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.

Windows Autopilot & Intune enrollment monitoring: live session timelines, fleet health, diagnostics, and an MCP server for AI-assisted troubleshooting.

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

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.

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

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

Terraform module: terraform-azurerm-iothub-dps

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-shared-access-policy

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-certificate

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.