Eta Compute and Edge Impulse announce that they are partnering to accelerate the development and deployment of machine learning using Eta Compute’s revolutionary ECM3532, the world’s lowest power Neural Sensor Processor, and Edge Impulse, the leading online TinyML platform.

Kids taking too long to shower? Build a machine-learning mobile web application that detects how long the shower is turned on by listening for audio cues.

Deep learning on embedded devices is a technology with huge potential, but how do you run a deep neural network on a device with limited computational power? This article introduces the key areas to think about and explains how capable models can be made to run on limited hardware.

During The Things Conference we demonstrated the combined power of LoRaWAN and machine learning. This is how we built the sheep classification demo.

Edge Impulse is sponsoring the COVID-19 Detect & Protect Challenge with the UN Development Program and Hackster. Let’s unleash TinyML to help the most vulnerable regions and make a real impact in this effort!

Together with Hackster we hosted a webinar on getting started with TinyML, which was a fantastic success with almost 500 people present and over a 100 questions asked!

We already have a very capable device with multiple high-quality sensors in our pockets, and it's the perfect device to build your first TinyML model.

When we hear about machine learning - whether it's about machines learning to play Go, or computers generating plausible human language - we often think about deep learning.

It's now possible to run advanced machine learning models on cheap, low-power devices at the edge of the network. Learn why embedded machine learning applications is so exciting—and get started building your own.

Now the age of TinyML has come — we can already run meaningful machine learning inference on microcontrollers at scale! This is the start of what Zach Shelby calls the “3rd wave of embedded compute.”