COE Smart Agriculture

Pemanfaatan teknologi digital dalam sektor peternakan terus berkembang seiring kebutuhan terhadap sistem pengelolaan ternak yang lebih terukur dan efisien. Hal tersebut turut ditunjukkan melalui keikutsertaan Center of Excellence (CoE) Smart Agriculture Universitas Teknokrat Indonesia dalam ILDEX Indonesia 2026 yang berlangsung di Indonesia Convention Exhibition (ICE) BSD, Tangerang, pada 17–19 September 2026. Dalam kegiatan tersebut, Universitas Teknokrat Indonesia menghadirkan inovasi berbasis teknologi yang berkaitan dengan pengembangan sektor peternakan modern. Kegiatan ini diikuti oleh mahasiswa Dhavi Novrizal dari Program Studi Teknik Komputer dan Naufal Halim dari Program Studi Informatika dengan pendampingan Dr. Sc. Dedi Darwis, S.Kom., M.Kom., CDSP. Salah satu inovasi yang diperkenalkan melalui kegiatan tersebut adalah StegoIoT, sistem peternakan cerdas yang dikembangkan melalui CoE Smart Agriculture. Teknologi ini memanfaatkan Internet of Things (IoT) dan teknologi steganografi untuk mendukung proses pemantauan serta pengelolaan data ternak. Menghubungkan Perangkat IoT dengan Pengelolaan Ternak StegoIoT dikembangkan dengan menggabungkan beberapa perangkat yang memiliki fungsi berbeda dalam proses pemantauan ternak. Sistem tersebut mencakup Digital Smart Collar, StegoStick berbasis RFID, serta timbangan cerdas berbasis load cell. Digital Smart Collar digunakan untuk membantu memantau kondisi sapi secara real-time. Sementara itu, StegoStick memanfaatkan RFID untuk proses identifikasi ternak sekaligus menerapkan mekanisme pengamanan data menggunakan teknologi steganografi. Komponen lainnya berupa timbangan cerdas berbasis load cell yang membantu proses pencatatan bobot ternak secara lebih praktis dan terukur. Penggabungan beberapa perangkat tersebut menjadi gambaran bagaimana teknologi IoT dapat diterapkan pada lingkungan peternakan untuk menghasilkan sistem pemantauan yang lebih terintegrasi. Tidak Hanya Sensor, Keamanan Data Juga Menjadi Perhatian Pengembangan sistem peternakan berbasis teknologi tidak hanya berkaitan dengan kemampuan perangkat dalam mengumpulkan data. Aspek keamanan informasi juga menjadi bagian yang diperhatikan dalam StegoIoT. Selama kegiatan ILDEX Indonesia 2026, interaksi dengan pengunjung memberikan kesempatan bagi tim untuk menjelaskan penerapan teknologi tersebut secara langsung. Salah satu hal yang mendapat perhatian adalah penggunaan teknologi steganografi dalam pengamanan data ternak. Hal tersebut menjadi bagian menarik dari pengembangan Smart Agriculture karena semakin banyaknya penggunaan perangkat digital dalam peternakan juga membuat pengelolaan dan perlindungan data menjadi aspek yang perlu diperhatikan. Membawa Riset Kampus Lebih Dekat dengan Dunia Industri ILDEX Indonesia 2026 menjadi ruang bagi tim Universitas Teknokrat Indonesia untuk memperkenalkan hasil pengembangan teknologi secara langsung kepada pengunjung dan pelaku industri. Dalam pameran tersebut, Universitas Teknokrat Indonesia tercatat sebagai satu-satunya perguruan tinggi swasta dari Indonesia yang diundang untuk memamerkan inovasi teknologi. Bagi mahasiswa, kegiatan tersebut juga menjadi kesempatan untuk memperoleh pengalaman di luar lingkungan akademik. Penjelasan mengenai teknologi kepada pengunjung memungkinkan mahasiswa melihat secara langsung berbagai pertanyaan, tanggapan, dan kebutuhan yang muncul dari calon pengguna maupun pihak industri. Pendampingan Dr. Sc. Dedi Darwis, S.Kom., M.Kom., CDSP. turut menjadi bagian dari proses tersebut. Keterlibatan mahasiswa dalam pameran internasional memberikan pengalaman untuk memahami bagaimana sebuah hasil riset dapat diperkenalkan, dijelaskan, dan mendapatkan masukan dari lingkungan industri. Smart Agriculture sebagai Ruang Kolaborasi Teknologi dan Peternakan Keikutsertaan dalam ILDEX Indonesia 2026 memperlihatkan salah satu arah pengembangan Smart Agriculture Universitas Teknokrat Indonesia, yaitu menggabungkan teknologi digital dengan kebutuhan sektor pertanian dan peternakan. Melalui StegoIoT, teknologi seperti IoT, RFID, sensor, load cell, dan steganografi diterapkan untuk mendukung pemantauan ternak sekaligus pengelolaan data. Pendekatan tersebut menunjukkan bahwa transformasi digital dalam peternakan tidak hanya berfokus pada otomatisasi, tetapi juga mencakup identifikasi, pencatatan, pemantauan, dan keamanan informasi. Kehadiran inovasi tersebut di ILDEX Indonesia 2026 menjadi kesempatan untuk memperkenalkan pengembangan Smart Agriculture kepada lingkungan industri yang lebih luas. Selain memperlihatkan hasil riset, kegiatan ini juga membuka ruang bagi mahasiswa dan dosen untuk memperoleh wawasan mengenai perkembangan teknologi serta kebutuhan sektor peternakan. Dengan membawa inovasi dari lingkungan kampus ke forum industri internasional, CoE Smart Agriculture Universitas Teknokrat Indonesia terus mendorong pengembangan teknologi yang dapat diterapkan pada kebutuhan nyata di bidang pertanian dan peternakan.

