Monday, May 11, 2015
Mesh Networking for app delivery in Apple OSX and Windows GWX
The upcoming release of Windows 10 operating system is exciting for a number of bold new technologies Microsoft plans to introduce, including the new Microsoft Edge browser and Cortana speech-recognition tools. This release is called GWX for "Get Windows 10" and will reach all Windows users from version 7 to 8.1. Particularly interesting to me is that it will be the first time Windows operating system pushes out software over mesh networks in a peer-to-peer (aka "P2P") model.
Over a decade ago software tools for creating peer-to-peer and mesh networks proliferated as alternative approaches to bandwidth-intensive content delivery and task processing. Allowing networked devices to mesh and delegate tasks remotely between each other avoids the burden of one-to-one connections between a computer and a central hosting server. Through this process the originating host server can delegate tasks to other machines connected in the mesh and then turn its attention to other tasks while the function (be it a piece of content to be delivered/streamed or a calculation to be executed) cascades through the meshed devices where there is spare processing capacity.
Offloading one-to-one tasks to mesh networks can unburden infrastructure that provides connectivity to all end users. So this is a general boon to the broader Internet infrastructure in terms of bandwidth availability. While the byte volume that reaches the end user is the same, the number of copies sent is fewer. (To picture this, consider a Netflix stream, which goes from a single server to a single computer, to a torrent stream that is served across a mesh over dozens of computers in the user's proximity.)
Here are just a small list of initiatives that utilized mesh networking in the past:
SETI-at home (deciphering radio signals in space for pattern interpretation across 1000s of dormant PCs and Macs), Electric Sheep (Collaborative sharing of fractal graphic animations with crowd-sourced feedback), Skype (social networking, telephony, prior to the Microsoft acquisition)
Veoh (video streaming), Bit Torrent (file sharing), Napster (Music sharing), One Laptop per Child (Wifi connectivity in off-grid communities), Firechat (phones create a mesh over Bluetooth frequencies)
Meshing is emerging in software delivery primarily because of the benefit it offers in eliminating burden to Apple and Microsoft in download fulfillment.
Microsoft is going a step further with the upcoming Windows 10 release. Their version of the app distribution method over mesh allows you to fetch copies of the Windows updates not just from those sources who may be familiar to you in your own Wi-Fi network. Your computer may also decide to pull an update from some other unknown source on the broader Internet that is in your proximity.
What I find very interesting about this is that Microsoft had previously been very restrictive about software distribution processes. Paid software products is their core business model after all. So to introduce a process to mesh Windows machines in a peering network for software delivery demonstrates that the issues around software piracy and rights management has largely been resolved.
For more detail about the coming Windows 10 rollout, ZDNet has a very good update.