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Taking a Look Into Metaverse Storage Solutions

Nowadays the term metaverse is everywhere. People are talking about it, it’s in the news, Facebook, now rebranded Meta, is obviously totally into it. If anyone has actually taken a few minutes to look a little deeper into what web3 and the metaverse is and actually means beyond the mentions in the news, they’d probably agree that the metaverse is something to get familiar with because of its continued, almost certain impact on our world and the way we live our lives now and perhaps, well forever.

So with all of this buzz about the metaverse it is probably both a worthy and also noble cause to look into what the implications of this grandiose concept just may be. When we understand that the components of the metaverse are digital and that developers create programs and decentralized applications which require space, or metaverse bandwidth in order to engage in live transmission. Similarly, network storage capacity is required for long-term holding and necessary data retrieval functions to be performed in the activity of the decentralized application implementation. Decentralized storage meets a required need for any and every metaverse platform and blockchain operation.

Why Metaverse and Web3 storage solutions are needed

As explained, DApps and blockchain developers need data networking capabilities in order to deploy any decentralized application into the Web 3.0 space. Things that come up when considering metaverse storage options are most often related to performance and cost. Because of the newly developing Web3 space, many performance issues have unfortunately lulled progress and adequate commercial implementation of video and other sophisticated data streaming and sharing requirements typically desired by the progressive metaverse visionaries busy at work developing cutting edge applications.

AuroraFS network has built the first of its kind metaverse storage solution which provides content creators with a seamless, highly adaptable API interface and large global data resource pool which perpetuates live real-time HD quality video streaming for metaverse services that would require or be enhanced by live streaming capability.

Not only do developers get superior video streaming capabilities with the AuroraFS network system design, but also heightened security, as the AuroraFS network uses a new concept in DeFi implementation. Authorized access control creates a security obstacle in the way of any malicious node that may try to infiltrate the secured AuroraFS blockchain network. This means any secure information, such as sensitive information needed for users, blockchain transactions, licensed or sensitive content stored within the blockchain environment is totally protected and stored in fragments for another level of protection in the case data was somehow extracted from any compromised point.

Data security in decentralized storage gives added peace of mind

While it’s great to have a fast, efficient network, it certainly reigns true that network security may just offer the greatest peace of mind. If the metaverse or other web3 application is working flawlessly, what good is it if data stored on the network isn’t safe, but instead open to attack at any moment by diligent scammers, hackers or bad actors? The AuroraFS network built security into the network design for that reason. Metaverse storage solutions should not only be fast and reliable, but also totally secure.

Not until now, could a metaverse decentralized cloud storage solution such as AuroraFS remain this secure, and make an accurate claim of being totally decentralized through and through. The AuroraFS network design and technological Web3 stack protocol is all-in-one and completely decentralized. AuroraFS is the only one of all web3, decentralized storage solutions which requires no external programs or systems to help facilitate the network data storage and streaming solution for metaverse and other web3 development needs.

Speed is also important in metaverse storage solutions

Every development in technology must take into account the need for speed when considering data transmission in metaverse storage and hosting operations. Data retrieval is a serious matter and can determine user engagement or not. We live in a world where no one wants to wait, and they most often don’t have to because some company or group will most often work to solve efficiency issues found in any online experience with substantial market value. The AuroraFS addresses data speed by implementing an optimization scheme known as ACO (ant colony optimization).

Ant Colony Optimization is a data retrieval system in which data trails are created and marked, in a system similar to how real ants track out their most efficient routes from the colony to identified food sources. The advantages of ant colony optimization are mostly exercised in the automation of it. The most efficient data retrieval routes sometimes change, and this is done automatically within the ACO algorithm implementation.

The need to be outstanding in the developing metaverse iteration

The rapidly advancing technology shaping  evolving metaverse development requires equally evolving and innovative storage solutions. Also mentionable is the fact that members of the public are becoming much more educated than ever before, about technological nuances.

Online communities like Reddit and Hackernoon are intelligently being leveraged by the public as sources of insight into the Web 3.0 space, giving many the insight to know what’s good and what needs to be improved upon. Now, more than ever, people will figure companies and projects out if they’re not using the best available tech to present an enjoyable UX.

Many huge data storage needs in today’s web3 world

The largest web3 iterations are documented as having a range of active users which reaches into the hundreds of thousands on a month-by-month basis, with growth only expected to continue. The type of activity going on in growing metaverse iterations requires huge data storage capacity in many cases. Large metaverse bandwidth needs cause similar significant data system demands which frankly most current storage options just don’t have the bandwidth and ability to adequately cover without sacrificing performance delivered to the system for its users.

One could submit that AuroraFS has seemed to get it right in one particular regard – the peer-to-peer global resource pool. AuroraFS was able to bring together the elements of a commercial metaverse network storage system, blockchain and crypto staking rewards to form a reliable and expanding data resource pool which is the closest that can be compared to unlimited that has ever been seen on the market.

People across the world come together to deliver huge data for commercial metaverse needs

The AuroraFS answers the big data demands with the global data resource pool by offering people across the digitally-connected world the opportunity to provide bandwidth to the decentralized peer-to-peer data storage network, in exchange for cryptocurrency rewards in $AUFS tokens. The cryptocurrency staking mechanism is used to secure nodes on the AuroraFS proof-of-stake consensus blockchain network. It actually works as an additional security and authentication measure, since nodes must have proof of active staking before being permitted to join the cloud storage network.

The cryptocurrency rewards model is organically native to the blockchain ecosystem function which provides a self-incentivization scheme that has helped to add AuroraFS over 1,000,000 active nodes before the actual launch of its mainnet. The ever-expanding network is powered by incentives rewarded from the 67% token allocation designated to broadband mining rewards in this system.

What this equates to is an ever growing pool of available bandwidth that metaverse platforms can plug right into through the interoperable AuroraFS API interface in order to open their users up to a much more spacious, efficient, reliable, secure blockchain experience while in metaverse functions. NFT and avatars, wearables, building elements, gaming, content sharing and streaming, social networking and more is made better and easier for metaverse function with the AuroraFS network protocol.

The best metaverse storage solution to date

Out of the available options for metaverse storage solutions today, the AuroraFS really does seem to sit in the lead amongst any mentionable top options. There just aren’t any other fully decentralized, no middle man, CDN, or other outside element-needing options around. The HD real-time video playback, music and live streaming capabilities, large global data and bandwidth resource pool which allows room for major platform growth, plus other factors make AuroraFS a real hands down best option.

Current and future anticipated innovations in security and content delivery methods make the AuroraFS a top option among all metaverse storage solutions. Associated functions of streaming, sharing, gaming and more can be done seamlessly on the network without delay or interruption.

No matter how small or large the metaverse storage need is, it would be worth taking a look into the advantages seen in the AuroraFS p2p decentralized blockchain network for a top metaverse storage solution. The future advances in metaverse development are expected to increase demands considerably, and major metaverse platforms with advanced data network requirements will need a network which enables scalability. So then, what are the best solutions for metaverse storage in your opinion? Be sure to do your own research, compare it against the references made to draw your own conclusion. Happy hunting!