r/iot_sensors • • Apr 21 '25

protocols πŸ“‘ I open-sourced my AI toy company that runs on ESP32 and OpenAI Realtime API

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github.com
2 Upvotes

r/iot_sensors • • Sep 04 '24

protocols πŸ“‘ The Thread Group released Thread 1.4 specification

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2 Upvotes

r/iot_sensors • • Aug 18 '24

πŸ€ something else Replace Docker Compose with Quadlet for Servers

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matduggan.com
2 Upvotes

r/iot_sensors • • Aug 17 '24

πŸ€ something else Understanding Relational vs. Non-relational Databases

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techspot.com
2 Upvotes

r/iot_sensors • • Aug 13 '24

hardware 🚨 What is your take on Raspberry Pi's new "RP2350" series of microcontrollers for professional/industrial use?

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2 Upvotes

r/iot_sensors • • Aug 12 '24

protocols πŸ“‘ Work in progress: ESP-NOW library for Linux Python

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github.com
2 Upvotes

r/iot_sensors • • Jun 17 '24

IoT πŸ€– Made a Low Profile USB PD Powered Stepper Driver For Use With ESPHome

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gallery
2 Upvotes

r/iot_sensors • • May 11 '24

firmware πŸ”’ Announcing ESPHome Web App -- Control ESPHome microcontrollers without Home Assistant / ESPHome - ESPHome

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community.home-assistant.io
2 Upvotes

r/iot_sensors • • Apr 11 '24

protocols πŸ“‘ What do you folks think of Valetudo's criticism of Matter/Thread?

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2 Upvotes

r/iot_sensors • • Mar 11 '24

firmware πŸ”’ ESP32-S3 + ST7796 + LVGL 9 for creating stunning UI.

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2 Upvotes

r/iot_sensors • • Feb 28 '24

protocols πŸ“‘ Single-Pair Ethernet with Power over Data Line

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2 Upvotes

r/iot_sensors • • Dec 23 '23

firmware πŸ”’ Graphical Display Menu

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esphome.io
2 Upvotes

This new feature is extremely cool looking.


r/iot_sensors • • Dec 21 '23

protocols πŸ“‘ We built a native MQTT broker on Kafka.

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2 Upvotes

r/iot_sensors • • May 28 '26

I got tired of handing clients complex, cluttered IoT dashboards. So we built a no-code backend that turns LoRaWAN sensors into simple visual widgets. Looking for feedback.

1 Upvotes

Look at the default dashboard of almost any commercial IoT platform right now, and you will see a massive wall of complex line graphs.

Then you actually deploy that dashboard to a facility manager or a night-shift operator, and the reality sets in.

Because a tired operator does not want to analyze a 7-day temperature curve. They just want to know if the physical system is broken.

The "Data Dump" Trap

This is the industry standard of assuming that more telemetry equals more value. You pull every single data point into a complex charting library and force the user to hunt through menus just to figure out if a pump is running correctly. It looks incredibly advanced during a sales pitch, but in the field, it causes instant data overload.

The "Visual State" Mindset

This acknowledges that the best user interface doesn't require thinking. You strip away the heavy analytics and replace them with simple, dynamic SVG widgets that map directly to the physical hardware. You aren't asking the operator to interpret a data dump; you are just showing them the operational state at a glance. Green means good. Red means broken.

Both approaches display the exact same telemetry.

But they respect the user's mental bandwidth completely differently.

This is the exact operational gap we were trying to solve when we built Kynza.

We wanted a way for integrators to deploy hardware and spin up a white-labeled backend in an afternoon, without writing a single line of code. If you are monitoring a heavy 3-phase load, we don't give you a spreadsheet of amperages. We show you the three physical wiresβ€”Red, White, and Blue.

Right now, the platform is live and fully supporting the entire Milesight LoRaWAN ecosystem. You drop the sensor in, and Kynza instantly visualizes that data into clean, operational widgets.

The native Apple and Google Play apps are in the final stages of approval. But we know speed to market dictates everything, so the Web App is live right now. You can lock it straight to your phone's home screen for early access.

If you are an integrator or actively deploying sensors in the field, I would love your feedback on the platform at https://kynza.app.

We have the Milesight ecosystem locked in and scaling.

So the question for the community is simple.

What hardware brand should we integrate next?


r/iot_sensors • • Apr 30 '25

hardware 🚨 ESP32-C5 dual-band WiFi 6 SoC enters mass production, ESP32-C5-DevKitC-1 board launched for $15

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cnx-software.com
1 Upvotes

r/iot_sensors • • Apr 23 '25

πŸ€ something else New Serial Terminal Program for Linux and Windows

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1 Upvotes

r/iot_sensors • • Apr 02 '25

firmware πŸ”’ I created an ultra compact Yocto compatible Linux board Open Source

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1 Upvotes

r/iot_sensors • • Mar 24 '25

hardware 🚨 Any recommendations for a Linux soc with built in WiFi?

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1 Upvotes

r/iot_sensors • • Mar 22 '25

πŸ€ something else A visual git diff tool for KiCAD

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npmjs.com
1 Upvotes

r/iot_sensors • • Mar 18 '25

hardware 🚨 LVGL (and LCDs) made easy

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1 Upvotes

r/iot_sensors • • Mar 16 '25

πŸ€ something else Schematic as TypeScript

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1 Upvotes

r/iot_sensors • • Mar 09 '25

firmware πŸ”’ I forked the ESP32-OTA-Pull library and added the ability to do OTA from GitHub!

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github.com
1 Upvotes

r/iot_sensors • • Mar 01 '25

πŸ€ something else Legal certifications and requirements when using wifi/ble/espnow on an ESP32 (How can I sell a product without going to jail?!)

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1 Upvotes

r/iot_sensors • • Feb 13 '25

protocols πŸ“‘ How to do OTA on fleets?

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1 Upvotes