Share This

Showing posts with label BLOCKCHAIN beyond Bitcoin. Show all posts
Showing posts with label BLOCKCHAIN beyond Bitcoin. Show all posts

Saturday, May 26, 2018

From Industrial 4.0 to Finance 4.0


https://youtu.be/Gs4_eurnrtU


https://youtu.be/GMMfxVxdlSM

https://youtu.be/Wkp5a7RZOsQ

MOST people are somewhat aware about the Fourth Industrial Revolution.

The first industrial revolution occurred with the rise of steam power and manufacturing using iron and steel. The second revolution started with the assembly line which allowed specialisation of skills, represented by the Ford motor assembly line at the turn of the 20th century.

The third industrial revolution came with Japanese quality controls and use of telecommunication technology.

The Fourth Industrial Revolution, or first called by the Europeans Industry 4.0, is all about the use of artificial intelligence, robotics, genomics and process, creative design and high speed computing capability to revolutionise production, distribution and consumption. Finance is a derivative of the real economy – its purpose is to serve real production. Early finance was all about the finance of trade and governments to engage in war.


It is no coincidence that the first central banks (Sweden and England) were established in the 17th century at the start of the First Industrial Revolution. Industrialisation became much more sophisticated as Finance 2.0 brought the rise of credit and equity markets in the 18th and 19th centuries. Industrialisation and colonisation came about at the same time as the globalisation of banks, stocks and bond markets.

Again, with the invention of first the fax machine, then Internet that speeded up information storage and transmission in the 1980s, finance and industry took a quantum leap into the age of information technology. Finance 3.0 was the age of financial derivatives, in which very complex (and highly leveraged) derivatives became so opaque that investors and regulators realised they became what Warren Buffett called “weapons of mass destruction”. Finance 3.0 stalled in 2007 with the Global Financial Crisis and was only propped up with massive central bank intervention in terms of unconventional monetary policy with historically unprecedented interest rates.

We are now on the verge of Finance 4.0 and it may be useful to explore what it really means.

The common definition of Industry 4.0 is the rise of the Internet of Things, in which cloud computing, artificial intelligence and global connectivity means that cyber-physical systems can interact with each other to produce, distribute and trade across the world in a massively distributed system of production.

But what does Finance 4.0 really mean?

What truly differentiates Finance 4.0 from the earlier version is the arrival of Blockchain or distributed ledger technology. The best way to think about the difference is the architecture of the two different systems.

Finance 3.0 and earlier versions were all about a top-down or hierarchical ledger system, like a pyramid, in which trade and settlements between two parties are settled across a higher ledger.

A simple example is payment from Joe in bank A to Jim in bank B is finally settled across the books of the central bank in local currency. But in international trade and payments, the final settlements (at least more than 60%) are settled in US dollar finally across the ledgers of the Federal Reserve bank system.

Finance 3.0 was not perfect and those who wanted to avoid regulation, taxation or any official oversight basically moved trading and transactions off-balance sheet and also off-shore. This was the “shadow banking” system that financial regulators and central banks conveniently blamed on their failure to see or stop the last global financial crisis.

Although technically the shadow banking system is the non-bank financial system, which would include bond, stock and commodity markets, the bulk of illegal, illicit transactions traditionally was done in cash.

Welcome to the technical innovation called cyber-currencies, which was made possible for peer-to-peer (P2P) transactions across a distributed ledger system (commonly known as blockchain). In architectural terms, this is a bottom-up system which technically can avoid any official oversight. Indeed, cyber-currencies or tokens were invented precisely because the users do not trust the official system.

As the populist philosopher Stephen Bannon said, “central banks are in the business of debasing the currency”. Hence, those who want to avoid the debasement of their savings prefer to deal with either cash or cyber-tokens like bitcoin (pic).

What is happening in the rapidly evolving Finance 4.0 is that as the world moves from a unipolar order to a multi-polar world in which other reserve currencies also contend for trade and store of value, the top-down architecture is fusing (or merging) with a bottom-up architecture in which trade, transactions and stores of value are shifting towards the P2P shadow system.

Why this is taking place is not hard to understand. Post-global financial crisis, the amount of financial regulations have tripled in terms of number of rules and complexity on what the official sector can regulate, which is mostly the banking system. It is therefore not surprising that all the innovation, talent and money are moving to outside the banking system into the asset management industry, which is much more lightly regulated.

No talented banker, however dedicated to the values of banking probity, can resist the temptations of working in asset management, away from the heavily regulated environment where he or she is 24x7 under regulatory internal and external oversight.

Another reason why the cyber-P2P business is flourishing is because the official sector is worried that further regulation would hinder innovation. But those who want to increase the complexity of regulation must remember that for every 50 foot wall, someone will invent a 51 foot ladder.

So competition in the 21st century has already moved from the physical and financial space into cyber-space.

If there is one thing I learnt as a former regulator, it is that if the banks are behind the curve in terms of technology, the regulators are even further behind, since they learn mostly from those whom they regulate. But if financial regulators deal with financial innovation through “regulatory sandboxes” where they allow their regulated banks to experiment in sandboxes, they are treating their regulated institutions as kids in an adult game of ruthless technology.

