area over 1 year per hour is 208.33 W/m2. Therefore, in the design study, the author chose the Solar PV Lesso HPM series 550W solar panel, which has a power of 550W, an efficiency of 21.3%, and an area per panel of 2.583 m2. Based on the calculations obtained, the author used 126 solar panels with an area of 323.64 m2, as well as 24 Panasonic LC-P12100NA batteries with a voltage of 12 V and a capacity of 100 Ah, installed in 3 series and 8 parallel circuits.

Inflation, unemployment, and deflation are three fundamental macroeconomic phenomena that are closely interconnected in influencing a nation’s economic stability. These variables illustrate the equilibrium between production capacity, consumption behavior, and government intervention in achieving sustainable economic growth. The main purpose of this study is to explore the interrelationship between inflation, unemployment, and deflation, and to assess their implications for Indonesia’s economic stability. This research applies a qualitative descriptive method, employing literature reviews, document analysis, and secondary data evaluation derived from credible institutions such as the Central Bureau of Statistics (BPS), Bank Indonesia (BI), and the Ministry of Finance. The results suggest that a moderate level of inflation can positively stimulate economic expansion through increased consumption and investment activities. In contrast, excessive inflation tends to erode consumer purchasing power and potentially elevate unemployment rates. Meanwhile, prolonged deflationary conditions may lead to a decline in product prices, reduced business profitability, and slower economic momentum. The interaction among these three factors is complex and dynamic, necessitating a coordinated balance between fiscal and monetary policies to safeguard overall economic stability. This study concludes that effective inflation control, job creation, and deflation prevention are critical elements in strengthening Indonesia’s long-term economic resilience.

Reliable and sustainable lighting is crucial for supporting practical activities in a military educational environment, particularly in the Engineering Laboratory Workshop (Labtek) of the Naval Academy. The main problem faced is complete dependence on electricity supply from PLN, which is prone to disruptions and outages, thus impacting the safety and effectiveness of technical activities. Therefore, this research aims to design a solar-powered emergency lighting system as an environmentally friendly and efficient alternative lighting solution. This research uses the Research and Development (R&D) method with a case study approach at the Naval Technology Laboratory (Labtek) of the Naval Academy (AAL). The stages include power requirement analysis, direct observation of building and lighting conditions, selection of solar energy system components, and calculation of solar panel and battery capacity. Based on the analysis results, the total emergency power requirement of 1.96 kW can be met using 100 Wp monocrystalline solar panels and 12V 100Ah batteries for energy storage.The system design consists of solar panels, a solar charge controller, batteries, and LED lights that automatically turn on when the power goes out. Simulation results show that the system is capable of providing emergency lighting for 6–10 hours, depending on sunlight intensity and battery capacity. The implementation of this system not only improves the reliability of Labtek facilities but also supports nat ional clean energy policies and long-term operational cost efficiency.

The Indonesian Naval Academy (AAL) as a military educational institution requires a large electricity supply to support its operational activities, including in the Sapudi Building of the Engineering Department. This study aims to design a solar energy system to supply the electricity needs for lighting in the building. The method used is Research and Development (R&D) with the ADDIE model (Analysis, Design, Development, Implementation, Evaluation). Data collection was conducted through direct observation of building conditions, electrical equipment, and solar radiation intensity data in Surabaya. The research results show that the total electricity requirement for lighting in the Sapudi Building is 4.686 kW with a total of 143 lights (96 neon lights and 47 light bulbs). Based on calculations with an average solar radiation of 5.00 kWh/m²/day, the designed system requires 41 units of Solar PV Lesso HPM 550W panel type with 21.3% efficiency and 9 units of Panasonic LC-P12100NA batteries with a capacity of 100Ah arranged in 3 series and 3 parallel configurations. This study proves that the utilization of solar energy can be an efficient and sustainable alternative solution to reduce dependence on conventional electricity in the AAL environment, while supporting the implementation of renewable energy in Indonesian military institutions.