The Center of Excellence (CoE) for Smart Agriculture at Teknokrat Indonesia University once again held a Community Service activity at SMAN 1 Sekampung Udik on Wednesday, February 4, 2026. During this activity, the CoE team introduced an Internet of Things (IoT)-based drip irrigation system as a modern agricultural solution capable of optimizing plant watering automatically, efficiently, and data-driven. Through interactive presentations and live demonstrations, students were introduced to the concept of agricultural digitalization using sensors, monitoring systems, and IoT technology integration. The activity was enthusiastically received by the students of SMAN 1 Sekampung Udik, who actively participated in each session. In addition to understanding the basic concepts, they also engaged in practical system design and implementation simulations in agriculture. This experience provided new insights into the use of technology to support efficient and sustainable agriculture. It is hoped that this activity will motivate students to continue developing their technological skills and contribute to future smart agricultural innovations. Untuk info lebih lanjut silahkan klik link disini

The Center of Excellence (CoE) for Smart Agriculture at Teknokrat Indonesia University (Universitas Teknokrat Indonesia) once again held a Community Service activity at SMK Telkom Lampung on Monday, January 26, 2026. During this activity, the CoE team introduced an Internet of Things (IoT)-based drip irrigation system as a modern agricultural solution capable of optimizing plant watering automatically, efficiently, and data-driven. Through interactive presentations and live demonstrations, students were introduced to the concept of agricultural digitalization, which integrates sensors, monitoring systems, and real-time data processing. This activity received a very positive response from SMK Telkom Lampung students, who enthusiastically participated in each event. They not only understood the theory but also participated directly in practical sessions, from system design and IoT device integration to implementation simulations in agriculture. This experience provided new insights into the application of technology to improve the efficiency and sustainability of the agricultural sector. It is hoped that this activity will motivate students to continue developing their skills in digital technology and contribute to creating smart agricultural innovations in the future. Untuk info lebih lanjut silahkan klik link disini

The Center of Excellence for Smart Agriculture at Teknokrat Indonesia University (UTI) once again held a Community Service activity at MAN 1 Metro. During this activity, the COE team presented an innovative Internet of Things (IoT)-based drip irrigation device, a smart agricultural solution capable of automatically and efficiently regulating plant watering, based on digital technology. Through interactive presentations and live demonstrations of the device, students were introduced to how the system works, helping farmers save water, time, and energy by utilizing modern technology. The activity was enthusiastically received by the students, who actively participated in every session, from the introduction of the concept to the implementation of the device in the field. In addition to broadening their knowledge, this activity also provided practical experience that opened their eyes to how IoT technology can be applied in modern agriculture. It is hoped that this program will further motivate students to develop skills in digital technology and contribute to creating more advanced and sustainable agricultural innovations in the future. Untuk info lebih lanjut silahkan klik link disini.

