International Journal of Arts and Social Science www.ijassjournal.com ISSN: 2581-7922, Volume 5 Issue 2, February 2022 Iwan Nofi Yono Putro Page 255 Reconstruction of Black Box Testing in Communication Data Processing Applications Based on Internet Protocol Iwan Nofi Yono Putro 1 , Andrian Andaya Lestari 2 , Sungkono 3 , Rudy AG Gultom 4 1 (Sensing Technology Study Program, Indonesia Defence University) 2 (Sensing Technology Study Program, Indonesia Defence University) 3 (Sensing Technology Study Program, Indonesia Defence University) 4 (Sensing Technology Study Program, Indonesia Defence University) 1 (Center for Data and Information, National Research and Innovation Agency) ABSTRACT: This application is intended for processing communication test results on ip based with the case of the MALE UAV satellite communication. Mathematical formulas and calculation algorithms that exist in the calculation of quality of service (QoS) communication are translated into algorithms and programming languages. To prove the reliability of this application requires a series of tests. Black box testing is considered to be a solution to answer the reliability of this application. This black box can be divided into 2 things, namely a function-oriented black box and a result-oriented black box. Function-oriented black box is carried out with the help of smartmeter software. Accuracy-oriented black box is done by comparing the results of QoS parameters in the form of dellay, jitter and packet lost from the application with manual calculations. From these 2 black box tests, an application that is functionally reliable and results accurate will be obtained. KEYWORDS -php, postgresql, python, black box, quality of service, delay, jitter, packet lost I. INTRODUCTION Indonesia is a vast archipelagic country, with an ocean area that is wider than the mainland. In addition, Indonesia still has control of the waters in the Indonesian Exclusive Economic Zone (ZEEI) (Nugraha, 2021). This requires technological support, one of which is with unmanned aircraft. Unmanned aircraft have many names ranging from Unmanned Aircraft (PTTA), Unmanned Aerial Vehicle (UAV) to Remotely Payload Vihicle (RPV). Unmanned aircraft have been developed from the days of the first world war starting from the flying bomb. This flying bomb is controlled by the radio frequency of the accompanying aircraft (Priyono, 2011). The development of unmanned aircraft nationally has been going on for quite a long time, both the government, namely the National Aeronautics and Space Agency (LAPAN) and the Agency for the Development and Application of Technology (BPPT) as well as private industry and State-Owned Enterprises (BUMN) have developed many kinds of unmanned aircraft. . This is enough to lead to a wide community of unmanned aircraft in Indonesia, both in production, research and use. In 2019 through the Regulation of the Minister of Research, Technology and Higher Education of the Republic of Indonesia number 38 of 2019, a joint study under the name Unmanned Aircraft Technology was formed with the coordinator of BPPT and members of the Research and Development Agency of the Ministry of Defense (Balitbang Kemhan), LAPAN, Director General of Potential Defense Ministry of Defense (Pothan Kemhan) and involves universities and