Operations | Monitoring | ITSM | DevOps | Cloud

Meet the Maintainers: Ned Batchelder (coverage.py) - the story behind Python code coverage

Ned Batchelder (nedbat), creator and long-time maintainer of coverage.py, joins Push to Talk | Meet the Maintainers to share his path into programming and open source and the real story behind one of Python’s most popular testing tools. We talk about the journey to coverage.py, the turning points that shaped it, and why the measurement of the library is only 94%. What's inside? Surprise us: how are you using coverage.py?

What is the Open Container Initiative?

In this video, we explain the Open Container Initiative (OCI) and how open, vendor-neutral standards make containers portable and interoperable across platforms, tools, and environments. We cover what OCI is, why OCI compliance matters, and how OCI defines the core building blocks of the container ecosystem: container images, runtimes, and distribution.

What it takes to build and scale developer platforms | Canonical x Qualcomm

Ubuntu on @qualcomm platforms simplifies access to Qualcomm’s advanced AI accelerators and capabilities, empowering developers and enterprises to innovate with confidence. Learn about the work we’re doing to bring Ubuntu to Arduino and other Qualcomm-powered boards. The Qualcomm and Canonical partnership provides developers with a reliable, security-focused, high performance operating system. In this video, Qualcomm breaks down how upstreaming, open standards, and Canonical solutions help developers move faster, from first boot to production.

Accelerating Automotive Infotainment with Anbox Cloud

In this video, discover how Canonical and Rightware are revolutionizing the automotive software development lifecycle. This demo showcases an automated workflow that deploys Anbox Cloud, spins up an Android Automotive image, and launches a Rightware Kanzi-powered UI that can be streamed at a stunning 8K resolution. By shifting infotainment testing to a cloud-native environment, automotive teams can accelerate iteration, enhance collaboration, and ensure high-performance user interfaces before they ever hit the physical hardware.