Modern computer systems are facing security challenges and thus are forced to employ various encryption, mitigation mechanisms, and other measures that affect significantly their performance. In this study, we aim to identify the energy and run-time performance implications of Meltdown and Spectre mitigation mechanisms.

Contains Academia Work from Course about Computer Architecture, Concurrency and Energy

Benchmarking the environmental impact of algorithm implementations. This analysis explores optimizing Julia set fractal rendering through SIMD vectorization and multi-threading.

Routes surplus solar power to a heating element using an ESP32 and onboard PID controller. The goal: keep grid power near 0 W by dynamically adjusting heater load based on live grid readings.

Displaying linky consumption on an eink display, powered by an esp32

Python bindings to SAM Simulation Core (SSC)

Library for ACS71020, a power monitoring IC

A proof of concept for the energy depletion attacks in iot

Power collection tool for NVIDIA and Intel architectures.

A 50W regenerative battery cycler (HW+SW design)

Post-Quantum Communications for the ELECTRON european project

Energy measurement of python code, in MacOS - Intel CPU-

Energy monitoring project

Energy Monitor Display using a Shelly EM device and ESP32 board

ESP32 code for 3-phase realtime energy metering device to MQTT server through WiFi.

UART bridge for BLE devices such as HM-10. Similar to rfcomm.

Bard - an extension of POET

OpenEPT Firmware

An open-source implementation of the CIP Base Energy Object

Linux monitoring scripts for EPever Tracer charge controllers - single or multiple devices in parallel