Star Trek’s Technological Predictions and Their Impact on Modern Innovation

2026-06-08T11:42:39+07:00

Purpose: This study examines the relationship between futuristic technologies portrayed in the Star Trek series and the development of modern technological innovation, highlighting how science fiction can influence technological advancement.

Research Methodology: A descriptive qualitative approach with a literature review method was employed. Data were collected from academic journals, books, technology reports, digital documentation, and technological representations presented in Star Trek. The data were analyzed using content, comparative, and interpretative analysis.

Results: The findings reveal significant similarities between Star Trek technologies and contemporary innovations, including smartphones, digital tablets, artificial intelligence, smart assistants, AI-based translation systems, wearable devices, virtual reality, digital healthcare technologies, video communication, and smart automation.

Conclusions: The study demonstrates that Star Trek serves not only as entertainment but also as a form of technological foresight that can inspire scientific research, innovation, and digital transformation.

Limitations: This research is limited to secondary data and literature-based analysis without empirical evidence from technology developers, users, or audiences.

Contributions: This study contributes to the fields of media studies, communication studies, digital transformation, and technology innovation by providing insights into the relationship between science fiction narratives and real technological advancement.

Data Security in Electronic Health Information Systems: A Mixed-Methods Analysis of Indonesian Hospital Practices

2026-06-26T14:54:06+07:00

Purpose: Electronic Health Information Systems (EHIS) are widely adopted in Indonesian hospitals, but this has introduced significant data security challenges. This study assesses EHIS data security implementation, identifies systemic vulnerabilities, and offers evidence-based improvement recommendations.
Research Methodology: A mixed-methods design was employed, combining surveys, interviews, and document analysis. Data were triangulated using the Electronic Health Information Systems (EHIS) security frameworks: the CIA Triad (Confidentiality, Integrity, and Availability), ISO/IEC 27001, and the National Institute of Standards and Technology (NIST) Cybersecurity Framework.
Results: Four key security gaps were identified: awareness training (70% aware, 45% trained), policy compliance (85% have policies, 60% implement encryption), high incident rates (65%, mainly unauthorised access and malware), and low technology adoption (50% encryption use, 35% multi-factor authentication).

Conclusions: Indonesian EHIS security shows policy compliance gaps. Priorities include multi-factor authentication, encryption, staff training, and audits, supported by ISO/IEC 27001 and Minister of Health Regulation (PMK) No. 24/2022.
Limitations: The case study sample may not represent all Indonesian hospitals, access to internal security incident data was limited, and quantitative results are descriptive rather than inferential.
Contributions: This study analyzes EHIS data security in Indonesia using survey data and international frameworks to provide evidence based recommendations.

Jurnal Ilmu Siber dan Teknologi Digital

Star Trek’s Technological Predictions and Their Impact on Modern Innovation

Data Security in Electronic Health Information Systems: A Mixed-Methods Analysis of Indonesian Hospital Practices