Kitten 月

Il settore della blockchain ha raggiunto una fase strana. Nuove Layer-1 vengono continuamente lanciate, con TPS più elevati, commissioni più basse e una finalità ancora più veloce. Tuttavia, l'adozione è ancora incompleta e la maggior parte di queste catene non è in grado di sviluppare rilevanza a lungo termine. La risposta a questa domanda nell'era dell'IA sta diventando ovvia: l'infrastruttura di base non è più un collo di bottiglia.
Cosa ha già risolto il Web3
Il Web3 ha principalmente risolto le sue sfide sottostanti negli ultimi anni. Abbiamo protocolli di consenso rapidi, piattaforme di esecuzione delle prestazioni, architettura modulare e rollup. La capacità di muovere valore, regolare transazioni e gestire contratti intelligenti su larga scala non costituisce più nuove conquiste. Queste sono capacità che sono dati di partenza.

La tecnologia blockchain ha attraversato diverse fasi, che includono esperimenti iniziali di testing fino a sforzi di adozione massiccia. Tuttavia, c'è un grande problema che non è stato risolto con numerose reti: la stragrande maggioranza delle blockchain non è progettata per essere utilizzata nella pratica, ma per operare in teoria. Plasma sta affrontando anche questo guardando la sfida da un'altra dimensione, enfatizzando un'infrastruttura che sia più utilizzabile, scalabile e sostenibile a lungo termine e meno un hype a breve termine.

The term AI-ready blockchain may be heard everywhere, yet not many people bother to enquire what this term means. It has in most instances been a marketing shortcut but not a technical fact. Several chains purport to be AI ready since AI tools can be developed on their framework. This is actually a myth in reality. AI preparedness, is not an aftermath activity of incorporating AI, but is whether the underlying infrastructure was initially developed to run intelligent systems at scale.
The greatest myth in the present-day world is that a fast blockchain or a high TPS blockchain is immediately fit to work with AI loads. This supposition is based on the time, when blockchains were primarily utilized to make transfers and DeFi. However, AI systems act in the opposite way. They operate with great amounts of data, respond to continuity of memory, depend on automated decision making and demand predictable processing. These needs are not solved with speed.
That is why TPS and raw transaction speed are no longer the metrics of definition. Thousands of transactions can be processed by a chain per second, and yet the AI uses cases will fail in an attempt to bring logic, memory, and automation together in a consistent way. AI agents do not simply submit transactions, but they monitor states, process across data, cause things to happen, and resolve results. In the absence of the infrastructure that endorses this complete lifecycle, AI systems disintegrate into inefficient off-chain patches.
Some of the assumptions regarding blockchain design are no longer relevant. One of them is the fact that off-chain all intelligence should reside, and blockchain is used to settle results. One more is that stateless execution is sufficient. AI systems need continuity. They must be able to reason, remember and act without depending on weak systems outside. Any failure of the blockchains to do so will compel developers to connect databases, bots and middleware, which results in more risk and complexity.
But what then do AI systems require? To begin with, they require native memory to store and refer to changing states. Second, they require the existence of reasoning layers which will support conditional logic and decision paths. Third, they must be automated in a manner such that they can be activated without necessarily involving a human. Lastly, they require settlement, whereby results are sealed in a safe and open way, on-chain. These four aspects are not peripheral; they are central.
The absence of one of these elements turns the system into a shaky one. AI forgets if it does not have memory. It becomes a mere script without a reason. In the absence of automation, it requires manual triggers. In the absence of settlement, there is loss of trust. Most so called AI blockchains collapse due to the fact that they bring out one or two of these aspects without taking the rest into consideration.
Vanar Chain goes about AI preparedness in a different way. Vanar is designed around such requirements instead of retrofitting AI to existing infrastructure. It is built with an architecture towards allowing intelligent systems to run as a natural part and not as an addition to it. This implies that performance is coordinated with automation, memory processing, and execution logic as opposed to single transaction speed.
At the infrastructural level, Vanar favours an environment in which applications do not need to be torn apart into different layers, to scale. This will eliminate reliance on off-chain elements and will also enable AI-driven apps specifically in gaming, entertainment, and digital worlds to operate without issues. Vanar puts itself in a position to support intelligent workloads over the long-term by designing to enable real-time interaction, deterministic execution and coordination within the entire system.
This strategy alters the process of value creation. Exposure to VANRY is not related to speculation on hype cycles concerning AI announcements. It entails being part of infrastructure that is structurally positioned, as the AI systems are heading towards in reality. With AI in experiments progressing to production level systems, only chains with support of memory, reasoning, automation and settlement will be applicable.
In this regard, Vanar Chain is an exposure to AI preparedness but not speculation. It aims at establishing the principles on which intelligent systems can work reliably on-chain. This type of infrastructure-first design is becoming more and more significant as the industry is transitioning into more substantial metrics, one based on actual functionality.
@Vanar $VANRY #vanar

