CoreOS & Intel Stuff OpenStack Into Containers
VMs on containers on Kubernetes. It's easier that way, CoreOS says.
VMs on containers on Kubernetes. It's easier that way, CoreOS says.
The carrier is learning as it goes.
This vendor-written tech primer has been edited by Network World to eliminate product promotion, but readers should note it will likely favor the submitter’s approach.
Heralded for driving positive transformations in consumer products, retailing, healthcare, manufacturing and more, the Internet of Things (IoT) promises a “smart” everything, from refrigerators, to cars, to buildings, to oil fields. But there’s a dark side to IoT, and if we don’t overcome the challenges it presents, we will be heading for trouble.
The easiest way to see these challenges in action is to explore a possible IoT deployment. Let’s assume the following. A very large industrial food storage warehouse and distribution center is using Internet-connected devices to ensure the proper temperature of various zones, such as a massive refrigeration area for items requiring constant, non-freezing cooling and a massive freezer area for items requiring constant freezing.
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Middleboxes--that is, non-routing and non-switching network devices such as firewalls and caches--can be expensive, hard to manage, and prone to failure. But they're also widely deployed, and show no signs of going away. Today's Weekly Show episode goes deep on middleboxes to explore why these devices have proliferated, and find ways to make them more reliable and easier to manage.
The post Show 282: Why We’re Stuck With Middleboxes And How To Improve Them appeared first on Packet Pushers.
Middleboxes--that is, non-routing and non-switching network devices such as firewalls and caches--can be expensive, hard to manage, and prone to failure. But they're also widely deployed, and show no signs of going away. Today's Weekly Show episode goes deep on middleboxes to explore why these devices have proliferated, and find ways to make them more reliable and easier to manage.
The post Show 282: Why We’re Stuck With Middleboxes And How To Improve Them appeared first on Packet Pushers.
The post Worth Reading: Don’t ask what you can measure appeared first on 'net work.
This vendor-written tech primer has been edited by Network World to eliminate product promotion, but readers should note it will likely favor the submitter’s approach.
FTP turns 45 this year. And, while this original protocol for transferring files over the Internet is still widely used, many companies are looking for a more modern alternative. Initially, concerns about FTP centered on security. But, as IP technology became ubiquitous for global data exchange, FTP’s more fundamental performance limitations also became apparent.
Because FTP was originally designed without security features like data integrity and confidentiality, the first security concerns arose around privacy of control channel data like user IDs and passwords, and then spread to the actual data being transferred. “Secure” FTP (FTPS) was developed in response. FTPS is FTP with Transport Layer Security (TLS), which protects file content and user names and passwords while in transit over the Internet from eavesdropping and modification.
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When I first started in Cisco TAC, as a lowly grade 3 engineer taking hardware RMA calls, I didn’t know anyone. I had just moved to North Carolina, we hadn’t found a church yet, I’m not the most social person on the face of the earth (in fact, if anything, I’m antisocial), and I was sitting in a cubicle surrounded by people who’d been working in serious networking for a lot longer than I had. Not only that, but a lot of them were a lot smarter than I was (and still are). These people were really busy; it was hard to sip from the firehose, and I really needed to find my way around. How could I go about building a network?
What to do… ??
I put a candy jar on my desk, and filled it with interesting candy. How would a candy jar work? Well, it attracted all sorts of interesting people to my desk throughout the day, and as I got to know what different people liked, it gave me an excuse to bring stuff to their desk—along with a question about a case I was working on, of course. In a sense, I learned all I Continue reading
So photos have been leaked (we can’t say from where exactly) for the newest experimental router from MikroTik. We don’t know much about it yet except it will be the largest router MikroTik has ever built and is currently designated as CCR-6506-96G-48S-16S+.
Rough specs are:
Apparently this device will coincide with the release of RouterOS version 8 in 2026 [an inside source at MikroTik named “Janis” confirmed this is a realistic target date.]
Many covert mAP-quadcopters died to bring us this information…these photos are NOT for public distribution.
And if you haven’t quite figured it out yet…APRIL FOOLS DAY!!!! But seriously MikroTik….we need this router.
So photos have been leaked (we can’t say from where exactly) for the newest experimental router from MikroTik. We don’t know much about it yet except it will be the largest router MikroTik has ever built and is currently designated as CCR-6506-96G-48S-16S+.
Rough specs are:
Apparently this device will coincide with the release of RouterOS version 8 in 2026 [an inside source at MikroTik named “Janis” confirmed this is a realistic target date.]
Many covert mAP-quadcopters died to bring us this information…these photos are NOT for public distribution.
And if you haven’t quite figured it out yet…APRIL FOOLS DAY!!!! But seriously MikroTik….we need this router.
We like DNS, we think you might too.
CloudFlare and Gandi are hosting a three-part series on DNS. Our first event will be at the CloudFlare office with Paul Mockapetris, the original inventor of the Domain Name System.
Beyond inventing DNS, Paul built the first ever SMTP server. He ran networking at ARPA, served as the chair of the IETF, and is a honored member of the Internet Hall of Fame. He is currently the Chief Scientist at Threatstop, and the visiting scholar at the Universite de Pierre et Marie Curie in Paris.
The event is on Tuesday, April 12th, 2016 at 6 PM PST at our office in San Francisco, 101 Townsend Street (RSVP here). We’ll be covering the early days of DNS, DNS and security, the commercialization of DNS (what Paul famously calls DN$), and the future of DNS.
So come, grab some beer, and hang out with people who like DNS as much as you do.
Hey, this is no joke, it's HighScalability time: