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Journal : nuansa informatika

Kepuasan Pengguna Fitur Medis ePuskesmas dengan Model EUCS dan DeLone & McLean di Sumedang Siti Nurhayati; Agun Guntara; Irfan Fadil
NUANSA INFORMATIKA Vol. 18 No. 2 (2024): Nuansa Informatika 18.2 Juli 2024
Publisher : FKOM UNIKU

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.25134/ilkom.v18i2.216

Abstract

An ePuskesmas is a health information system developed through the collaboration of the Sumedang District Health Office and PT Infokes Indonesia. It offers various features to aid health workers at Puskesmas, notably the medical feature for managing patient data during polyclinic examinations. However, this feature faces issues such as synchronization difficulties with Pcare, slow system responses due to high user traffic, and frequent errors. This study aims to assess user satisfaction with the medical features of ePuskesmas using the End User Computing Satisfaction (EUCS) model and the DeLone and McLean Model. The study involves 93 respondents, including nurses, midwives, and doctors from Sumedang Regency Health Center, selected through purposive sampling. Data analysis is performed using SmartPLS 3.2.9 with PLS-SEM. The results indicate overall user satisfaction with the medical features of ePuskesmas. Out of 8 hypotheses, 3 are accepted, and 5 are rejected. Key factors influencing user satisfaction include Accuracy, Ease of Use, and Information Quality. This research is important to find out whether the system developed by related parties is in accordance or not with the end user
Implementation of CI/CD Architecture Based on GitHub Actions and Docker on Low Resource Servers Agun Guntara; Wildan Fathir Qinthara; Yanyan Sofiyan
NUANSA INFORMATIKA Vol. 20 No. 2 (2026): Nuansa Informatika 20.2 July 2026
Publisher : FKOM UNIKU

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.25134/ilkom.v20i2.596

Abstract

Manual application integration and deployment often introduce severe operational bottlenecks, including high human error configuration risks and strict dependency on individual system administrators. This research aims to design and implement an automated Continuous Integration and Continuous Deployment (CI/CD) pipeline architecture utilizing GitHub Actions and Docker containerization for an attendance web application at Puskesmas Cimalaka. Employing a descriptive qualitative method with a case study approach, this study focuses on evaluating the workflow transformation and operational efficiency within a limited, low-resource server environment. The implementation results reveal that the proposed architecture successfully shifts the operational workload from human iterative routines to external cloud runner infrastructures, isolating the intensive environment compilation and monolithic dependency builds away from the target host. In conclusion, this structural deployment framework radically compresses active developer engagement to near zero, heavily mitigates operational risks under rigid hardware boundaries, and provides a highly stable, secure, and easily replicable DevOps deployment blueprint for medium-to-low scale public institutions