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5G Metaverse: How Will 5G Support The Growth & Development Of Metaverse?

ChainCode Consulting LLP — Fri, 23 Jun 2023 06:50:23 +0000

Do you that the current 4G latency is 200 milliseconds?

It means that the data will take 200 – 250 milliseconds to reach its target. An increased impact time will also increase the response time.

Though waiting a few seconds to load your chrome page or upload images or process a transaction does not seem worrisome. However, if we compare the scenario to the use cases in the metaverse it's troubling.

People in the virtual world use AR/VR or XR devices to control their avatars and interact with virtual elements. These AR and XR devices need high bandwidth, a secure network and lower latency to function properly.

Imagine a situation where your screen starts to buffer the moment your avatar handshakes with other avatars. Or worse the network congestion slows down or hampers the sync between what you are doing and how your avatar is imitating. It will be chaos.

A 5G network with low latency, high bandwidth, high speed and increased capacity is a cornerstone for metaverse growth.

5G is crucial in unlocking the full potential of the metaverse, enterprise metaverse use cases and enhanced metaverse experiences.

Let us dive into the benefits of 5G and how it will pave the way for a more mature 5G metaverse.

What Is a 5G Network?

5G stands for the fifth generation, referring to the latest generation of mobile networks. It is the successor to 4G and is designed to provide faster internet speeds, lower latency, and more reliable connectivity to support the increasing demand for data-intensive applications such as virtual and augmented reality, autonomous vehicles, and the Internet of Things (IoT).

5G networks use higher frequency bands and advanced antenna technologies, such as massive MIMO (Multiple Input Multiple Output), to deliver faster data speeds, higher capacity, and more consistent connectivity. This technology has the potential to revolutionize industries and enable new use cases that were previously impossible with earlier generations of mobile networks.

4 Key Benefits of 5G Network

The top 4 benefits of 5G are as follows:

High speed

The speed of the 5G wireless cellular network will go beyond 4G. Experts predict that 5G will offer speeds up to 10gbps which is 100 times more than 4G.

With that speed, you can download high resolution movies in 6-7 seconds instead of 7 minutes.

The 5G speed upgrade will enable limitless exciting possibilities for consumers, telecom providers and businesses.

Low Latency

Latency refers to the time a signal or data takes to go from its source to the receiver and back again.

One of the fascinating capabilities of 5G is its low latency. In the new 5G network, data will take less than 5 milliseconds for its round-trip transmissions.

The low latency will support the development and seamless functioning of sophisticated technologies and devices.

5G latency is faster than human visual processing. Therefore you can operate VR & XR devices for real time interaction better. Moreover, it will also improvise and enhance the XR & MR experiences as you will unlock highly efficient network potential.

Enhanced Capacity

High speed network is undoubtedly exciting and useful. But does the 5G network has the capacity to transform business technological requirements?

5G has more than 1000 times more capacity than the 4G network. This means that 5G can handle thousands of connected devices simultaneously.

Where there is a need for a machine to machine communication 5G will offer the benefits of high speed with enhanced capacity for seamless functioning.

Imagine a 5G industrial use case where hundreds of machines are working to manage the supply chain, ensuring timely delivery, processing payments and avoiding delivery delays using predictive analysis simultaneously.

High Bandwidth

The present day 4G network often fails when a large number of devices are connected. The network congestion leads to lags in video streaming, buffering and sometimes total website shutdown.

5G networks are optimized to handle the high network traffic and usage spikes. With high speed and capacity, 5G also offers high bandwidth. It means that the 5G network is capable to handle large data transmissions.

This will mean a more immersive and non-stop metaverse experience for users.

With 5G, the metaverse platforms will be well equipped to handle millions of users simultaneously offering everyone one-of-a-kind virtual experiences.

Another benefit of high bandwidth is its potential to accelerate big data analytics for businesses.

Why and How Will 5G Enable The Metaverse?

Metaverse is a virtual world that replicates the elements and experiences of the physical world.

You can not only play games in the metaverse but also enjoy several business use cases.

Metaverse is accelerated through web 3.0 architecture. It includes technologies like AI, blockchain, NFTs, cryptocurrencies, smart contracts, AR, VR, XR, MR, ML, 3D modelling and more.

These futuristic technologies cannot function properly with limited network capacity, high latency and lower bandwidth.

The current wi-fi generation suffers from congestion and high latencies. When several XR devices are connected simultaneously, the network fails to produce satisfactory output.

With slower 4G latency just turning your head in the virtual reality will make you frustrated. Playing games, dancing, walking or interacting is out of the question.

5G offers reliability, latency and range for the metaverse platforms, apps and technologies to function seamlessly.

5G Fuels Web 3.0 Technologies

Unlike the current centralized platforms, the metaverse is built over decentralized technologies of web 3.0.

