This post will be the first in a series covering Flatcar Container Linux, covering everything you need to configure and deploy the OS at the…
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The Wio Terminal from Seeed Studio is a compact device with an Arduino-compatible microcontroller and a 2.4-inch LCD. It also boasts of an inbuilt WiFi and BLE…
While there are many Single Board Computers (SBC) based on ARM — Raspberry Pi 4, BeagleBone Black, and Odroid HC4 — the choice is limited for X86-based devices. One…
Like most of the Internet-of-Things developers, I started learning the basics of microcontrollers and device programming through Arduino Uno. As I progressed, I switched to Arduino Yun,…
At AWS re:Invent 2017, Amazon launched AWS Deep Lens, a smart camera powered by Intel Graphics Engine and AWS services such as GreenGrass, SageMaker, IoT Core,…
Microk8s is a small, lightweight, and fully conformant Kubernetes distribution from Canonical. It’s a minimalistic distribution focused on simplicity and performance. Given its footprint, Microk8s…
This article is the last and final part of the Azure Arc series, where we explore Arc enabled data services. See Part 1, Part 2, and Part 3….
This post is the third of a four-part series this week exploring Microsoft Arc, and how it can be used as a control plane to manage services. Check back each day through Thursday for subsequent installments: (Part 1) (Part 2)
Over the last decade, the public cloud has evolved and matured to become the foundation of modern infrastructure. Hyperscale providers such as Amazon Web Services, Microsoft, and Google have built robust control plane and orchestration engines to handle the lifecycle of managed services such as virtual machines, containers, functions databases, Big Data clusters, IoT and edge devices, and more.
In this tutorial, I will walk you through the steps involved in hosting a PyTorch model on AWS Lambda backed by an Amazon EFS file system. The function is exposed through an API Gateway.
