Your machines, sensors, and equipment already produce data. The value is in seeing it, understanding it, and acting on it before a small drift becomes downtime. siliconwit.io is how SiliconWit helps you do that: connect your assets, watch every one of them live, get alerted the moment a reading drifts, and let automations respond on their own, with AI surfacing the patterns worth your attention. You spend less time watching dashboards and get more out of the hardware you already run.
Around it is a growing set of free, interactive engineering tools and applied projects, the simulators, viewers, and connected devices below. They make engineering analysis hands-on and put the platform to work on real problems. #IoT #AIoT #EngineeringTools
The Platform: siliconwit.io
siliconwit.io: know what your devices are doing, and act on it
Connect a sensor, a machine, or a whole site, and turn the data they already produce into decisions: a live view of every asset, alerts the moment a reading drifts, automations that respond on their own, and AI that surfaces the patterns worth your attention. It ingests over MQTT, MQTT-SN, CoAP, and HTTP, with per-device tokens and 2FA, and an MCP integration so you can ask an AI assistant what your devices are doing in plain language.
Try without signing up: explore the platform with live data at siliconwit.io/try, no account needed.
See real devices: the public dashboard streams live data from always-on flagship devices (siliconwit.io/public-devices).
What a connected device looks like end to end, one kept private to its owner, one opened up for anyone to watch.
Public Devices (a live showcase)
Always-on flagship devices stream to a dashboard anyone can watch in real time. The same platform, with selected devices made public, so you can see live data flowing before you build anything of your own.
An ESP32-S3 sensing node (mmWave radar, motion, air quality, sound) that streams over MQTT to siliconwit.io for live monitoring, alerts, and room automation. A complete, low-cost example of a private device feeding the platform, with its data visible only to its owner.
Browser-based simulators and viewers that make the analysis in our courses hands-on. No installation, and each one is a working demonstration of the engineering behind it.
2D Mechanisms Analyzer
A suite of planar-mechanism simulators (four-bar linkage, slider-crank, scissor lift, toggle clamp) with real-time animation, kinematic and force plots, and downloadable data. The companion tools to the Planar Mechanics course.
Forward and inverse kinematics simulators, including five inverse-kinematics algorithms and a neural-network approach, with real-time visualisation and exportable results.
A browser viewer for GLB and GLTF models with rotation, zoom, wireframe, lighting controls, and measurement tools. Useful for inspecting and sharing CAD output without any software.
The tools and projects here grow out of the same engineering we teach in our free courses, and the courses lead naturally to building real, connected projects on siliconwit.io. Learn the engineering, use the tools to explore it, and put a working device online when you are ready.