The web 3.0 technologies that include blockchain, storage databases, smart contracts and others promote a decentralized, transparent, secure and permissionless ecosystem.

Metaverse tech stack or the web 3.0 architecture is built over traditional technologies. And to ensure the efficient functioning of metaverse technologies, we need an equivalent efficient network that supports the underlying technology.

At present, the launch of a 5G network that offers high speed, increased bandwidth and low latency is a timely development.

5G Enhances AR, VR & XR Experiences

Other technologies that make metaverse possible are AR, VR, XR and MR. These technology enabled devices enable us to consume the metaverse content.

VR or virtual reality refers to the computer-generated 3D virtual elements or worlds which you can interact with in real time using VR devices. Oculus Quest 2, Varjo VR-3, Playstation VR, Valve Index and HP Reverb G2 are some of the popular VR devices.

AR technology augments virtual elements into the real world. It kind of superimposes digital elements into the physical world which you can view and interact with using AR devices. For example, the AR filters in Instagram, Snapchat and TikTok use your phone's camera to superimpose virtual elements or effects on your face.

Popular AR devices are HoloLens 2, Lenovo’s ThinkReality and Nreal. Further, you even have AR contact lenses like Mojo Vision and InWith.

Another futuristic technology which converges the real and physical world is MR. It enables us to overlay the virtual world on the physical world with real time interaction.

Spatial persistence is a necessary requirement for both AR and MR, which involves anchoring the virtual overlay in the real world even as the user moves around.

For example, if an AR/MR user moves away from a physical table where a digital vase with flowers is placed, the size of the vase and flowers should appear to decrease in proportion to the physical distance between the user and the table.

The holographic projection has also gained popularity in recent years, but its long-term viability as a technology remains unclear. While traditional VR and AR rely on rendering 3D worlds on 2D surfaces, advanced stereoscopic AR can provide a holographic-like experience. True holography involves recreating 3D worlds using phase differences in light, resulting in sharper and more realistic 3D images. However, consumer-grade phase-coherent light generation has proven challenging so far.

Although the XR device ecosystem is still in its infancy, emerging multi-access edge computing (MEC) capabilities like Boundless XR and CloudXR are already moving in this direction. These technologies enable much more immersive experiences, with VR headsets displaying content at higher levels of detail and AR headsets handling more complex real-world interactions.

One crucial requirement for all these devices is a performant, reliable, and secure network that can offload control and computing tasks from the devices to the edge. To achieve device desirability in terms of weight, cost, and comfort, these devices need to be connected to the lowest possible latency edge server where graphics can be rendered in real-time and then streamed to the HMD like in a video conference.

Therefore, a reliable, secure, and low-latency wireless connection to XR devices, such as 5G, is essential.

Edge Computing

If there is a delay of several seconds before the avatar you're interacting with the response, the experience in the metaverse can be less than ideal. To avoid this issue, low latency is crucial. Edge computing, which involves moving processing and computing closer to where it's being consumed, can significantly reduce network latency and improve reliability.

As real-time reactions become more critical in network operations, edge computing will become increasingly vital. It expands on the traditional cloud model of interconnected large data centres by incorporating smaller, physically closer data centres. This enables more efficient distribution of cloud processing, with latency-sensitive tasks located closer to end-users while other tasks are placed farther away, where costs and utilization can be optimized.

Ultimately, reducing the time it takes to reach the cloud significantly enhances the metaverse experience for end-users.

Conclusion

A recent survey by Ericsson shows that 5G will increase metaverse engagement. The survey indicates that 5G users spend one hour more than 4G users on the metaverse. Further, the survey also predicts that users will spend 1.5 hours every day consuming video content on XR devices.

Therefore, the 5G metaverse is not only about technological advancements and enhanced experience but also about user engagement.

Looking to dive into the 5G metaverse revolution?

Launch your own metaverse with Chaincode Consulting. Get on a call with the experts to discuss your requirements and they will help you build a robust and hyper realistic metaverse to scale your business value, revenue and growth.

Blockchain in Finance - The Potential Use Cases in 2023

ChainCode Consulting LLP — Thu, 15 Jun 2023 07:04:58 +0000

Welcome to the fascinating world of blockchain in finance!

Blockchain technology has emerged as a revolutionary force, challenging the foundations of traditional finance and giving rise to decentralized financial systems.

This transformational shift is redefining how we interact with money, investments, and transactions. By eliminating intermediaries and utilizing cryptographic principles, blockchain enables secure and transparent peer-to-peer transactions, removing the need for centralized authorities.

As blockchain continues to evolve, traditional financial institutions are being forced to adapt or risk becoming obsolete. In this era of technological disruption, the rise of decentralized financial systems marks a fundamental paradigm shift in the financial landscape.

As we step into 2023, the potential of blockchain in revolutionizing finance is truly remarkable. So, this article will explain the possible use cases of blockchain in finance.

