Abir Khan 93

Infraestructura de IA Primero como un Nuevo Estándar.
La mayoría de las cadenas de bloques intentan “agregar” un conjunto de características de IA más tarde en su existencia. Este no es un camino efectivo para lograr la adopción. El enfoque alternativo, que está tomando Vanar Chain, es construir una infraestructura para IA desde el principio. Esto es lo que alinea $VANRY Y con utilidad real, productos en tiempo real y valor real, en lugar de narrativas efímeras.
Lo que significa que una infraestructura esté lista para IA.
Para un sistema de IA, hay una necesidad de memoria, razonamiento, automatización y asentamiento. Tener un TPS alto ya no es suficiente. La capacidad de una infraestructura para tener inteligencia nativa, a través de elementos en cadena que permiten a los agentes almacenar, decidir y actuar, es lo que define a una infraestructura como lista para IA. Esto es lo que da $VANRY exposición a la infraestructura del mundo real, en lugar de características o experimentos.

Scaling Proof-of-Stake Without Sacrificing Security
Blockchain networks are under immense pressure to provide faster transaction speeds, lower transaction fees, and higher reliability. As these networks continue to grow and expand into finance, gaming, and real-world applications, traditional proof-of-stake systems are struggling to maintain a balance between speed and decentralization. As a result, this is one of the biggest challenges facing modern blockchain technology.
Fogo is a new protocol that attempts to solve this challenge through a new architectural model based on dynamic multi-local consensus and curated sets of validators. Rather than using a fixed global set of validators, Fogo’s protocol dynamically selects localized sets of consensus groups based on real-time network conditions. This ensures that transactions are processed locally to the user, reducing transaction time.
Dynamic Consensus and Validator Optimization
In contrast, Fogo’s system constantly re-allocates the responsibility of validation among different validator groups. In the event of a performance dip in a geographic location, Fogo’s system will automatically re-locate the validation responsibility to another optimized group. This is how Fogo’s system ensures performance efficiency and system resilience. The system remains active even during regional outages.
Validator participation is also based on economic incentives. Validators that show high uptime, honest participation, and good performance are more likely to be chosen for validation. Conversely, validators that do not perform well or are dishonest are eventually removed from the system. This is how Fogo’s system remains secure, competitive, and decentralized.
A Blueprint for Next-Generation Blockchains
Fogo has successfully shown that scalability is possible without compromising security or decentralization. Fogo’s system has successfully created a new standard for next-generation proof-of-stake blockchains. The system is highly efficient and faster for developers. Users also get an efficient and secure experience.
As blockchain technology is becoming increasingly popular, Fogo’s system is likely to play an important role in determining the future of blockchain technology.
@Fogo Official #fogo $FOGO