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Telkom's New Wave Valuation Alinursafa, Ibnu; Sumirat, Erman
The Indonesian Journal of Business Administration Vol 2, No 17 (2013)
Publisher : The Indonesian Journal of Business Administration

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Abstract

Telkom's share price in the Indonesian stock exchange (IDX) since 2007 growth lower comparing to the performance of the overall index. From year 2007 to the end of 2012, Telkom's share price has dropped by approximately 10%, whereas the composite stock price index increased by about 130% in the same period. The low performance of Telkom stock price due to the high of competition level in Indonesia telecommunications business. The price war reduced phone rates, and the firm face a negative growth around 7% in 5 years.  To anticipate negative growth, the management has decided to enter the business of New Wave as a new revenue stream.To determine the root cause of low performance of Telkom’s share price,  The analysis  should be done by calculating the fundamental value of Telkom. Telkom’s fundamental share price calculated using the Free Cash Flow to Equity (FCFE) and Dividend Discount Model (DDF) method as comparison. Based on FCFE, the fair fundamental prices shares amounted Rp.11.961, while based on DDF Telkom shares process is Rp. 13, 253. This result is not much different from the Telkom closing share price 2013 amounted Rp .9,050. To increase growth is to increase the proportion of new wave business. Increase in new wave business can be done with synergies between business units and subsidiaries in the Telkom Group. The programs are conducted on a unit must have an impact to other units, in order to support the business growth of new wave. Keywords: stock, valuation
IoT-Based Vehicle Monitoring System on LoRa Network: Addressing Community Needs in Indonesia Zulkifli, Fitri Yuli; Halimsurya, Ervin; Ayyasy, Muhammad; Luthfi, Fitya; Alinursafa, Ibnu
International Journal of Electrical, Computer, and Biomedical Engineering Vol. 2 No. 2 (2024)
Publisher : Universitas Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.62146/ijecbe.v2i2.46

Abstract

Our innovative IoT-based vehicle monitoring system emerges from a comprehensive survey among vehicle owners. The device circuit is designed using ESP32, GPS to detect location and speed, MPU6050 to detect vibrations from the vehicle engine, and a relay that is used to disconnect the vehicle socket if needed. The data collected from each component is sent through the LoRa Antares network. Access to the data can be done using a cell phone through the MOTRAV application that has been integrated with the Antares server. The designed system is able to display the location, speed, and condition of the vehicle consistently with an average delay of 7 seconds and can receive 65% of the control signals to start and stop the vehicle engine. The system can also send a warning notification if the vehicle that is not being used is detected at a speed of more than 5.5 km/h with engine vibrations detected reaching 28 vibrations/5 seconds.