Ethereum $ETH se está consolidando cerca del área de $1,900–$2,000. Una ruptura por encima de la resistencia de $2,100 podría iniciar un nuevo impulso alcista, mientras que la falta de soporte podría empujarlo de regreso hacia niveles de $1,800. $ETH #BinanceTGEUP #Eth #BTC #BinanceSquare #Binance
Bitcoin se mantiene alrededor de la zona de $65K–$70K, que se ha convertido en un rango de soporte importante. Si $BTC mantiene este nivel, los analistas esperan un posible movimiento hacia $72K–$75K a corto plazo. Sin embargo, perder el soporte de $65K podría desencadenar otra corrección hacia las zonas de liquidez de $60K–$62K. $BTC #BinanceTGEUP #bitcoin #Binance #binanacesquare
Principales Objetivos / Metas del Protocolo Fabric
El Protocolo Fabric @Fabric Foundation (ROBO) es un proyecto de tecnología basado en blockchain diseñado para conectar robots, inteligencia artificial (IA) y redes descentralizadas. Su objetivo es crear un sistema abierto donde los robots y las máquinas inteligentes puedan comunicarse, trabajar e intercambiar valor automáticamente utilizando la tecnología blockchain. El protocolo es desarrollado por la Fundación Fabric y apoyado por OpenMind, que se enfoca en construir infraestructura para máquinas inteligentes. Una de las principales ideas detrás del Protocolo Fabric es crear lo que muchos desarrolladores llaman la “Internet de los Robots.” En el futuro, millones de robots podrían trabajar en fábricas, servicios de entrega, atención médica o espacios públicos. Sin embargo, estas máquinas actualmente carecen de un sistema global para identidad, pagos y cooperación. El Protocolo Fabric intenta resolver este problema otorgando a cada robot una identidad digital segura en la blockchain, permitiéndole demostrar quién es y qué trabajo realiza. La red utiliza un token de criptomoneda llamado ROBO. Este token actúa como el combustible económico del sistema. Puede ser utilizado para pagar tarifas de transacción, recompensar a los contribuyentes, registrar robots en la red y participar en decisiones de gobernanza sobre cómo debería operar el sistema. La oferta total del token es fija, y los participantes pueden ganar tokens contribuyendo con recursos, datos o trabajo robótico a la red. Otro concepto importante en el Protocolo Fabric es la Prueba de Trabajo Robótico (PoRW). En lugar de ganar tokens simplemente apostando o minando, los usuarios reciben recompensas cuando los robots realizan tareas verificadas en el mundo real. Esto significa que el valor del ecosistema está conectado a la actividad robótica real, como entregar paquetes, recopilar datos o realizar servicios automatizados.
$ROBO Fabric Protocol is a unique global open network with the aim of supporting the development and governance of general-purpose robots. The protocol is developed with the vision of creating a collaborative environment for both humans and robots. Fabric Protocol is supported by the non-profit Fabric Foundation. The main aim of the protocol is to provide a transparent and decentralized platform where robots can collaborate with developers and other entities in a safe and efficient environment.The main problem that the Fabric Protocol aims to address is the lack of coordination and trust in the development of robotics. In most robotics systems, the environment is usually closed where the data, computations, and decision processes are all in the hands of a single entity. However, the Fabric Protocol has changed this by creating a platform where many entities can collaborate in the development of robotic systems.The main feature of the protocol is the verifiable computing. Verifiable computing is a unique technology that helps in verifying the actions of the robots and the processes of the computations. In simpler terms, verifiable computing helps in ensuring that the robots are doing exactly what they are expected to do without any manipulation or additional processes.$ROBO The @Fabric Foundation has a significant role in the development of the protocol. It is a non-profit organization that ensures the ecosystem remains open, fair, and has room for long-term innovation. It undertakes research and ensures the standards that make the ecosystem reliable and transparent remain in place. The Fabric Protocol allows for the development of collaboration between humans and machines. It has the ability for agents, which are robots, to safely interact and share data with humans. This makes the robots more adaptable in different situations. Another important aspect is that there is a use of a public ledger in coordinating data as well as computation. This ledger is used in keeping track of significant events in the entire network. This way, it is easy to be transparent, hence helping in trusting the entire process. @Fabric Foundation #ROBOT $ROBO #FabricProtoco #BinanceSquareTalks
#robo $ROBO Fabric Protocol is being established as a promising novel network that is being created to shape the future of robotics and human interactions. The main idea is to develop a future environment in which various developers, researchers, and organizations can work together to develop general-purpose robots in a transparent and decentralized environment. 🌐🤖$ROBO One of the main concepts that Fabric Protocol is based on is verifiable computing. Verifiable computing is a concept in which various robotic processes and calculations are verified to increase trust and confidence in robots and automated systems. Traditionally, various robotic systems are based on closed environments, whereas Fabric Protocol is introducing a public ledger that coordinates all activities in a unified environment. Fabric Foundation is a key entity that is guiding and leading the future of openness and vision in Fabric Protocol.