Muneeb Ali and Ryan Shea are the co-founders of Blockstack, a project to rebuild the internet using blockchain technology so that individuals can reclaim direct control over their own identities, contacts, and data. The goal is to bring the property rights we enjoy in the physical world to cyberspace.
These two Princeton-trained computer scientists—Ali completed his Ph.D. last month with a speciality in distributed systems—believe that today's internet is fundamentally broken. Users are forced to trust companies like Google, Amazon, and Facebook to maintain our online identities and personal information. They store our files in giant data centers that are increasingly vulnerable to hackers. And the Snowden leaks revealed that the National Security Agency has strong armed these tech giants into handing over users' personal data without bothering to obtain court-issued warrants.
"Google has this saying, 'don't be evil,'" says Ali. "Maybe a company shouldn't be powerful enough that they're sitting there thinking, 'should I be evil or not?'"
So how does Blockstack propose to alter cloud computing, which has bought enormous efficiencies to the tech sector? Ali and Shea say they've worked out a way to break up internet data centers into virtual storage lockers that are fully encrypted, so individual users are the only ones who hold the keys to their own data.
"If you're a Dropbox engineer, you can go through my files today," says Ali. "But if I use Dropbox through Blockstack, they have no visibility into the data at all."
This new decentralized architecture is possible thanks to the invention of a new type of distributed database called a "blockchain," which was introduced to the world in 2008 as a component of the peer-to-peer digital currency bitcoin. The blockchain was designed as a decentralized system for keeping track of who owns what bitcoin, but in the last nine years an entire industry has emerged that all about integrating the blockchain into everything from real estate markets to driverless car technology.
Shea describes the blockchain as a virtual "whitepages the community maintains together," which "anyone can add to" but "nobody controls"—a record that doesn't require a central entity to guarantee its veracity. This shared white pages lists the location of each users' encrypted data lockers.
Essential online functions that can be moved to the blockchain include registering unique identities and keeping track of each users' personal contacts. On this new internet, applications like Facebook and Twitter will still exist, but they'll have far less power and responsibility.
"At Blockstack, we're enabling small, open-source groups to grow and compete with the large players," says Shea.
What will the Blockstack internet mean for Silicon Valley? Shea predicts a new wave of tech firms will emerge. "I believe this will create a much larger economy and a lot more prosperity for everyone."
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HEMATOSPERMIA-MAN on June 24th, 2017 at 11:56 UTC »
Edit: Some really great discussion going on here, and a lot of good questions have been raised. "Blockchain" is a big buzzword these days and with good reason. It has the potential to drastically change how the internet is structured and how we communicate and do business. This one to me looks particularly promising. I highly suggest reading the white paper if you have any interest in decentralized internet.
Blockstack white paper can be found here. Does a way better job explaining what this actually is than this article does.
TL;DR Blockstack is a protocol for using blockchains as a DNS/certificate authority and handling decentralized data storage on individual machines or existing cloud services. It can use any block chain and can switch block chains if vulnerabilities are found. Data can be stored in multiple locations and is encrypted, so it cannot be read without permission from the owner.
Overall, really interesting. They even address domain registration and have a novel way of handling "landgrabbing" domains. It supports pricing functions so the shorter the domain the more expensive the registration cost. Example given in the white paper is that they paid 40 bitcoins($10,000 at the time) to the block chain to register the first namespace ".id".
Exodus111 on June 24th, 2017 at 11:11 UTC »
I guess the only way to properly test this is to sneak in to the next CES and plant wi-fi routers everywhere that hijacks the regular free wifi app, so the technology can be tested on as many cellphones as possible.
R3belZebra on June 24th, 2017 at 09:56 UTC »
The man has a way with words