Percetakan Mufidah Digital Printing setiap bulannya melayani order pencetakan, yang menjadi permasalahan selama ini adalah proses pelayanan kepada pelanggan yang akan melakukan order jasa percetakan tidak dapat terlayani dengan cepat hal ini karena banyaknya pelanggan serta ruang yang tersedia tidak terlalu luas dan pelanggan harus mendatangi Percetakan Mufidah Digital Printing untuk melakukan order pencetakan.  Tujuan  dari artikel ini untuk merancang sistem informasi jasa pemesanan percetakan berbasis android pada Percetakan Mufida Digital Printing Kota Gorontalo untuk memudahkan pelanggan melakukan pemesanan percetakan. Dalam merancang aplikasi ini menggunakan bahasa UML (Unified  Modelling Language) dan diimplementasikan dengan menggunakan Android Studio, PHP dan MySQL. Metode yang digunakan adalah penelitian deskriptif yang berusaha menggambarkan dan menginterpretasi objek sesuai dengan apa adanya, di dalamnya terdapat upaya mendeskripsikan, mencatat, analisa, dan menginterprestasikan kondisi-kondisi yang saat ini terjadi atau ada. Berdasarkan hasil pengujian dengan menggunakan test case membuktikan bahwa sistem informasi jasa pemesanan percetakan berbasis android pada mufida digital printing ini lebih efektif dan efisien dibandingkan secara manual. Hasil pengujian: V (G)            = 20 – 17 + 2 =  5,            V (G)              =  4  +  1 =  5,  Cyclomatic Complexity (CC)  = R1, R2, R3,R4,R5= 5. Diperoleh kesimpulan bahwa desain system  informasi jasa pemesanan percetakan berbasis android  dapat  memudahkan konsumen untuk melakukan order percetakan  dengan kelebihan fitur tambahan berupa notifikasi untuk pelanggan sehingga mempermudah proses produksi dari order cetakan yang dilakukan.Kata Kunci : Sistem Informasi, Mufida , android, php, mysql Printing of Mufidah Digital Printing every month serving printing orders, which has been a concern so far is the process of service to customers who will order printing services cannot be served quickly because this Mufidah Digital Printing customers make printing orders. The purpose of this article is to open an android-based printing order ordering information system in Gorontalo City Mufida Digital Printing Printing to provide printing ordering services. In completing this application using the UML (Unified Modeling Language) language and implemented using Android Studio, PHP and MySQL. The method used is descriptive research that discusses and interprets objects that are in accordance with what exists, where there are those that involve describing, loading, analyzing, and interpreting the conditions that currently occur or exist. Based on the test results using a test case prove that the Android-based ordering information system on digital printing mufida is more effective and efficient using manuals. Test results: V (G) = 20-17 + 2 = 5, V (G) = 4 + 1 = 5, Cyclone Complexity (CC) = R1, R2, R3, R4, R5 = 5. Obtained by the information system design Android-based printing order orders can make it easier for customers to order printing by loading additional notification features for customers to make the production process from ordering prints.Keywords: Information Systems, Mufida, android, php, mysql

Penelitian ini mengangkat tentang salah satu program yang dimiliki oleh Perangkat Desa Dulukapa, yaitu pemberian bantuan Program Keluarga Harapan (PKH) kepada masyarakat yang layak menerimanya. Namun sesuai observasi, ternyata pembagian penerimaan bantuan Program Keluarga Harapan (PKH) tersebut tidak sesuai dengan aturan yang telah di tetapkan oleh pemerintah, karena masih ada beberapa masyarakat yang sudah mendapatkan bantuanProgram Keluarga Harapan (PKH ) tersebut meskipun sudah termasuk dalam kategori tidak layak menerima, dan terkadang hanya berdasarkan kekeluargaan. Hasil Penelitian ini Menunjukan bahwa penerapan metode test case dengan pendekatan whitebox testing dapat menghasilkan sistem baik dan proses perulangan pada flowchart di sistem menjadi lebih efisien. Hal ini Dapat membantu dalam proses seleksi penerima bantuan Program Keluarga Harapan (PKH) sehingga proses hasil keputusan sesuai dengan kriteria yang dimiliki oleh pemohon sehingga proses penilaian bisa dilakukan dengan baik.

is a brief summary of the paper to help readers quickly determine the main research problem, solutions to solving problems Utilization of information technology in the field of government administration can improve service quality and the performance of government officials to be more leverage. The distribution process of disposition letters to government agencies often encounters many obstacles, including the absence of authorized officials in the disposition process being the reason an agenda cannot be processed at the right time. Another thing is also related to the paperless reduction campaign in an agency, both public and private, which is being carried out to reduce paper usage. The change from manual to automatic, or from manual paper to electronic documents is natural to do, but the legality process of a document electronics will be a problem if it is not equipped with a digital signature and qrcode. This study takes the idea of utilizing QRCode and Digital signatures with the SHA algorithm which is applied to smartphones with the Android operating system to simplify the process of distributing electronic disposition sheets so as to reduce the use of paper in the government environment. The results of this research are able to create Digital signatures and QRCodes for electronic documents on a system to be more reliable. The signature on the document is replaced with a QRCode which is generated using the SHA Algorithm as a unique marker of a document. This QRCode also helps when related parties validate the validity of digital documents

Small and Medium Industry is the program and policy of the Local Government of Gorontalo Province to achieve development goals in the field of economy, especially related to the development efforts of small and medium industry sectors (IKM). The Cooperative, Industrial and Trade Office of Gorontalo Province desperately needs accurate data information for the search and determination of small and medium industry locations and also in terms of regional development planning and spatial arrangement, but in reality, to obtain data and information on the spread of Small and Medium Industry spread almost throughout Gorontalo province is very difficult, this is due to the absence of an information system that handles this. The Government's current geographic information system cannot access the search and location of the Small and Medium Industry. The expansion of the area that occurs in Gorontalo Province from 6 districts, the addition of fickle regions and addresses can confuse and make it difficult for local people or tourists outside Gorontalo province to get information about the small and medium industry in Gorontalo Province. The lack of information to the public about the location of Small and Medium Industry locations in Gorontalo province can make it difficult to conduct cooperation that can drive the regional economy. Information search and access user information and communication technology through high mobility media such as smartphones. Today's thriving smartphones are smartphones with android operating systems. Android smartphone besides having high mobility, also has very useful features such as google maps and GPS. Google maps and GPS features can collaborate in an android app program creation. Application program creation is designed using android and PHP programming languages collaborated with MySQL databases as data container media. The research aims to make it easier for people to get information about small and medium-sized industries and information about small and medium-sized industries. The availability of information can be a bridge for the community to cooperate and drive the regional economy.

The large number of pond owners using land that is already included in protected forest areas and nature reserve areas has made it difficult for officers to obtain information on the tax objects for pond cultivation. Geographical Information System Application for Tambak Web Based Geometry Polygon at the Pohuwato Fisheries Service which is integrated directly with the internet. The goal is to make it easier for the officers and owners of the pond to find out information about the area of the pond and the taxes payable periodically automatically directly from the website. The research method uses the Waterfall method. Take basic activities such as specification, development, validation, and evolution and represent them as different process phases such as requirements specification, software design, implementation, testing and so on. This application will be developed for the desktop with a web-based operating system. There are two programming techniques used, the client side will use Java programming and the server side will use PHP Programing