@phdthesis{repoupi137601,
           month = {August},
            year = {2025},
            note = {https://scholar.google.com/citations?hl=en\&user=o3VlXHgAAAAJ\&scilu=\&scisig=ACUpqDcAAAAAaLgaJ5YPKz2HbGVo6nW6XZwaLh4\&gmla=AH8HC4wC3cFJZwUM65c3i1vwJ5b96Of4VKEXw\_H\_JfVEnDXn7\_LzpTciz63Lx-0RwQG46ZN-30CBR9Nb4f24zWa0zTKrq8K-FWBiyT4\&sciund=11332916400905124395

ID SINTA Dosen Pembimbing:
DEVI APRIANTI RIMADHANI AGUSTINI: 6745751
DEDEN PRADEKA: 6680849},
           title = {IMPLEMENTASI TEKNOLOGI BLOCKCHAIN DALAM PENERBITAN DAN VERIFIKASI KEASLIAN E-CERTIFICATE BERBASIS WEBSITE},
          school = {Universitas Pendidikan Indonesia},
             url = {https://repository.upi.edu/},
        keywords = {Blockchain, E-Certificate, Verifikasi, IPFS, NFT},
        abstract = {Seiring dengan pesatnya perkembangan teknologi informasi, digitalisasi semakin 
merambah ke berbagai sektor, termasuk dalam bidang administrasi dan sertifikasi, 
Dalam banyak kasus, sertifikat elektronik rentan terhadap pemalsuan dan manipulasi 
data. Penelitian ini mengimplementasikan teknologi blockchain untuk menciptakan 
sistem penerbitan dan verifikasi e-certificate yang terpercaya, aman, dan transparan. 
Penelitian ini menggunakan metode Design and Development (D\&D). Metode D\&D 
adalah pendekatan penelitian yang berfokus pada perancangan, pengembangan, dan 
evaluasi produk atau model. Sistem yang dikembangkan adalah aplikasi berbasis web 
bernama CertiChain yang dirancang untuk menerbitkan dan memverifikasi keaslian 
sertifikat digital dengan memanfaatkan teknologi blockchain dan Non-Fungible Token 
(NFT). berdasarkan pengujian menggunakan metode blackbox fungsional sistem sudah 
sesuai dengan rancangan yang dibuat. Dalam segi fungsional web, dan integrasi serta 
blockchain dan website berfungsi sesuai dengan rancangan yang di harapkan. 
Penelitian ini berhasil mengimplementasikan CertiChain dengan teknologi blockchain, 
smart contract ERC-721, dan IPFS. Sistem mampu menjalankan seluruh alur 
penerbitan dan verifikasi sertifikat secara aman dan transparan, di mana sertifikat 
direpresentasikan sebagai NFT unik yang tidak dapat dipalsukan atau diubah. 
Penggunaan IPFS memastikan file PDF sertifikat tersimpan secara terdesentralisasi dan 
dapat diakses permanen, sehingga meningkatkan keandalan, keamanan, serta 
transparansi manajemen sertifikat digital.
--------
With the rapid advancement of information technology, digitalization has increasingly 
penetrated various sectors, including administration and certification. In many cases, 
electronic certificates are vulnerable to forgery and data manipulation. This research 
implements blockchain technology to create a reliable, secure, and transparent system 
for issuing and verifying e-certificates. The study adopts the Design and Development 
(D\&D) method-a research approach focused on the design, development, and 
evaluation of products or models. The system developed is a web-based application 
called CertiChain, designed to issue and verify the authenticity of digital certificates 
using blockchain technology and Non-Fungible Tokens (NFTs). Based on testing using 
the black-box functional method, the system functions as intended. In terms of web 
functionality and the integration between blockchain and the website, everything 
operates according to the planned design. This research successfully implements 
CertiChain using blockchain technology, the ERC-721 smart contract standard, and 
IPFS. The system is capable of securely and transparently carrying out the entire 
process of issuing and verifying certificates, where each certificate is represented as a 
unique NFT that cannot be forged or altered. The use of IPFS ensures that the PDF 
certificate files are stored in a decentralized manner and can be accessed permanently, 
thereby enhancing the reliability, security, and transparency of digital certificate 
management},
          author = {Maulana Taqy Imbrani, - and DEVI APRIANTI RIMADHANI AGUSTINI, - and DEDEN PRADEKA, -}
}