A few days ago, the news about $32 million of Ether getting stolen by hackers which has aroused the general attention. For the majority of people start to learn Blockchain because of Bitcoin and Ether. But what is the idea behind the Blockchain technology? The co-founder Gavin Wood of Ethereum explained what Blockchain actually is – and how much this technology will change our everyday lives. ( The following interview content is from LinkedIn)
Blockchain is a huge topic but a lot of people
have no idea what it really means. Can you try to explain it in the easiest way
possible?
Sure. So it's a technical solution to a
social problem. The social problem is one of trust. Now, if we want to buy a
loaf of bread or shop for some sneakers on the internet, we normally have to
trust somebody.
I go and buy a loaf of bread and I
trust that the bread won't be mouldy, I trust that the baker is a good baker, I
trust that it's actually made with flour and not with concrete, I trust that my
expectations will be met and normally, it's fine, because bakers normally don't
bake with concrete. And if I go to Amazon, most of the time something does
arrive and it more or less resembles what I expected it to be. But this is
costly. In terms of the baker, it's costly because there is only one baker that
I go to and if I go to another one, the bread is mouldy, it reduces my decision
and it makes me more likely to go to one and stick to one and if that quality
goes down, I put up with the lower quality because I don't want to move.
Similarly with Amazon. Amazon takes a
fairly substantial cut of all of the transaction that go through it. Why?
Because it's a seal of quality, right, and they are the intermediary.
Intermediaries always want to make money and normally, the profits are not
well-bound, normally they can take a percentage of everything that is going through.
Like banks. Banks are very rich because they take a percentage of all of the
money that's moving through and sometimes, that's a really large percentage,
too. Intermediaries really are a drag on the economy, and sensible economies
will want to remove the drag one way or another.
And
this is where blockchain comes in?
Blockchain can be seen to be just a
means of making our economy more efficient, it can be seen as a means of
automating trust. So at the moment we are building central intermediaries we
can all trust so we can interact with each other, we can transact with each
other, we can sell and buy goods from each other.
Blockchain is really a way of allowing
the economic interaction to happen without trust and because we're automating
them, we get all the benefits of putting things on computers, so we get the
speed, the cheapness and the flexibility. That's something we're not really
used to, so in that sense, Blockchain is a very disruptive game-changer for how
we interact with each other economically speaking.
When most people think of blockchain, they
think of bitcoin or other cryptocurrencies. How do technology and money get
together here?
Money is being made on two different
sides. On the one side, there's the consumer. Consumers, and the people who are
on the last hop to consumers, will be able to save money by putting their
transaction through this automated transaction system rather than having to go
through traditional intermediaries.
I'll give you an example: Supply
chains. Suppose I'm a trader in Turkey, I want to buy some China-made clothes,
they are very cheap, I have to pay for them, I go to my bank, my bank sets up a
credit line with a Chinese bank, costs ten percent of the deal, I tell the
Chinese to send the clothes, clothes arrive, all is good.
But it costs time, it costs ten percent
and potentially, as a businessman in Turkey, maybe I haven't done many deals
before, maybe my bank doesn't trust me, maybe the Chinese on the other side
doesn't trust me, maybe I can't do the deal at all through traditional systems,
maybe it's even more expensive to do.
If we move that deal to the blockchain,
what we can do is basically get rid of the idea of having to use a bank to do
this, and we can start building what we call smart contracts, which are simply
process flows that are guaranteed to be executed as they are written, as they
are described. And that's all banks are doing. In reality, all the office-based
corporations are just process flows, they are process flows with people in it
and they do really what computers should be doing but that they are not doing,
because hey, we need to trust these guys.
And on the other side?
Now on the other side, we can also look
at businesses, and businesses can start using blockchain in order to change how
they operate with other businesses and also how they operate within themselves.
This also comes down to trust and it's a case of how much do we trust that the
employees will follow the processes that we want them to follow, and how do we
manage things like sensitive information, how do we manage things like bringing
together many disparate parts of the business into one single IT system.