The Center of Excellence for Smart Agriculture at Teknokrat Indonesia University once again held a community service activity through an educational workshop at SMA Negeri 3 Menggala. This activity was designed to provide an inspiring and practical learning platform in the field of the Internet of Things (IoT), specifically in supporting the development of smart agricultural technology. Through interactive delivery methods combined with hands-on practice and simple case studies, students were encouraged to understand IoT concepts in a way that was easier, more enjoyable, and more relevant to current technological developments. From beginning to end, the students demonstrated tremendous enthusiasm. They actively participated in discussion sessions, asked questions about technology applications, and tried out the devices and simulations presented. The workshop atmosphere was dynamic and energetic, creating a learning experience that not only broadened their knowledge but also built confidence and interest in the world of technology. Through this activity, it is hoped that students will be further motivated to develop digital skills and be prepared to contribute to the challenges of the future era of technological transformation. Untuk info lebih lanjut silahkan klik link disini

CoE Smart Agriculture held a Community Service activity at Gajah Mada Vocational High School, Bandar Lampung, on January 15, 2026, as a commitment to supporting technology-based educational transformation. The activity began with the signing of a Memorandum of Understanding (MoU) and an Agreement (IA) as a strategic step in building sustainable collaboration between educational institutions and agricultural technology innovation centers. Through a workshop themed “Digitalizing Agriculture through IoT-Based Drip Irrigation Systems,” students gained a comprehensive understanding of the application of the Internet of Things (IoT) to improve the efficiency and intelligence of modern agricultural systems. Participants not only received material but also participated in hands-on practical sessions, ranging from sensor introductions and system programming to assembling IoT-based drip irrigation installations. This activity was designed to provide a learning experience that was applicable, inspiring, and relevant to technological developments, thereby fostering interest and preparing the younger generation for the digital agriculture era. Silakan klik tautan untuk informasi lebih lanjut disini.

The Center of Excellence (CoE) for Smart Agriculture at Teknokrat Indonesia University once again held a Community Service activity at Yadika Vocational High School in Bandar Lampung. This activity is part of the CoE Smart Agriculture’s commitment to promoting the application of digital technology in agriculture through education and hands-on practice for the younger generation. In this workshop, the CoE Smart Agriculture team guided students step-by-step through understanding and designing an Internet of Things (IoT)-based drip irrigation system. Participants not only learned the concept but also saw firsthand how sensor technology, control systems, and IoT integration can be applied to create more efficient and modern agriculture. Through this activity, students are expected to improve their technical understanding, hone their creativity, and foster an innovative mindset to face the challenges of the future of industry and smart agriculture. info lebih lanjut silahkan klik link disini

The Community Partnership Program (PKM) of the Directorate of Research and Community Service (DPPM) is presenting innovative Internet of Things (IoT) technology to help the Kopi Supri Jempol UMKM optimize its production process, particularly during the coffee roasting stage. Through the implementation of an IoT system, the roasting process can now:✅️Precisely regulate roaster temperature✅️Automatically control smoke density✅️Maintain consistent coffee bean roasting levels✅️Improve production efficiency and quality Partner: Kopi Supri Jempol MSMEAddress: Jl. Mata Air No. 18, Pinang Jaya, Kemiling, Bandar Lampung City. This UMKM has a roasting capacity of up to 90 kg per process, but previously, the process was done manually, resulting in uneven roasting results. PKM Implementation Team: Students involved:Akhmad Febriyo Febriyansyah, Medy Dwi Kurniawan, Jefri Andri Rifai, Rizky Dafa Khoiri, Rizki Devi Anggita, and Ferman Ferdaus. Activity: Tuesday, August 12, 2025Attended by MSME owner, Mr. Supriyadi, and five employees of Kopi Supri Jempol. Activity stages:Education and Training – Introduction to IoT technology and its use in automatic roasting machines. IoT Technology Handover – Automatic roasting system integrated with a responsive website that can be accessed anytime. Provision of Sales Management Application – Equipped with admin and user login features, stock management, stock history recording, and print-ready transaction reports. The pre-test and post-test evaluation results showed a 100% increase in participants’ understanding after the training. The owners and employees of the Kopi Supri Jempol UMKM expressed their appreciation to the Directorate of Research and Community Service (DPPM), Teknokrat Indonesia University, ITERA, and the entire PKM team for the Smart Roaster technology innovation and supporting applications provided. They hope this program can continue to support the future progress of coffee UMKM. IoT innovation provides a practical solution for UMKM while strengthening the role of universities in making a real impact on society