Development of E-Archive Using Sequential Searching and Interpolation Searching Algorithms at PT. Spidest Internasional
DOI:
https://doi.org/10.59934/jaiea.v5i3.2484Keywords:
E-Archive; Sequential Searching; Interpolation Searching; Information System; WaterfallAbstract
Manual archive management at PT. Spidest Internasional causes operational problems, including delays of 5–20 minutes in finding pilgrim documents, high data loss risks, and administrative inefficiency. This research develops a web-based E-Archive information system integrating Sequential Searching and Interpolation Searching algorithms to improve search speed and accuracy for pilgrim data. The system covers six main modules: pilgrim data management (add, edit, delete), name- and NIK-based search, departure management with date search, digital document archiving, reports, and admin authentication. System design is supported by UML artifacts (Use Case, Activity, and Class Diagrams) and UX-principled interface design. Development follows the Waterfall methodology. Testing employed Black Box Testing (29 scenarios across 6 modules) and User Acceptance Testing (UAT) with 15 respondents. Results show Interpolation Searching is 87.7% more efficient than Sequential Searching on 60 records, reaching 95.4% efficiency on 100 records. Black Box Testing achieved a 100% pass rate, and UAT recorded an 89.4% average user satisfaction score. This research contributes an efficient digital archive solution for Umrah and Hajj travel companies
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