Sistem IoT Pengelolaan Sampah Pintar - 08/01/2026 15:47 EST

@nikhilgarg96

Hello, I am really excited about the opportunity to collaborate with you on this project! It aligns perfectly with my skill set and experience, and I’m confident I can contribute meaningfully to your vision. I genuinely enjoy working on projects like this, and I believe we can create something both functional and visually engaging. Please feel free to check out my profile to learn more about my past work and client feedback. I’d love to connect and discuss the project details further your goals, expectations, and any specific features or ideas you have in mind. The more I understand your vision, the better I can bring it to life. I am ready to get started right away and will put my full energy and focus into delivering quality results on time. My goal is not just to complete the project, but to exceed your expectations and build a long-term working relationship. Looking forward to hearing from you soon! With regards! Nikhil

@abdulhadi999

Saya bisa membangun Eco Cycle end to end dari sensor sampai dashboard, fokus pada data real time yang stabil dan histori pengumpulan yang mudah dianalisis. → Sensor dan Perangkat . Rancang modul sensor level memakai ultrasonik atau setara dengan kalibrasi jarak dan filter noise . Desain casing dan posisi sensor agar akurat di kondisi lembab dan berdebu . Status tambahan opsional seperti baterai, sinyal, dan health check perangkat → Firmware dan Komunikasi . Firmware C atau MicroPython dengan pengiriman data ringan via MQTT . Buffer offline dan retry agar data tidak hilang saat jaringan drop . Payload standar berisi id tong, lokasi, level persen, timestamp, dan status → Gateway dan Cloud . Gateway opsional memakai Node RED atau service kecil di Linux untuk manajemen device dan provisioning . Backend Node atau Python dengan database terstruktur untuk log level dan event pengumpulan . REST API untuk dashboard dan ekspor CSV → Dashboard Web . Web responsif dengan peta lokasi tong, kartu status, dan update real time . Grafik histori per tong dan ringkasan pola pengumpulan . Filter area, tanggal, dan status plus ekspor laporan → Timeline . Prototype 1 tong end to end: 10 sampai 14 hari . Versi MVP multi tong plus dashboard lengkap: 4 sampai 6 minggu Best regards, Abdul Hadi IoT Full Stack Developer

@yevheniih6

Hi there, I understand you are building Eco Cycle, an IoT smart waste system where each bin reports fill level in real time and the first dashboard must focus on collection history so the sanitation team can spot patterns and adjust routes fast. You need the full chain: ultrasonic (or equivalent) sensing, stable firmware telemetry (MQTT preferred), a backend with a structured database and simple REST or GraphQL endpoints, and a responsive web dashboard showing bin locations, live levels, and historical charts. I can deliver an end-to-end architecture using an ESP32-class device with an ultrasonic sensor and a calibration routine per bin. Firmware will publish JSON to MQTT with QoS, retries, local buffering, and a heartbeat so data stays reliable even with weak networks. On the server side I will build an ingest service that validates payloads, stores time-stamped logs in PostgreSQL, and exposes clean APIs for the dashboard and exports (CSV/XLS). The dashboard will map bins, stream updates via WebSocket, and render collection history charts with filters by bin and date range. Optional add-ons: full or near-full status badges, notification rules, and a simple route list based on recent fill rates. I have shipped similar sensor-to-cloud dashboards and can provide a working demo quickly using simulated devices, then swap in your real hardware. Best regards