In 2012 IATA has initiated a new communication standard in airline distribution called New Distribution Capability (NDC) that will enable airlines, IT providers, and travel agents to work together to create new capability in the distribution of airline products and services as well as to simplify the business. NDC has been introduced to solve limitations of the existing programs in the distribution system and to represent the modernization of future air travel distribution. NDC standard intends to give a potential impact on future airline distribution where airlines will have wider opportunities to directly interact with intermediaries and reduce commission fees to the Global Distribution System (GDS). This study, in particular, confirms that airline distribution specialists firmly believe that NDC constitutes an important development in the airline industry and, while still being in its development stage, it clearly has the potential to address today´s market issues and to solve tomorrow´s challenges.

Halal logistics is very crucial in ensuring and maintaining halal requirements of halal products from production to consumption. However, the concept of halal logistics is not very well understood and implemented in Indonesia by either the regulators or the logistics players due to a lack of concern from various parties. Therefore, this research is conducted to explain the halal logistics concept, define a potential standard for halal logistics and give recommendations on how the implementation of this concept can be executed in Indonesia, in compliance with domestic and global halal requirements. The methods used in this research are a literature review and a theory analysis, concept and also rules and policies that in force in Indonesia, which in the end can be seen clearly whether halal logistics has been implemented or not to compliance domestic and global markets. The result shows that there is no specific regulation yet in Indonesia in terms of halal logistics and distribution. The authors proposed several recommendations of how to conduct and treat appropriate halal distribution process, which it is expected will be able to be fundamental for the government and MUI to implement and certify it as the regulation standard.

The purpose of this study is utilizing the system that can monitor and control electricity consumption using a smartphone remotely. Finding in this study related monitoring and controlling electricity consumption using wemos D1 Mini and blynk app on a smartphone is quite effective. The electricity consumption information is displayed on LCD of wemos D1 mini and blynk app on a smartphone in the form of voltage, ampere, watt, and frequency. This device has two control function namely local mode and remote mode. Using local mode will generate output load turned on by switch and using remote mode will generate output load activated via blynk app on a smartphone.

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