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  Fixed assets are tangible assets that are owned for use in the production or supply of goods or services, for rent to other parties, or for administrative purposes and are expected to be used for more than one period. Due to its high value, relatively long use and being the company's main tool to generate revenue, investment in fixed assets (Capital Budgeting) must be carefully calculated. In addition, depreciation or depreciation is the allocation of the cost of a fixed asset which is the effect of the decline in the value of the fixed asset. The reason why many companies apply the straight line method of depreciation (Straight Line Method) is because there are relatively stable maintenance and repair costs in each period, and the costs are not affected by productivity or are not affected by deviations. Therefore, the assets owned must continue to be managed properly so that companies and individuals can benefit from the existence of these assets, especially fixed assets. But this is not the case with KSP Mandiri Sejahtera Semarang where fixed assets have not been well managed. This results in inconsistencies and calculation errors, incomplete data, which results in inappropriate decision making and the value of the company's fixed assets has not been recorded properly and accurately. With a new structured management system where the calculation and reporting of depreciation of fixed assets using the straight-line depreciation method helps the calculation of depreciation of fixed assets owned by the company, besides that it also provides information about the detailed condition of each fixed asset owned by the company so that it helps the company manage its fixed assets , as well as helping to present accurate and accurate reports for the benefit of the company's internal financial reports and taxation.

Irrigation is a land irrigation system by damming water sources. Irrigation as the provision, regulation and disposal of water to support agricultural needs. Irrigation is generally used by farmers, especially farmers in rice fields to irrigate and provide water supply to agricultural land, monitoring water stock in rice fields must be done frequently because rice water needs must be balanced with a lack of water supply or excess water supply in rice fields is not good for rice growth . So far, farmers have monitored irrigation channels manually, the location of the rice fields from the farmer's house often causes rice plants to experience scarcity because the floodgates are not opened when the water supply is running low or experiencing water supply. excess because the floodgates are opened for too long, this will greatly disturb the growth of rice plants. Making a monitoring and control system for irrigation channels using a water level sensor installed on the ESP 8266 microcontroller (Wemos D1), the system uses a programming language c. This tool can be used to open the irrigation door if the water supply in the rice fields is below the minimum limit and will close the water gate when the water supply has reached the maximum limit, the servo motor is used to open and close the floodgates. . . The monitoring results obtained will be displayed to users in real time through the android application interface and will be stored in the form of a text file on the storage media.

Product distribution is a crucial element of the supply chain system that ensures the smooth flow of goods from producers to consumers at minimal cost and with high reliability. Distribution efficiency not only reduces operational costs but also improves customer satisfaction, market competitiveness, and business sustainability. In the context of Micro, Small, and Medium Enterprises (MSMEs), distribution efficiency becomes even more critical due to limited financial, human, and infrastructural resources. This study aims to analyze the product distribution efficiency of UMKM Kerupuk Jaya Pesona, located in Cinanggung Village, Serang Regency, Banten Province, by applying two classical transportation methods: the North West Corner (NWC) and Least Cost (LC) methods. Both methods were used to determine the allocation pattern that minimizes total transportation cost across three destination regions: Serang, Cilegon, and Pandeglang. The data include three couriers (as supply sources) and three market destinations (as demands), totaling 18,000 product units per distribution cycle. The results show that both NWC and LC methods yield the same total transportation cost of Rp 358,000,000, although their allocation patterns differ. This indicates that the supply–demand and cost structure of the UMKM’s logistics system is balanced. This research concludes that simple optimization methods such as NWC and LC can serve as practical decision-support tools for MSMEs without requiring complex computational models. The study also recommends the application of the Modified Distribution (MODI) method to verify the optimality of the solution and highlights the importance of logistics efficiency in strengthening MSME competitiveness in the digital era.