Internet of Things (IoT) Jobs

I tried to be as precise and clear as possible in my project description to give you a good overveiw and clear understanding of the requirements. You have better ideas or changes ... very welcome. I am open to discuss any enhancement. Looking forward hearing from you and teaming up with you to get this interessting project going and bringing it to "light" :) Best wishes from Hamburg Howard # Project Brief: High-End Lighting Management (Shelly Gen3/Gen4 & Home Assistant) of a 2 room appartment ## 1. Project Objective The goal is to set up a zero-latency, professional-grade lighting control system. Focus areas include: tactile operation via **Gira System 55 double momentary switches**, intelligent and smart group logic (preventing desynchronized/opposing states), adaptiv...

Cloudflare Zero Trust & Starlink CGNAT Home Network – Project Summary This project involves designing a secure home SASE-style network using Starlink Gen 3 (CGNAT) and Cloudflare Zero Trust to protect internal infrastructure while enabling secure remote access. Because Starlink operates behind CGNAT, traditional port forwarding cannot be used. Instead, Cloudflare Tunnel will create encrypted outbound connections to securely expose internal services without opening inbound ports. The network includes NAS storage, Home Assistant, IoT devices, PTZ/NVR security cameras, UPS monitoring systems, and smart-home integrations (Google Home, Alexa, Apple Home). The architecture must provide secure remote administration while maintaining normal automation functionality. Security will rely...

I need an experienced technician to rebuild an existing control panel for managing Internet, Audio/Visual (AV), and Television (TV) systems in my custom home in Springboro, Ohio. Key Requirements: - Renovate the current control panel to ensure seamless integration and functionality of all systems. - Preferred control interface is flexible, based on your expertise and recommendations. - Must have experience with smart home technology and system integration. Ideal Skills and Experience: - Background in home automation and control systems. - Proficient in both hardware and software aspects of control panels. - Strong problem-solving skills and attention to detail. - Previous experience with similar projects is a plus.

I’m building an educational, IoT-enabled play mat designed especially for children aged three to five. When a child steps, taps or sits on different zones, I want the mat to recognise the interaction and trigger playful learning responses—lights, sounds or messages sent to a companion mobile app. Here’s what I need from you: • Hardware logic so each zone on the mat can reliably detect pressure or touch and send that data wirelessly. • Firmware that converts those raw sensor readings into tidy, low-latency events the app can understand. • Simple proof-of-concept software (mobile or web) that shows the events, plays a sound or displays a visual so I can demo the core learning activities. I’m open on the exact platform; ESP32, Raspberry Pi Pico W ...

I need a complete technical design that shows how 280 individual water meters, each fitted with an RS485-enabled shut-off valve, can be wired, networked, and surfaced in a single cloud dashboard for a large residential complex. Scope • Network architecture – segmenting the 280 devices into practical RS485 loops, recommended cable types, addressing scheme, surge/grounding considerations, and maximum run lengths. • Gateway selection – please evaluate and recommend a commercially available RS485-to-Ethernet/LTE gateway (no brand preference yet) that can reliably push data to the cloud and withstand a residential plant room environment. • Cloud layer – outline the server or IoT platform setup that will provide real-time consumption graphs, manual/automatic...

Oil pipelines are commonly buried 3–5 feet beneath riverbeds to protect them from environmental exposure and mechanical damage. However, riverbed scour and sediment transport during floods or strong flow events may remove sediment and potentially expose the buried pipeline. Continuous monitoring of riverbed elevation is therefore essential to ensure pipeline safety and to understand sediment dynamics. This project proposes a Smart Rock monitoring system designed to measure riverbed scour and elevation changes. Each Smart Rock contains an embedded absolute pressure sensor that measures water pressure to estimate local water depth. By combining these measurements with the absolute water surface elevation, the absolute elevation of each Smart Rock can be determined. Since the pipeline ...