But, before proceeding further, initially, you should know some recent and trending stats on Blockhain in finance.

Some Interesting Stats on Blockchain in Finance - You Should Know

Statista predicts that the expenditure on blockchain solutions worldwide is expected to surge to $19 billion by the year 2024.

As per the latest statistics, a total of 87 countries have displayed a keen interest in Central Bank Digital Currencies (CBDC).

Digital payment stands as one of the prominent fintech products, capturing a significant share of 25% within the fintech market.

The total number of unique blockchain wallets created is 83,329 million.

A substantial majority of the US population, accounting for 78%, exhibits a preference for digital banking over traditional visits to physical bank branches.

An overwhelming majority of global consumers, reaching 96%, possess an awareness of at least one fintech service or company.

Challenges Facing By Traditional Finance Industry

The traditional finance industry faces several challenges in the modern era. Some of them are as follows:

Outdated infrastructure and legacy systems hinder innovation and efficiency.

Lack of transparency in fees, terms, and conditions creates confusion for customers.

Susceptibility to fraud, money laundering, and cyber-attacks due to centralized databases.

Limited accessibility to banking services contributes to financial exclusion.

High transaction costs and lengthy processing times impede financial transactions.

Complex regulatory frameworks and compliance requirements pose challenges for traditional finance institutions.

Limited customer personalization and customization options compared to emerging fintech alternatives.

Inadequate risk management practices lead to financial crises and instability.

Difficulty in adapting to evolving customer expectations and preferences.

Lack of integration and interoperability between different financial systems and institutions.

Blockchain Technology Solved the Problems Faced by Finance Industry - How?

The finance industry has confronted many challenges for quite a while. Incredible advances in innovation have prompted to solving the various problems. However, new issues have arisen as a result of some emerging technologies.

Today, there are numerous fintech solutions available. Making it extremely difficult for financial services providers to select the best solution. Therefore, they are searching for an all-in-one solution that can solve all the major difficulties they face.

Blockchain technology in financial services has a lot of potentials and can solve major problems facing the industry. Find out how!

Reduced Costs

Since the financial sector is mostly centralized, it invests a lot of money in:

Bookkeeping
Intermediary commissions
Database maintenance
Work expenses
Central purchasing databases
Database security
Value transfer systems

These costs are recurring, which means that money must be invested in them at regular time intervals. All these additional costs make the system more expensive without the guarantee that data breaches will not occur.

Solution: With blockchain in finance, many costs can be reduced. According to a study, DLT can reduce the cost of financial services infrastructure by up to USD 15 billion – USD 20 billion per year by 2022.

Blockchain technology is a form of DLT, which can help increase transparency and reduce costs. while ensuring safety. Financial service providers such as banks can also implement smart contracts in their systems to reduce the costs of:

Intermediaries
Value transfers
Bookkeeping

Therefore, blockchain in financial services can save costs substantially.

Manage Risks Effectively

Financial service providers face many risks when providing services such as loans, such as:

Credit risk due to information asymmetry.
The counterparty is unable to meet its obligations.
Trusted intermediaries.

In the case of commercial banks, emphasizing monitoring and tracking of loan use is also not very reliable and effective. Since trust must ultimately be placed in an intermediary.

Therefore, the risk is significant as providers will face substantial expenses if something goes wrong.

Solution: With blockchain in financial services, each stakeholder is treated as a node. That's why:

Fund management risks and credit risks are reduced as all transactions are recorded on the network.
Peer-to-peer (P2P) transactions can be enabled, eliminating the need for intermediaries.
Smart contracts help settle transactions quickly.
Data immutability improves reliability.

Blockchain in finance makes it easy for financial service providers to manage all risks.

Instant Settlements

In today's financial system, some payments can take up to a week to finally clear. The reason behind this is mainly the presence of multiple brokers in the system. Our current financial system is multi-layered.

It means that each transaction must go through at least a couple of intermediaries in order to be settled. Sometimes these intermediaries are the main and administrative offices of a bank, while other times they are third parties, such as currency exchangers in case of cross-border payments.

The presence of numerous intermediaries is one way to ensure security and authenticity in a centralized system, but it creates multiple problems, such as long settlement times and higher costs.

Solution: With blockchain in finance, peer-to-peer (P2P) transactions are possible. It implies the elimination of intermediaries since smart contracts will be able to manage transactions successfully. As the layers of the system are reduced, instant payment settlements will become easier. Blockchain payment systems can also be implemented so that cross-border payments can also happen instantly.

Therefore, blockchain in financial services can facilitate instant settlements.

As we have understood Blockchain technology is promising for the financial industry. So, it’s high time to know the potential use cases of Blockchain finance.

