There are some exciting initiatives in the works here at Blurt [Decentralized] headquarters.
In the near future Blurt will be looking to build out IPFS clusters, something I'm super excited about. I've been interested in IPFS as a decentralized image storage option for many years and am now looking to be involved with Blurts IPFS endeavors!
What is IPFS?
IPFS is short for InterPlanetary File System, it's a protocol that allows for a distributed media file sharing.
The InterPlanetary File System is a peer-to-peer hypermedia protocol designed to make the web faster, safer, and more open.
An IPSF Cluster works to provide data orchestration across a swarm of IPFS daemons by creating and tracking a global pinset distributed amongst multiple peers. If we can eventually have 1,000 Raspi's out there each acting as a node sharing a global pinset that supports media files for our blockchains, that again is an incredibly decentralized solution.
To me it boils down to running light weight web 3.0 infra that can be distributed across many many micro processing machines in peoples homes. No need for big data, or the corporations and countries that attempt to "govern" them, creating an incredibly redundant and censorship resistant web.
To learn more about IPFS you can checkout their website here - https://ipfs.io/
Supporting Censorship Resistant Technology
If we can pull off un-censorable RASPI nodes I will be happier than a pig in shit. Raspberry Pi's are relatively affordable micro computers that can easily exist in all corners of the world, creating an incredibly decentralized and censorship resistant network of nodes.
The key point there is censorship resistant, if the Blurt or other blockchains can live, spread out over thousands of light weight nodes in people's living rooms, that is much harder to shut down vs targeting a few corporately owned data centers.
This is the ultimate underground web 3.0 revolution. This is a solution that may be fit to ride us through a worst case scenario apocalypse situation. After all the Raspberry Pi can easily be run on solar energy, the kits are already available.
Raspberry Pi's are also super compact with various case options. I've chosen this clear 9 layer acrylic case by Smraza, as I like being able to see inside and monitor for dust. It's also equipped with a fan to blow cool air directly onto a heatsink below, plus the vents on the sides and bottom should do the trick to keep it within a normal operating temperature. Fingers crossed..
The reviews and tests were decent. Regardless I'll keep an eye on temperatures and look for other heatsink solutions down the road if needed.
Here's to moving forward together, towards a more decentralized web 3.0 future 👊
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