Time for the official sector to make their stand clear or else Finance 4.0 promises to be very different from the orderly world that they are used to imaging. Nothing says this clearer than a recent survey by the Chartered Financial Analyst Institute, which showed that 54% of institutional investors surveyed and 38% of retail believe that a financial crisis in the next one-three years is likely or very likely.

You have been warned.

- Tan Sri Andrew Sheng writes on global issues from an Asian perspective.


Related


With blockchain’s rise, regulators must keep up with Industry 4.0 or lose control

 

With blockchain's rise, financial regulation must keep up with Industry ...

 

How Industry 4.0 will change accounting - Journal of Accountancy

 

Finance 4.0: Mastering the Fourth Industrial Revolution | Oracle ERP ...

 

Five ways Industry 4.0 financing unlocks productivity bonus - YouTube

 

Related posts:

 

What is Blockchain Technology, its uses and applications?


 

BLOCKCHAIN beyond Bitcoin

 

On Mcoin, Bitcoin and points of investment

Thursday, March 29, 2018

BLOCKCHAIN beyond Bitcoin


Blockchain is beginning to enter the spotlight as organisations see uses for it over and above the cryptocurrency Bitcoin. From combating fake degrees to being able to track the origin of organic products, blockchain is proving to be a reliable solution in trust.

The underlying technology that powers cryptocurrencies like Bitcoin and ethereum is blockchain.

Creating trust in transactions Varanasi: Blockchain can be used to store verified documents so that users don’t have to keep validating important documents every time it’s submitted to a new party.

While blockchain was confined to finanin cial tech the early days, many organisations are starting to employ it in other industries because the technology is highly secure and even allows for transparency.

This encourages trust and in some cases even eliminates the need for a third party to validate the data, making it valuable to many organisations.

WITH fake doctorates and degrees becoming increasingly common, how are employers and graduates to find an efficient way to bridge the gap in trust?

According to Dr Mohamed Ariff Ameedeen, from University Malaysia Pahang (UMP), the solution could lie with blockchain technology.

As director of IBM’s Centre of excellence, which has been based in the university since 2012, he is continuously exploring novel uses for blockchain beyond cryptocurrency.

he said one of the early ideas the team was working on was a secure database that would prevent students from hacking to change their grades.

however, his team then decided to solve a more pressing issue affecting universities – fake degrees.

Mohamed Ariff said some universities are already integrating QR codes into graduates’ certificates to help validate credentials. however, even QR codes are now easily tampered with.

Taking it one step further, the UMP team created a system called Valid8, a QR code linked to a student profile secured by blockchain, which contains the student’s name, photo, title of degree and the year it was awarded.

This made tampering with the QR code pointless, as it only acted as a key to the information on the blockchain.

“even if someone used another person’s QR code, the data would clearly show it was not the person’s name or photo connected to the certificate,” he said.

he added that all the info placed on the blockchain is already publicly available so it would not compromise the students’ privacy.

Mohamed Ariff said making the data trustworthy meant time savings – as employers don’t have to contact the university to verify the certificate, they can be quicker in deciding if they should hire the job applicant.

So far, UMP has run a pilot programme with Valid8 by issuing supplementary certificates to 180 graduates from the industrial Management Faculty.

Mohamed Ariff said it took a couple of days to configure the blockchain node and a few more days to input the 180 students’ data.

“Although entering the information is relatively straightforward, migrating 15 years of old data (of earlier graduates) that includes more than just the initial four data points is going to take a bit longer,” he said.

The full-scale test for Valid8 will be the students graduating at the year-end convocation, estimated to be around 2,000.

To make the student profiles more useful, Mohamed Ariff said the team is planning to add more information such as grades, attendance, courses and maybe even disciplinary records.

“The beauty of blockchain is that it can grow with time and track a student’s academic life. imagine how much data it would have if a profile was set up for students when they entered kindergarten,” he said.

To encourage such a situation, UMP is open to collaborating with other universities that wanted to adopt blockchain for student iDs.

however, eduValue founder Barry Ew Yong warned that even a secured system has an obvious point of failure – human error.

he added that once errors entered the system there is a chance that it will be perpetuated. “Technology does not increase trust. Systems increase trust, though technology can be a useful tool to do so,” he said.

Like with UMP’s Valid8, the quality assurance startup has adopted blockchain to secure graduate certificates, using the technology to store a softcopy of the degree.

The company serves around 30 private schools, mostly tertiary schools offering up to Masters. Founded in Singapore in December 2012, it only just started employing blockchain.

he said the company uses a two stage system to ensure that only qualified students would be given certificates.

in the first stage it will help set up the standard by which students will be evaluated in order for them to graduate, and the approval process will be audited – schools found lacking will be struck off the system.

in the second stage it will vet all data being uploaded to the platform.

For UMP this is just a start – it’s also testing a blockchain based e-wallet called Xchain that students, lecturers, staff and vendors would eventually use for all transactions in UMP.