Potential Use Cases of Blockchain in Finance

Blockchain technology has the potential to revolutionize various aspects of the financial industry. Here are some potential use cases for blockchain finance:

Smart Contracts

Blockchain allows the creation and execution of self-executing smart contracts, which are programmable agreements that automatically execute when predefined conditions are met.

This can automate complex financial processes such as loan agreements, insurance claims, and derivatives trading, enhancing efficiency, transparency, and accuracy.

Asset Tokenization

Blockchain enables the tokenization of various assets, including real estate, stocks, bonds, and commodities. Tokenization can improve liquidity, and enable fractional ownership. Also, facilitates the efficient trading of assets, thereby democratizing access to investment opportunities.

Crowdfunding and Initial Coin Offerings (ICOs)

Blockchain allows for decentralized crowdfunding through Initial Coin Offerings (ICOs) or Security Token Offerings (STOs). It enables startups and entrepreneurs to raise capital directly from a global pool of investors while providing transparency and liquidity.

Auditing and Compliance

Blockchain's immutable and transparent nature makes it well-suited for auditing and compliance purposes. It can provide an auditable trail of financial transactions, simplifying regulatory reporting and reducing the risk of fraud or manipulation.

Data Security and Privacy

Blockchain can enhance data security and privacy by employing cryptographic techniques to secure sensitive financial information.

It can reduce the risk of data breaches and unauthorized access, ensuring the confidentiality of financial data.

Cross-Border Payments

Since banks charge an additional cost for each transfer, transferring goods or payments across borders becomes expensive and slow. For example, if someone needs to transfer money from the US to Russia, the transfer process must go through one or more financial institutions before it reaches the recipient.

Blockchain allows people to send and receive money with minimal involvement from different entities. Furthermore, with the help of blockchain-compatible blockchain payment systems such as Stellar and Ripple, cross-border payments can be settled quickly and cost-effectively.

Initial Public Offering (IPO)

High bureaucratic fees from venture capitalists, private investment firms, and banks make the entire IPO process expensive.

Therefore, the stock markets plan to move towards decentralization. Blockchain allows the full range of investor-company interactions to take place securely without intermediaries to reduce cost.

Capital Markets

Sales and trade
Asset service
Clearing and settlement
Issuance
Post-trade services and infrastructure
Custody

Payments and Remittances

Domestic Retail Payments
National wholesaler and securities liquidation
Cross border payments
Tokenized fiat, stablecoins, and cryptocurrency

Trade Finance

Financing structures
Letters of credit and bill of lading

Asset Management

Limit Table Management
Transfer agency in asset management
Fund management
Fund release

Banking and Lending

Credit prediction and credit score
Asset collateralization
Loan syndication, subscription, and disbursement

Insurance

Claims processing and disbursement
Parameterized contracts
Reinsurance markets

Future And Opportunites of Blockchain Finance

The future of blockchain finance is brimming with opportunities, as highlighted by industry experts at Chaincode Consulting. To realize its full potential, blockchain technology must meet certain criteria to become a widely adopted solution in the financial industry.

One crucial step for banks is to establish the necessary infrastructure that enables a global network, incorporating matching solutions to leverage the full power of blockchain. It is only through widespread adoption that the industry will experience the transformative impact of blockchain.

The investment required to implement blockchain technology is expected to yield substantial rewards. By embracing blockchain, banking institutions can streamline payment processing, enabling faster and more accurate transactions while significantly reducing associated costs. The immutable and transparent nature of blockchain ensures the integrity and security of financial data, further enhancing the efficiency of banking operations.

Moreover, the introduction of advanced products like the DKYC (Decentralized Know Your Customer) and CPerks products further augments the potential of blockchain in finance.

DKYC leverages blockchain's distributed ledger technology to revolutionize the KYC process, making customer identity verification more efficient, secure, and cost-effective. On the other hand, CPerks harnesses the power of smart contracts to facilitate loyalty programs, rewarding customers in a transparent and automated manner.

As blockchain continues to mature and garner widespread adoption, the future of finance appears increasingly intertwined with this transformative technology. With its ability to enhance transaction efficiency, reduce costs, and provide superior customer experiences, blockchain represents an unprecedented opportunity for the financial industry to evolve and thrive in the digital age.

Concluding Thoughts

The potential use cases of blockchain technology in finance in 2023 are vast and promising. The adoption of blockchain has the power to revolutionize traditional financial systems by enhancing transparency, security, and efficiency.

With decentralized finance (DeFi) gaining traction, blockchain enables peer-to-peer transactions, lending, and borrowing without intermediaries. Moreover, smart contracts automate complex financial agreements, reducing costs and minimizing the risk of fraud.

Blockchain-based identity verification systems enhance customer onboarding and streamline Know Your Customer (KYC) processes. As blockchain continues to mature, its potential impact on finance is only expected to grow, transforming the industry into a more inclusive, secure, and efficient ecosystem.

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