The Gaming, Web 3, and Digital Entertainment of the Future running on a Blockchain.
The only way that blockchain adoption will increase is once technology becomes unnoticed to the end consumer. This is the vision that Vanar Chain is being constructed with. Instead of providing financial-centric utilities, Vanar is designed to give support for entertainment-centric ecosystems like gaming, metaverse experiences, NFTs as digital media distribution, etc., which require speed, stability and scalability.
Vanar Chain addresses one of the largest issues of an entertainment platform on conventional blockchains: scalability to high load. Games and virtual worlds demand immediate transactions, low charges and flawless user experiences. The infrastructure of Vanar is designed to support the large transaction throughputs without sacrificing the decentralization feature and thus is suited to large user base and interactions in real-time.
Friendliness to creators is another pillar of strength of Vanar Chain. Applications can be developed by developers and studios without obstructing users to a complex set up of their wallets or the prohibitive gas charges. This reduces the barrier to entry and enables the users of Web2 to easily move to Web3-based entertainment. NFT minting through trading in-game assets are all created to make the experience fast and intuitive.
Vanar Chain is also essential towards making it a real digital ownership. Players and creators are given the opportunity to own, trade and monetize digital content in a safe and secure way and still have control over their content. This gives creators power, promotes innovation and opens up new sources of revenue that was not possible on traditional platforms.
Having a definite focus on entertainment, scalability, and usability, Vanar Chain offers itself as an excellent base of the next generation of blockchain applications. With gaming, metaverse, and digital media growing and growing, networks such as Vanar which focus on real user experience will spearhead the attraction of millions of new users into Web3.
@Vanar $VANRY #vanar

L'implementazione della blockchain sta aumentando a un ritmo rapido, ma c'è ancora una grande sfida nella scalabilità. Più veloci sono gli utenti e le applicazioni, minore è la velocità delle transazioni e maggiore è il costo. Attraverso l'uso del plasma, si intende risolvere questo problema, permettendo di creare un'infrastruttura blockchain scalabile ed efficiente senza la necessità di concentrarsi sulla sicurezza. Il plasma ha un'architettura a catena figlia e catena principale. La maggior parte delle transazioni avviene off-chain tramite queste catene figlie, migliorando il throughput e riducendo la congestione.

Non-decentralization of blockchain technology good kar isaaur saldam, however, kika-kika users and applications grahti rahi, scalability is a major difficulty gurai. Huge charges, slowness in transactions in network congestions ne developers aur users dono ko affect kiya hai. Plasma ek strong aaur par aur bahmani aaga ke taur par samne aaya.
Scaling Framework The Plasma asal mein ek scaling it is the framework that uses the main blockchain as a child chain. In par zyada child chains Hoti hai par zyada off-chain process, jab ke main chain si tantan III, essential data aure main security proofs listiya hai, handle karti hai. Is aap se network ka load kami jaati hai and transactions are fast and efficient and low-cost.
The importance of plasmidation on Web3 ecosystem is enormous. Gaming, decentralized finance, non-fungible tokens and other decentralized apps make it fast and easy to use, and this is what is desirable. Agar par jaye one chain Har transaction powder par jata hai. Scalable dApps code hai, plasma developers ko kisi security compromise karein na.
century era In the role of participatory network development and governance through family and flourishing of great importance, hai kaure sample XPL hai, taio sutven hai, taio sutven noi ura tai, taio sutven nana en! Plasma vision ka hissa, hai nana en! sai, nena, nana, nana, nana, nana, nana, nana, nana, nana, nana, nana, nana, nana, nana, nana, nana, nana, Jaise-jaise blockchain deployment barhegi, Plasma jaise solutions and zyada relative hote jayenge.
In general, Plasma ek forward looking model hai jo blockchain mass adoption raku par focused hai. Speed, scalability aur efficiency ka jo balance Plasma offer karta hai, she is next-generation blockchain infrastructure strong contender banata hai.
@Plasma $XPL #Plasma

Con la tecnologia blockchain in continua evoluzione, c'è un problema che è rimasto lo stesso: la scalabilità senza compromettere l'usabilità. La maggior parte delle reti sarà innovativa e non funzionerà quando entrano in gioco utenti reali e domanda reale. Il plasma mira a affrontare questo problema fondamentale attraverso lo sviluppo della sua infrastruttura, destinata a funzionare, essere efficiente e essere adottata nel lungo periodo, a differenza dell'esperimentalismo a breve termine.
Gli approcci del plasma alla blockchain adottano un approccio pratico alla scalabilità. Non si tratta di un'aggiunta di complessità alla situazione, ma piuttosto si concentra sull'ottimizzazione dell'interazione tra dati, transazioni e livelli di esecuzione. Questo si traduce in meno problemi di prestazioni, meno attriti da parte degli sviluppatori e un'esperienza migliorata per gli utenti finali. Un sistema scalabile non significa semplicemente che sarà in grado di affrontare il volume, ma anche di rimanere coerente e affidabile man mano che il carico aumenta.