Eco-Enzyme Multipurpose Spray is an innovative, environmentally friendly cleaning solution produced through the fermentation of fruit and vegetable waste with natural ingredients.&nbsp;This product was developed as part of a circular bioeconomy approach, transforming household organic waste into a value-added bioproduct that supports waste reduction and sustainable consumption.The spray is suitable for a wide range of applications, including cleaning tables, kitchen countertops, sinks, bathroom surfaces, glass, and other non-porous materials. It can also be used to reduce unpleasant odors in indoor environments. Its natural formulation makes it an attractive alternative for users seeking safer and more environmentally conscious cleaning products.

Eco-enzyme Multipurpose Spray

Responsible Consumption and Production

Eco-Enzyme Multipurpose Spray is an eco-friendly cleaning and deodorizing spray developed from naturally fermented organic waste (eco-enzyme).

AJO (Anak Jowo) is a web-based Javanese language learning application specifically designed for junior high school (SMP) students. The application addresses the lack of interactive, technology-based media for learning Javanese among the younger generation.The platform provides structured learning content across three progressive levels: Level 1, Dasar Basa (Beginner) covering basic vocabulary, greetings, and simple sentences; Level 2, Basa &amp; Tatakrama (Intermediate) covering speech etiquette (unggah-ungguh), advanced vocabulary, and proverbs; and Level 3, Aksara &amp; Budaya (Advanced) teaching Javanese script (Aksara Jawa), traditional poetry (parikan and geguritan), and cultural values.To sustain long-term user engagement, AJO implements a gamification system including reward points, a leveling system, badge collections, and a student leaderboard. A progressive content unlock mechanism encourages students to complete each level before advancing.Technically, the application is built using the Next.js framework with a Supabase backend (PostgreSQL + Auth + Storage) and deployed via Vercel. The system is accessible via any browser on any device without installation, making it highly accessible for SMP students across various settings.

Gamification Based Javanese Language Education Website Anak Jawa AJO for Junior High School Students

Quality Education

Reduced Inequality

Sustainable Cities and Communities

The declining use of Javanese among junior high students threatens cultural preservation, while limited interactive media reduces motivation for independent learning.

Individuals with hearing impairments face significant communication barriers in the restaurant industry, limiting their employment opportunities. This study introduces HaptiServe, a haptic-based wearable system designed to enhance communication for deaf waitstaff. The system consists of an ESP32-based smartwatch, a local server, and a web-based ordering interface operating over a local Wi-Fi network without requiring internet access. Communication is handled using MQTT for device notifications and HTTP for customer orders.Evaluation results show that the server remains stable with up to 500 users without errors. Customer connections are stable up to 55 meters, although MQTT stability depends on the router used. The device operates safely at temperatures below 30.5°C and features task synchronization to prevent duplication. The main limitation lies in battery efficiency, as deep sleep mode has not yet been implemented. Overall, HaptiServe demonstrates strong potential as a solution to improve workplace accessibility for deaf individuals.

HaptiServe A Wearable Haptic Feedback System

HaptiServe is a haptic-based wearable designed for deaf waitstaff, enhancing real-time restaurant communication through a stable and inclusive local system.


Safe and independent navigation remains a significant challenge for individuals with visual impairments, particularly due to the limitations of traditional assistive tools such as white canes and guide dogs. This research introduces an enhanced navigation assistive device called Laser Vision, which integrates a TOF400C-VL53L0X sensor with vibration motors to provide precise haptic feedback and improve spatial awareness. The system utilizes an ESP32 microcontroller as the main processing unit, a lithium-ion battery for extended operational endurance, and a lightweight, eco-friendly, and water-resistant PLA casing to enhance durability.Laser Vision features two key improvements: a rotatable laser mechanism to adjust the scanning angle, and an ergonomic hand strap for improved comfort and safety during use. The rotational feature allows users to detect obstacles from multiple directions without requiring extensive hand movement. The device delivers real-time distance information through calibrated vibration patterns based on object proximity, enabling users to intuitively understand their surroundings.Testing results show an average error rate of 1.43% within a detection range of 5 cm to 400 cm, along with a battery life of up to 9.37 hours under real-world usage conditions. With its compact, efficient, and user-centered design, Laser Vision offers an effective and sustainable solution to enhance mobility independence and confidence for individuals with visual disabilities.

