Do standards matter in a fixed wireless deployment?
The company approaches marketing differently under its new CEO.
Learn how to verify a host-based DNS configuration inside a container in this excerpt from "Docker Networking Cookbook" by Jon Langemak.
One of my readers sent me a simple question: “Do you plan to have a Python for Networking Engineers webinar?”
Short answer: no immediate plans.
Here are just a few reasons:
Read more ...So I’m sure this is in the documentation somewhere. But for anyone else out there who is getting inconsistent results with FLAT interfaces in VIRL, Promiscuous Mode support in ESXi seems to be a requirement. Definitely something to check…
The post FLAT Networks in VIRL Require Promiscuous Mode appeared first on PacketU.
Applications requirements and networking environments are diverse and sometimes opposing forces. In between applications and the network sits Docker networking, affectionately called the Container Network Model or CNM. It’s CNM that brokers connectivity for your Docker containers and also what abstracts away the diversity and complexity so common in networking. The result is portability and it comes from CNM’s powerful network drivers. These are pluggable interfaces for the Docker Engine, Swarm, and UCP that provide special capabilities like multi-host networking, network layer encryption, and service discovery.
Naturally, the next question is which network driver should I use? Each driver offers tradeoffs and has different advantages depending on the use case. There are built-in network drivers that come included with Docker Engine and there are also plug-in network drivers offered by networking vendors and the community. The most commonly used built-in network drivers are bridge, overlay and macvlan. Together they cover a very broad list of networking use cases and environments. For a more in depth comparison and discussion of even more network drivers, check out the Docker Network Reference Architecture.
The bridge
networking driver is the first driver on our list. It’s simple to understand, Continue reading
Presentation from Peter Levine at A16z on the theme of edge computing will see a return to distributed computing the in the years ahead. The amount of data collected/created at the network edge is vast You must process locally and then upload summaries. Device complexity and capability is increasing rapidly e.g. Cars, Smartphones. This supports […]
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