Worth Watching: Must privacy give way?
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The post Worth Watching: Must privacy give way? appeared first on 'net work.
The post Worth Watching: Must privacy give way? appeared first on 'net work.
The ashes of network monitoring products from the last 30 years is a Sauron-sized mountain of tears on which we must build the a new generation of tools. Analytics, machine learning, big data and user interfaces are the new hope. Network as a Service A key feature in “as a Service” products is transparency & […]
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curl -H "Content-Type:application/json" \However, there are serious problems with this approach:
-X PUT --data '{"address":"10.0.0.1","port":6343}' \
http://127.0.0.1:8008/forwarding/TenantA/json
At a fundamental level, OSPF and IS-IS are similar in operation. They both build neighbor adjacencies. They both use Dijkstra’s shortest path first (SPF) to find the shortest path to every destination in the network. They both advertise the state of each link connected to a network device. There are some differences, of course, such as the naming (OSI addresses versus IP addresses, intermediate systems versus routers). Many of the similarities and differences don’t play too much in the design of a network, though.
One difference that does play into network design, however, is the way in which the two protocols break up a single failure domain into multiple failure domains. In OSPF we have areas, while in IS-IS we have flooding domains. What’s the difference between these two, and how does it effect network design? Let’s use the illustration below as a helpful reference point for the two different solutions.
In the upper network, we have an illustration of how OSPF areas work. Each router at the border of a flooding domain (an Area Border Router, or ABR), has a certain number of interfaces in each area. Another way of saying this is that an OSPF ABR is Continue reading
At a fundamental level, SPF and IS-IS are similar in operation. They both build neighbor adjacencies. They both use Dijkstra’s shortest path first (SPF) to find the shortest path to every destination in the network. They both advertise the state of each link connected to a network device. There are some differences, of course, such as the naming (OSI addresses versus IP addresses, intermediate systems versus routers). Many of the similarities and differences don’t play too much in the design of a network, though.
One difference that does play into network design, however, is the way in which the two protocols break up a single failure domain into multiple failure domains. In OSPF we have areas, while in IS-IS we have flooding domains. What’s the difference between these two, and how does it effect network design? Let’s use the illustration below as a helpful reference point for the two different solutions.
In the upper network, we have an illustration of how OSPF areas work. Each router at the border of a flooding domain (an Area Border Router, or ABR), has a certain number of interfaces in each area. Another way of saying this is that an OSPF ABR is Continue reading
Здоровенькі були! CloudFlare just turned up our newest datacenter in Kiev, the capital and largest city of Ukraine.
Kiev is an old city with more than 1,000 years of history. It was the capital of Kievan Rus’, an ancient country which is considered to be the ancestor of modern Ukraine, Belarus and Russia. If you visit the city by plane, you may be almost blinded by the shining golden domes of numerous old churches and cathedrals - and once there, be sure to try the famous Ukrainian beet soup, “Borscht”. CloudFlare decided to contribute to the long history of Kiev with our 22nd data center in Europe, and our 78th data center globally.
Frankfurt is arguably the biggest point of interconnection in the world, and is home to Deutscher Commercial Internet Exchange (DE-CIX) which plays an absolutely critical role and sees close to 5Tbps in traffic. While this is great if you live near Frankfurt, it is also where most traffic is exchanged for other parts of Germany, large parts of Europe (think Austria, Bulgaria, Czech Republic, Denmark, Estonia, Finland, Greece, Hungary, Italy, Kazakhstan, Lithuania, Montenegro, Norway, Poland, Romania, Serbia, Turkey, Ukraine, etc.), and even countries such Continue reading
More than anything else, over its long history in the computing business, IBM has been a platform company and say what you will about the woes it has had through several phases of its history, what seems obvious is that when Big Blue forgets this it runs into trouble.
If you stare at its quarterly financial results long enough, you can still see that platform company looking back at you, even through the artificially dissected product groups the company has used for the past decade and the new ones that IBM is using starting in 2016.
It is important to …
The Once And Future IBM Platform was written by Timothy Prickett Morgan at The Next Platform.
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