Pablo Clemente

[TTN Leipzig @ttnleipzig]

Auf der Spur. Heltec Board auf dem Prüfstand. #LoRA

[PlatformIO @PlatformIO_Org]

Special for you! 🧡 An official step-by-step guide for ESP-IDF without pain, dependencies, and complexity! 🚑 Just 1-click!
✅ Debugging
✅ Unit Testing
✅ Code Analysis
✅ Firmware Inspection
👉 https://t.co/0xVq5clttL
📌 #EmbeddedSystems #Semiconductor #IDE #CLI #IoT #ESP32

[Institut für Automation und Kommunikation (ifak) @ifak_md]

Projekttreffen InnoSale in Wetter. Erörterung von Anforderungsdefinitionen & Verkaufsprozessen eines Industrieproduktes basierend auf Kundenanfragen.

Klingt interessant? Weitere Infos unter:
https://t.co/60SjzMiIFR

[Alex Corvis💡🛠️📡 @AlexCorvis84]

https://t.co/3WSMmXxDN1

[maker.io @MakerIO]

How to Route Differential Pairs in KiCad (for USB) with @ShawnHymel https://t.co/yHDQhMhq3Q #ICYMI #TBT

[TTN Leipzig @ttnleipzig]

Einsteiger in #LoRaWAN in #Leipzig? Schon mal den 11.05.2023 vormerken :)
https://t.co/uIrFRcwjI3

[hackaday @hackaday]

LoRa Goes To The Moon https://t.co/C2SnZjyu3s

[0xor0ne @0xor0ne]

(1/2)
Excellent series on IoT devices reverse engineering by @apps3c

Discover components and ports: https://t.co/D7ClvB6lF4
Firmware dump and analysis: https://t.co/sWvZpshgqF

#iot #xiot #embedded #Linux #reverseengineering #infotech #cybersecurity #infosec #hacking

[Jiska @naehrdine]

Want to know how I got into reversing firmware? Here's my story along with all the useful tips I wish I knew before. #reverseengineering

https://t.co/MK13AftqxY

[Nova IA @NovaIAHQ]

GPT-4 es una herramienta de IA fenomenal en 2023.

Pero su uso cuesta 20 dólares al mes.

Aquí tienes 7 formas de acceder a ella gratis:

[Stargirl 🌠 @theavalkyrie]

KiCanvas is an open source, interactive, browser-based viewer for KiCAD schematics and boards- and now it's in 🎉 public alpha 🎉

Head over to my blog to learn more and try it out for yourself 🧚‍♀️ https://t.co/4QXZRcCcVZ

[TTN Leipzig @ttnleipzig]

Beim LoRa Meetup am Donnerstag hast Du die Möglichkeit in #Leipzig in die Welt von #iot einzusteigen. Anhand eines Beispielprojektes zeigen wir, wie man Sensoren mit einem Mikrocontroller verbindet und die Daten ins Internet sendet.
https://t.co/GK2tFj2bzD

[Germán Martín (@[email protected]) @gmag12]

No te pierdas la entrevista que nos ha hecho @somospostpc en #KernelPodcast sobre @tiny__GS, la red global de seguimiento de satélites. #TinyGS #opensource
https://t.co/4fovcYEIth

[KiCad PCB @kicad_pcb]

We're excited to announce KiCon23, our conference for KiCad professionals, designers and makers of all stripes! This year, we will be hosting it in A Coruña, Spain on September 9-10.

Tickets available at https://t.co/1AH1yFc8gG

[0xor0ne @0xor0ne]

Cool secure boot bypass by fault injection in (Espressif) ESP32 CPUs by @LimitedResults

https://t.co/M76QQiOP5Y

#embedded #iot #hardware #faultinjection #infosec

[JMN Electronics @JMNElectronica]

Cómo hacer un dispositivo para conectarse a redes LoRaWAN compatible con Arduino.

ATmega4808 + RFM95 + Arduino.

Hardware: https://t.co/uUbc2wPu9G

Entorno de Arduino: https://t.co/iqbZFklVqJ

Conexión a @Helium y estimación de batería: https://t.co/KLjrdHvrnk

@MicrochipMakes

[JMN Electronics @JMNElectronica]

Placa LoRa compatible con Arduimo conectada a un sensor de temperatura/humedad y mandado datos a @CayenneIoT a través de la red de @helium .

Empzando a escribir la tercera parte de construye tu dispositivo LoRa: https://t.co/uUbc2wPu9G

@MicrochipMakes

[JMN Electronics @JMNElectronica]

Intentando volver a retomar el blog, tengo unas cuantas entrada pendientes por escribir... Pero de momento:

Como construir un dispositivo LoRaWAN. Parte 1: https://t.co/uUbc2wQ1Ze

Intentaré escribir el resto de las partes antes del 2023 😀.

[Lukas Henkel @QVHenkel]

If you want to analyze the DC drop of a simple power delivery polygon you can do so in 2D with the freeware tool FEMM. You can import the DXF contour of the polygon you want to analyze and assign fixed voltages and load currents.

[Jan Tegze @jantegze]

👏A must-have bookmark for OSINT tools.

https://t.co/mnb8qTULN3