Studi Literatur: Mekanisme Autentikasi Perangkat IoT untuk Mencegah Serangan Injection pada Database Pertanian Cerdas
Kata Kunci:
Pertanian Cerdas, Kemanan IoT, Autentikasi Perangkat, Serangan Injection, Analisis Literature SistematisAbstrak
Implementasi teknologi Internet of Things (IoT) dalam ekosistem pertanian cerdas (smart agriculture) telah membawa transformasi signifikan dalam efisiensi pengelolaan sumber daya, namun di sisi lain memunculkan tantangan keamanan siber yang sangat kompleks, terutama terkait perlindungan integritas data pada database pusat. Perangkat IoT yang umumnya memiliki keterbatasan sumber daya komputasi dan energi sering kali menjadi titik lemah yang dimanfaatkan oleh penyerang sebagai vektor untuk meluncurkan serangan injection, seperti SQL Injection atau NoSQL Injection, yang dapat mengakibatkan manipulasi data sensor, pencurian informasi sensitif, hingga kegagalan sistem irigasi atau pemupukan otomatis. Analisis Literatur Sistematis (SLR) ini dilakukan untuk mengidentifikasi, menganalisis, dan mensintesis berbagai mekanisme autentikasi perangkat IoT yang paling efektif dalam memitigasi risiko serangan injection pada infrastruktur pertanian cerdas. Melalui tinjauan mendalam terhadap literatur ilmiah dari lima tahun terakhir, penelitian ini mengeksplorasi beragam skema autentikasi mulai dari protokol kriptografi ringan (lightweight cryptography) yang efisien energi, sistem autentikasi berbasis token seperti JWT dan OAuth2, hingga pemanfaatan teknologi blockchain untuk memastikan identitas perangkat yang terdesentralisasi dan tidak dapat dimanipulasi. Hasil analisis menunjukkan bahwa meskipun metode autentikasi yang kuat sangat krusial, terdapat trade-off yang signifikan antara tingkat kompleksitas keamanan dengan konsumsi daya baterai pada node sensor di lapangan. Temuan dalam SLR ini memberikan gambaran komprehensif mengenai kondisi terkini riset keamanan IoT pertanian, menyoroti keunggulan masing-masing mekanisme dalam memvalidasi payload data sebelum masuk ke database, serta mengidentifikasi kesenjangan penelitian saat ini yang memerlukan pengembangan protokol autentikasi hibrida yang lebih adaptif, ringan, dan aman secara cross-layer guna menjamin keberlanjutan operasional serta keandalan data pada sistem pertanian cerdas generasi masa depan.
Unduhan
Referensi
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