Laser Vision Haptic Navigation System for The Blind

Laser Vision is a navigation assistive device based on TOF sensors and haptic feedback, designed to help individuals with visual impairments move more safely and independently.

BeeLens is an integrated mounting and camera system designed to enhance the usability and teaching effectiveness of traditional lensmeters (focimeters). This project introduces a custom 3D-printed mount tailored for the Logitech C930e webcam, allowing secure attachment to a lensmeter for optimal viewing of its internal scales. Accompanying this hardware is a specialized software tool that provides fine control over camera parameters such as brightness, contrast, and other image settings, replicating and extending the functionalities of the Logitech Camera Settings/Tune application. This tuning capability is essential due to the differing backlight intensities of the two primary viewing scales within the lensmeter making it difficult to view both clearly under the same lighting condition. BeeLens addresses this issue by enabling users to create and switch between camera presets, allowing efficient toggling between optimal views of each scale. Additionally, the system is designed for educational environments, where live camera feeds can be projected for classroom demonstration, improving visibility and understanding during optical instrumentation lectures.

BeeLens Lensmeter Mounting Camera System

BeeLens is an integrated mounting and camera system designed to enhance the usability and teaching effectiveness of traditional lensmeters (focimeters). 

Penimbangan ayam secara manual masih banyak digunakan di peternakan, namun memiliki kelemahan berupa proses yang memakan waktu, potensi kesalahan pencatatan, serta risiko manipulasi data. Penelitian ini mengembangkan sistem penimbangan ayam otomatis berbasis ESP32 yang dirancang untuk meningkatkan efisiensi, akurasi, dan integritas data, khususnya pada peternakan skala kecil hingga menengah.Sistem ini mengintegrasikan load cell sebagai sensor berat, modul HX711 untuk pengolahan sinyal, layar LCD 20×4 sebagai antarmuka, serta tombol fisik untuk fungsi kalibrasi, tare, dan pengambilan data secara manual maupun otomatis. Selain itu, digunakan fitur deep sleep pada ESP32 untuk mengoptimalkan konsumsi energi.Hasil pengujian menggunakan beban standar menunjukkan bahwa sistem memiliki tingkat kesalahan maksimum sebesar -0,64% dengan deviasi standar di bawah 0,011 kg, serta waktu respons rata-rata 6,89 detik. Dalam kondisi idle, sistem mampu beroperasi hingga sekitar 7 jam dengan baterai 1000 mAh. Meskipun sistem bekerja dengan baik saat koneksi stabil, keterbatasan saat ini adalah belum adanya penyimpanan data lokal ketika terjadi gangguan jaringan. Secara keseluruhan, sistem yang dikembangkan menawarkan solusi praktis, ekonomis, dan cukup andal untuk otomatisasi penimbangan ayam di sektor peternakan.

Automated Hanging Weighing System for Poultry

Industry, Innovation and Infrastructure

Sistem penimbangan ayam otomatis berbasis ESP32 meningkatkan akurasi, efisiensi, dan integritas data, dengan error rendah dan konsumsi daya optimal, namun belum mendukung penyimpanan offline.

CyGen&nbsp;(Cycle Generator) is an innovative exercise solution that integrates fitness and renewable energy generation. Designed as a static bicycle, CyGen allows users to engage in physical activity while simultaneously converting mechanical energy into electrical energy. This power can be used to charge small electronic devices—such as smartphones—at an average rate of approximately 1% battery life per minute. The primary goal of CyGen is to promote a healthier lifestyle by encouraging regular exercise, while also fostering energy consciousness and sustainability. By linking personal fitness with green technology, CyGen represents a step toward eco-friendly daily habits, particularly in urban settings where energy consumption and sedentary behavior are on the rise. CyGen has potential applications in homes, gyms, schools, and public wellness centers, offering both health and environmental benefits in a single, user-friendly system.

