device-provisioning

Foundry is a modern, open-source Windows deployment solution with a graphical interface. Create bootable media and deploy Windows with the right OS, drivers, firmware, and configuration.

Advanced monitoring and troubleshooting solution for Windows Enrollments.

Sketch to connect an Arduino Nano 33 IoT to the Azure IoT Device Provisioning Service over WiFi with an SSL- secured connection, and authentication based on X.509 certificates. It supports both Group and Individual enrollment. The communication method is direct MQTT (no sdk).

Secure end-to-end IoT device lifecycle on ThingsBoard: MQTT over TLS/mTLS with X.509 certificates, a local PKI (OpenSSL), auto-provisioning, and device claiming — demonstrated with a simulated ESP32 (Wokwi) sensor node.

Secure IoT device onboarding (provisioning and claiming) for ESP32-S3 using MQTTS on ThingsBoard platfor

ROS 2 based AWS IoT Fleet Agent for remote device management, monitoring and SaaS integration.

Terraform module: terraform-azurerm-iothub-dps

A "suite" of PowerShell scripts for deploying new student laptops within JACITA's jurisdiction.

This solution can be used to ramp-up on Azure IoT Hub. Device provisioning, Sending messages from device to cloud and cloud to device are some of the scenarios demonstrated here.

Terraform module: terraform-azurerm-iothub-dps-certificate

Curve25519 Zephyr supervisor for STM32L0: derives per-boot AES/MAC keys, encrypted reset/watchdog state, dual-heartbeat SLAs, safe-mode recovery. Includes native_sim+hardware tests, release logs, provisioning overlay auto-persist tooling, a security backlog, and GitHub Actions CI to keep 8 KB Cortex-M0 nodes audit-safe.

Linux toolkit for recovering and provisioning a LaMetric TIME via its setup Wi-Fi API

Terraform module: terraform-azurerm-iothub-dps-shared-access-policy

Minimum — managed Android radio client built on Mumla/Humla, with secure provisioning, Mumble/TLS/Opus communications, and APRS tracking for T99/T56 devices.

Sketch to connect an Arduino Nano 33 IoT to the Azure IoT Device Provisioning Service over WiFi with an SSL-secured connection, and authentication based on SAS token. The communication method is direct MQTT (no sdk).

ESP32 weather box system with MQTT, Django, TLS-secured messaging, device provisioning, and full-stack IoT monitoring workflows.