In principle, these can be handled my
traditional IT architectures, but in reality, they are really difficult to
actually get them working exactly as you want and they have very particular
drawbacks. One of which is with any IT system, there is normally at least one
system administrator who has full access to everything in it. And it might be
that the use case is where no individual can have full access to everything in
it apart for the CEO.
So we're increasingly finding that the
strong crypto-economic guarantees that blockchain systems give us for trust,
for guaranteeing how processes are followed, are better, cheaper, more flexible
than traditional human-based process flows.
How important is blockchain
going to be in the next couple of years? Will everything change or will it just
impact a small fraction of our lives?
I think it's a game changer. In terms
of our interactions with each other, both as individuals and as organisations
and businesses, are still in many respects stuck in the stone age. We've moved
a lot of things over to machines and devices, from shopping a pencil to flying
an airplane, we got machines to do our work for us. But when we're talking
about following processes, when we're talking about managing and executing a
deal, we still fall back onto humans. And i see really no reason why we do this
other than both inertia and the fact that this technology is relatively young.
Time spans are always very difficult to
determine, but I would say in the next five years, we are going to see an
increasing number of real consumer-level experiments that are running on the
blockchain. Now whether those experiments really turn into real mass-market use
cases, I don't know, but I think within 20 years, they certainly will. I think
it will be more or less the same as the internet.
So that it will be used by everyone and
everywhere, basically, no matter what people say?
I think in much the same way that
TCP/IP, the foundation protocol of the internet, is pretty much used everywhere
(even though nobody knows they are using it) because it makes everything so
much easier and quicker and faster and the solutions that you can build on it
are so much better. And I think it will be the same for blockchain. Whether
those blockchains in the future look all that much like the blockchains now,
perhaps not, computers in the early days didn't look a lot like computers do
now...
And the internet didn't either.
Indeed, the technologies were far far
more immature. But nonetheless, the underlying idea of a decentralised
packet-switching network that is very easy to access has remained the same. And
in terms of having a decentralised consensus-mechanism, so a mechanism of
coming to an agreement without having to trust any authority, will remain the
same and that will be a transformative technology for society.
From above interview, we can learn that Blockchain still has
a long way to go. Taking China as an example, it has a late start in Blockchain
and there has not many projects been launched, but the underlying technology and
application are developing at a surprising speed.
Shuqin Tech has established a trustworthy electronic
certificate service platform - Baoquan.com, meanwhile, a blockchian technical
trustworthiness has been bind with juristic acknowledgement through the
approach of “blockchain + forensic + notary + arbitration”. Shuqin has launched
a Block Chain as a Service platform Baoquan Cloud, as well as the trusted big
data transaction platform. Therefore, the Trustworthy Electronic Certificate service
+ Blockchain as a Service platform + big data become
the main engine of Shuqin’s development.
WHAT WE ARE SEEKING FOR:
<
/><
/> We are seeking Blockchain Developers for our China office. (The part-time technical consultant also be allowed)<
/><
/> THE ROLE: <
/><
- /> These developers will develop Blockchain big data products and e-data attestation services as well as build our next generation of web applications. <
/><
/> WHAT YOU WILL DO:
- Work on the most interesting and challenging problems in the Blockchain space.
- Be a part of a Blockchain team committed to the advancing technology
- Build reusable, modular code liaries for use across Blockchains product line.
- Work on an industry-leading product with big data.
WHAT YOU WILL NEED:
- The foremost quality for this or any position at Blockchain is integrity.
- Experience working with Java, golang and relational databases.
- Thrive on learning new technologies and dont believe in one-size-fits-all solutions.
- Understand how all the pieces fit together (front-end, database, network layer, etc.) and how they impact the performance of your application.
- Familiar with IBM Hyerledger, Ethereum, siacoin or bitcoin.
- Strong attention to detail.
Our website：https://www.baoquan.com/en/
Contact us: js@baoquan.com
没有评论:
发表评论