Beyond the security benefits, Mohamed Ariff said the open-nature of blockchain’s shared ledger meant the spending patterns could be analysed, making the university a giant data pool.

“With a population of 13,000 users, there’s a lot of potential data. And as a university, we love data,” he said.

Xchain is still in beta as the team is waiting to get Bank Negara to issue it an e-wallet license.

Mohamed Ariff concluded that blockchain is promising, especially for the education field, which relies on data that is open to peer review while also being trustworthy and tamper-evident.

ACADEMICIAN hu Dong, who advises Shanghai Jiaotong University’s Zero Bay incubator, said the supply chain industry could see huge advantages by having a more efficient and transparent data manto agement system.

Blockchain can be used track a product’s origin and determine if the materials were sourced as claimed, which is invaluable to sectors such as organic farming and ethical diamond mining. Also, by tracking the product’s trail along each stop on the supply chain, should an issue arise that requires a product to be recalled, the company could zero in on where the fault occurred.

For example, if a company found that the computer it’s making has a faulty hard drive, it would be able to identify which one of its factories was responsible. it then only needs to recall the computers that originated from the affected factory instead of all its products.

This would save cost as the recall will be smaller

and speed up the process which could help limit damage to the company’s reputation.

Dong, who was in Malaysia for a conference by blockchain incubator WeMerge, said the highlight of blockchain is accountability and transparency so it would create a higher degree of trust, which makes it great for smart contracts.

A smart contract can digitally facilitate, verify, or enforce the performance of a contract without the need for third parties. And if executed via blockchain, the transactions are trackable and irreversible.

He said smart contracts could ensure factories, for instance, get paid faster, as the payment can be released once the contract is verified through the blockchain instead of waiting for a third-party to process it.

Startup Eximchain, which has raised US$20mil (rM78.41mil) in funding to continue developing blockchain solutions, is offering Smart Contracts.

Its solution allows banks to verify the validity of orders and provide the necessary financing; and the transaction history can be used by suppliers to prove their reliability to buyers and rating institutions. For banker turned blockchain technologist Bobby Varanasi, limiting the technology’s application to Bitcoin is just shortsighted.

The co-founder of Thynkblynk Technologies, along with partner Parag Jain, have developed ChainTrail, a “trust platform” for storing verified documents, including education certificates, medical records and contracts.

By using ChainTrail, you don’t have to keep verifying a document each time it’s presented to a new party.

However, Varanasi said the company was not in the business of certification and that the onus was on the data provider, be it a university or bank, to ensure that the data is correct.

“A lie, once committed to blockchain, would become an immutable one,” said Jain, referring to how data can only be added but not modified on a blockchain.

To mitigate such risks, ChainTrail vets customers by validating their credentials and ensuring that they are authorised to represent stakeholders.

For instance, it would verify that a lecturer is from the university he or she claims to represent.

It also offers templates for agreements such as contracts and term sheets.

“In today’s world, lack of trust is increasingly permeating the world of trade, both politically and financially... blockchain as a tech has finally presented an opportunity to create trust amongst a variety of parties that transact with each other,” said Varanasi.

Chain of trust:


Built for cryptocurrency Bitcoin, blockchain is being used in innovative ways in a number of industries.

 

Basics of blockchain


LIKE a lot of complex technologies, blockchain is easier to understand once you break it down.

A blockchain is made up of a block of “transaction data” which is why it’s also called a ledger. Each block also has a hash – a string of numbers which uniquely identifies the block.

And similar to how a person has their parent’s names added to theirs, a block features a portion of the preceding block’s hash.

Put in terms of family lines, it’s like how you could tell that Amir bin Ali is the son of Ali bin Abu, who is in turn the son of Abu bin Bakar, and so on.

Basically, the hash “chains” the blocks together, by affirming their place in relation to the blocks before and after, hence the term blockchain.

Security in numbers

A key feature of blockchain is security. Blockchain runs on the paraphrased adage that you can fool some of the people some of the time, but not all the people all the time.

So rather than making it tamper-proof, blockchain is tamper-evident – this is done by making a copy of the blockchain available to all members of the network, which is why blockchain is sometimes referred to as a public ledger.

As members of the network all have a copy of the same blockchain, if anyone’s chain is compromised by a hacker, it would look different from others.

If you have ever tried to organise a movie night with an extended group of friends on a WhatsApp group, you’ll get the idea.

Say, you want to watch Marvel’s Avengers: Infinity War and get the ball rolling by choosing the day and cinema, and then ask whoever that’s interested to add their names to the list.

The original message can’t be altered as it has been sent to the group. Instead everyone adds to the data by including their names and maybe a request for a specific timeslot. This concept is called “persistence”, wherein the older data cannot be retroactively altered.

Though a cheeky friend could change the date to try to troll the group, he wouldn’t be able to hide the fact that earlier messages will show a different date. This is what makes a public ledger like the blockchain tamper-evident.

Blockchain transaction


The blockchain is stored on computers, also known as nodes, that are connected via a peer-to-peer network.


Related posts:

What is Blockchain Technology, its uses and applications?