The complexity of a company's financial activities, both within its operations and across its third-party providers, can be attributed to a number of different variables. These are the following:
Because of the rules around the secrecy of the owners' financial behavior, there is an information asymmetry. The necessity to conceal the names of those who are the legal owners of assets is the driving force behind the lack of transparency that exists in financial transactions; nonetheless, this places significant limitations on one's capacity to verify the existence and legitimacy of the transactions.
A substantial level of resistance present in any action involving money. The majority of transactions include a neutral third party that is relied upon by both parties. This is done so that information disparity and the possibility of arbitration are mitigated. The participation of a third party, which is most frequently a financial services company, a law firm, or a bank, results in the formation of multiparty agreements and increased transaction fees (also known as transactional costs, according to Ronald Coase).
The difficulty of analyzing financial instruments. Derivatives on various financial instruments make up a significant portion of the world economy. They are all assets on the balance sheet of the corporation, but each one has a unique level of liquidity and "distance" from the real money that back it up (some derivatives are a result of several deviations from real funds). This makes it more difficult to investigate the potential of getting real funds in the event that there is a redemption or a crisis, which further complicates the operations of the financial sector.
These are some of the most important elements that contribute to the complexity of the financial system. Even though they play a less important role within businesses, the dangers that they pose increase at an exponential rate once there are more than two parties involved in a transaction. A supply chain is an excellent illustration of this principle because even a straightforward delivery could include more than three or four different parties. There may be as many as ten parties involved in a single agreement for the entirety of the transaction if financial intermediaries are included. If you consider the entire value chain, which includes the product or service that is being purchased, the information that is communicated between the parties, as well as the financial flows, there could be hundreds of parties involved with a large enterprise and dozens of parties involved with a medium-sized enterprise.
Even though recent advances in information technology have made it possible to alleviate some of the issues described above, finance departments and financial service providers are still required to conform to stringent privacy regulations. The risk of financial losses and of third parties demanding partial control over internal operations and centralised information technology systems falls on the shoulders of finance teams. This is one of the reasons why official standards had to be established in order for financial firms like SEPA, Swift, Visa, and MasterCard to conduct business with one another.
It is essential to be aware that public blockchains are not often utilized by well-established businesses and are not typically associated with activities linked to investment. As a direct consequence of this, there is a dearth of available analysis concerning blockchain development applications.
Blockchain Use Cases That Have Been Implemented In The Finance Sector
Microsoft and Bank of America have signed a standby letter of credit.
Microsoft gave a presentation at the 2019 Sibos Conference in London that highlighted one of the most notable applications of blockchain technology. Because they require the participation of two banks that trust each other in order to guarantee payments between two entities that do not trust each other, standby letters of credit are one of the most significant sources of frustration for financial institutions. A business case study that was undertaken by PwC for Microsoft and Bank of America found that this procedure normally requires the participation of up to 20 people and can take up to 14 working days to complete.
Banco Bilbao Vizcaya Argentaria: Corporate Loans
Another example of the effective application of blockchain technology is the contractual negotiating process that took place between BBVA and Indra, which culminated in a loan transaction of €75 million. The method that is currently used to contract business loans is lengthy and complicated. It requires a series of time-intensive evaluations and agreements between the customer and the bank. This pilot addressed and improved upon the entire process, beginning with the negotiation phase and continuing all the way through to the loan signing.
This initiative was innovative not just because of the product for which it was produced (business loans), but also because of the various blockchain platforms it utilized. Specifically, an internal solution based on a private blockchain was established in order to facilitate the negotiating process and the fulfillment of criteria between BBVA and Indra (Hyperledger).
Timestamps on Bitcoin Transaction Records Provided by Intesa Sanpaolo, Along with Corda for Interbank Reconciliation (Ethereum)
For its day-to-day operations, Intesa Sanpaolo relies largely on the adoption of a variety of innovative technologies, including blockchain. The OpenTimestamps protocol enables a straightforward indexation of the system's records, which is protected by the Bitcoin blockchain. This is one of the company's innovative technologies. Hash values are applied to the pertinent data in timestamping, which results in the production of a brief, one-of-a-kind identifier called a digest. This digest is analogous to the data's digital fingerprint. The immutability of the blockchain enables robust non-refutable timestamping that will always verify beyond any reasonable doubt the presence of that data, in that specific status at that precise instant in time. This fingerprint is recorded on the blockchain.
Also Read Here: Evolution Of Businesses In The World Of Blockchain Development
ING Group's Know Your Customer System Moves to Blockchain
One of the multinational banks that is participating in the joint venture between ConsenSys and komgo SA to provide financial services is the ING Group. The process begins with two different items. Instead of using a centralised database, the first product facilitates and standardizes the KYC process by exchanging documents on a need-to-know basis over the blockchain. This eliminates the risk of data breaches. The second offering comes in the form of digital letters of credit, and it gives commodities houses and other platforms the ability to send digital trade data and documents to the customer bank of their choosing at komgo SA.
Automated Insurance Payments Provided by the AXA Group
The insurance company AXA has developed a platform called bubbly that can automatically carry out insurance payouts for flights that are delayed. A bubbly smart contract will automatically reimburse allocated payments in the event that a plane is late for more than the maximum amount of time that is permitted by the policy.
The platform is built on Ethereum blockchain, and every time a customer purchases flight delay insurance, the transaction is logged and considered to be tamperproof. payments that are carried out by a smart contract that make use of the oraclize function in order to obtain flight data, including the time of arrival and departure, from worldwide air traffic databases. The compensation transaction is automatically started when Oracle, an external database that can be trusted, delivers information regarding a delay of more than two hours. An illustration of how a firm can transfer the decision of employee compensation to an independent network is provided by the AXA platform.
Internal Treasury System of BNP Paribas
In October 2017, BNP Paribas and EY, one of the "Big Four" accounting firms, successfully completed a trial of a private blockchain network for use in internal treasury operations. The goal of the study was to cut costs incurred by the back office. The BNP group's ALM Treasury department conducted a successful trial of blockchain technology thanks to the application of private blockchain there. The following are some of the major takeaways identified by companies:
An integrated approach to cash management has led to an increase in operational efficiency.
Adaptability in business practises and availability around the clock
Enhancement of the compatibility between various bank legacy systems
Additionally, BNP Paribas is well-known for its string of technological experiments and pilot programmes, one of which is called Cash without Borders and was initiated by the bank's Transaction Banking division.
Ripple enables MoneyGram to process payments internationally
MoneyGram, one of the largest money transfer providers in the world, is now testing out the use of XRP in their payment processes. xRapid is Ripple's answer to the problem of providing on-demand liquidity. MoneyGram employs XRP, the native digital asset of the XRP (Ripple) Ledger, in payment flows that go through xRapid.
Ripple, on the other hand, is already a network of parties that want to trade XRP for particular currencies and vice versa. Its agreement was reached by reaching a consensus on the concept of linking in sequential order those parties that are authorized to change one currency into another.
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