3 Disruptive FinTech Technologies to Watch in 2018
The European Union’s General Data Protection Regulation (GDPR) is predictable to limit the amount of data businesses can use for data mining. However, new research proposes that it will actually be an advantage for the FinTech industry. According to Roger Samara, consequences of GDPR is that industries will have access to data from patrons using a translucent opt-in model. The report also highlights three technologies that are predictable to expand the usefulness of big data. Let’s have a look at these technologies which are disruptive to the FinTech market this year:
• Data mining in the GDPR Era: The aim of EU’s General Data Protection regulation is to protect the inhabitant’s personally identifiable information (PII). Actually, GDPR provides transparency around data use and give individuals the right to limit its use.
The blockchain technology has the potential to support organizations in following with GDPR’s rules. And this technology has taken the corporate world by storm. The electronic discrete ledger technology can create an unassailable record for keeping the history of transactions. As that data or information is permanent, using blockchain technology to manage PII could run afoul of GDPR norms. But when PII data is kept distinct from the blockchain network, the technology becomes part of the solution for GDPR acquiescence.
As GDPR already in influence, FinTechs are aware that data fissures will have greater consequences than ever. And they have to keep client consent at the forefront of their advertising crusades and approach. Data ruptures won’t just draw media coverage that could cause patrons to leave. But under GDPR, fines can be charged, as high as 4% of total revenue, which is a huge amount.
GDPR is not just about major breaches
When someone maneuvers his or her right to be forgotten, database records will have to be removed. And if blockchain is part of the particular system, a corporate blockchain administrator will require to confirm that any “on-chain” records become meaningless.
Luckily, there is a modest method for doing that. Data collectors have the opportunity to craft an open approach to consumer data while being suspicious of revealing user trust. Such a method combine transparency and honesty. Hence, the businesses who do not want to face patron backlash should seek to prioritize this.
It’s not just theoretic. In reality, data mining operations have come under better scrutiny over the past year. For instance, the Facebook/Cambridge analytical disgrace causes a substantial backlash by customers and even harshly down Facebook’s share price. So, the businesses which strategies to execute GDPR restrictions would profit by vending technology for data mining.
• Decentralized Apps Will Detonate: This year will see a substantial growth in the deployment of Decentralised Apps (Dapps). Using blockchain as their fundamental technology, Dapps will create an inventive open-source software ecosystem, both secure and easy to develop for.
These apps pool resources across several machines worldwide, hitching the power of thousands of idle processors. The consequences are applications which do not belong to a sole entity but are community-driven.
Similar to blockchain technology, Dapps are discrete across many nodes, making them enormously fault-tolerant while also translucent to customers. These apps will be more secure. Actually, the devolution will make hacking and scam less dominant as data kept on the blockchain cannot be changeable at a later date. These features will surely lead financial players and third parties to utilize the technology where safety is paramount.
Although the requirement to use crypto-based tokens as compensation could be a hurdle. And the desire for a safe, recorded series of procedures will drive adoption, with customers enthusiastic to spend for the profit.
• Quantum Supremacy: This year will see quantum supremacy, a quantum processor that can carry out tasks that are not practical with a traditional computer. It holds the promise of quickly solving composite algorithms, redefining areas such as FinTech, logistics, research and development etc.
Quantum computing works by utilizing essential particles such as electrons or photons with the notion that either their charge acts as a representation of 0 and/or 1. All these particles are called the quantum bit and how these acts form the foundation of quantum computing.
As a consequence, quantum computing can solve far more composite problems than present binary computers can handle. Indeed, quantum machines are millions of times more influential than binary machines and have the perspective to affect and dislocate procedures across all industries.
Wrapping Up
These are the top 3 disruptive FinTech technologies that you will watch this year. These technologies offer more safe and responsive applications and exponentially raise computational performance. Roger Samara has discussed the above technology. He is a computer savvy who is passionate about his work and the latest technological inventions. If you want more updates on technology, then stay in touch.