CyGen Cycle Generator

Affordable and Clean Energy

CyGen is a static bike that converts exercise into electricity to charge devices, promoting fitness, sustainability, and energy awareness in daily life.

AsuhCerdas (AI-Based Developmental Stimulation App for Healthy Children)This study was carried out in collaboration with Sawah Besar Primary Health Care. The Golden Age or the first five years of child's life, acts as a vital foundation for long-term health, education, and social well-being. Data from the Indonesian Pediatric Society (IDAI) shows a 20% increase in delayed development cases between 2018 and 2022. These delays are often linked to factors such as unequal access to healthcare and a shortage of healthcare workers. During the FGD, interactions with the Sawah Besar Health Centre underscored the need for a toddler delayed development detection. The first FGD (Focused Group Discussion) occurred on November 1, 2024, at Sawah Besar Primary Health Care and focused on its approach to the Nurses and Doctors. After several focus groups, the final application was finished on October 25, 2025, and was successfully launched for internal use on January 27, 2026.

Smart-Care An AI-Driven Application for Detection and Early Stimulation System for Toddler Development at Primary Healthcare Puskesmas

Good Health and Well-being

An AI-Driven Application for Detection and Early Stimulation System for Toddler Development at Primary Healthcare (Puskesmas)

Produk lampu ini terinspirasi dari siluet Buddha di atas teratai sebagai representasi nilai spiritual dan budaya Majapahit, yang diwujudkan dalam bentuk home décor fungsional. Pengembangannya dilatarbelakangi oleh pesatnya industri interior serta kebutuhan inovasi pada kerajinan cor kuningan Bejijong agar tidak hanya bersifat souvenir, tetapi memiliki fungsi dan nilai desain yang lebih tinggi melalui kombinasi material. Produk ini bertujuan melestarikan potensi budaya lokal Mojokerto sekaligus mengaplikasikan keilmuan desain ke dalam prototype yang siap bersaing di pasar internasional. Manfaatnya dirasakan oleh pengguna melalui fungsi pencahayaan yang bernilai estetis dan kultural, serta oleh produsen melalui hadirnya konsep baru dalam aplikasi cor kuningan. Secara operasional, produk bekerja sederhana dengan mengaktifkan saklar yang tersedia untuk menyalakan lampu.

Lampu Siluet

Produk lampu ini terinspirasi dari siluet Buddha di atas teratai sebagai representasi nilai spiritual dan budaya Majapahit, yang diwujudkan dalam bentuk home décor fungsional.

Abyss Protocol merupakan aplikasi game maze interaktif yang dikembangkan sebagai media hiburan dan demonstrasi teknologi game. Aplikasi ini telah melalui tahap uji coba pada kegiatan marketing yang melibatkan siswa-siswi, dengan hasil evaluasi berupa respons positif terhadap gameplay, desain level, dan tingkat tantangan yang diberikan.Secara teknis, game ini menerapkan mekanisme pengumpulan koin sebagai syarat utama progresi, sehingga setiap stage tidak dapat diselesaikan tanpa eksplorasi penuh area map. Sistem AI digunakan untuk mengatur perilaku monster, mencakup pola patroli dan pengejaran pemain. Game terdiri dari empat stage utama, dengan stage terakhir berupa pertarungan bos yang dibagi menjadi tiga fase untuk menurunkan health bos secara bertahap. Aplikasi ini telah ditampilkan dan dijalankan pada komputer marketing BINUS Alam Sutera sebagai media display dan demonstrasi interaktif. Implementasi ini membuktikan stabilitas aplikasi pada lingkungan nyata serta kemampuannya menarik minat pengguna. Secara keseluruhan, Abyss Protocol dirancang dengan fokus pada pengalaman pengguna, keandalan sistem, dan nilai demonstratif dalam kegiatan promosi dan edukasi.

Abyss Protocol

Abyss Protocol adalah game maze di mana pemain wajib mengumpulkan seluruh koin di tiap map untuk membuka stage berikutnya, menghindari monster, dan mengalahkan bos akhir melalui 3 fase.


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