The era of microservices calls for a new approach to logging with built-in infrastructure for both aggregation and storage. Multiple applications running in isolated containers require a specialized approach to make sure all data is collected, stored and usable later.
Kernel 4.10 has the honor of being christened the "Anniversary Edition" by Linus Torvalds. I'm guessing this is because of the recent 25th anniversary of the release of Linux 0.01. Admittedly, it is a bit late for that (the anniversary was back in September); however, Linus had not named any of the recent releases for the occasion, opting instead for naming them after several deranged animals.
Innovations are much more interesting than inventions. The “laser” is a classic invention and “FedEx” is a classic innovation. Successful innovation disrupts entire industries and ecosystems as we’ve seen with Uber, AirBnB, and Amazon to name just a few. The entire global telecommunication industry is at the dawn of a new era of innovation. Innovations should be the rising tide in which everybody wins except what’s referred to as “laggards.” Who are the laggards going to be in this new era of open communications? You don’t want to be one.
Necessity is the mother of invention. We needed our datacenters to be more automated, so we invented tools like Puppet and Chef. We needed easier application deployment, so we invented Docker. Of course it didn't stop there. Ben Hindman, the founder and chief architect of Mesosphere, co-created Apache Mesos. In his keynote at MesosCon Asia 2016, Hindman relates how failures and elasticity led to the development of Mesos.
Linux creator Linus Torvalds took the stage at Open Source Leadership Summit this week to share some of his secrets to success in building one of the world’s largest and most successful open source projects.
This Week in Open Source News: Linux Foundation Training Provides Crucial Team Education, Open Source Leadership Summit News & More
If you’re interested in running a complex Kubernetes system across several different cloud environments, you should check out what Bob Wise and his team at Samsung SDS call “Control Plane Engineering.”
Wise, during his keynote at CloudNativeCon last year, explained the concept of building a system that sits on top of the server nodes to ensure better uptime and performance across multiple clouds, creates a deployment that’s easily scaled by the ClusterOps team, and covers long-running cluster requirements.