⭕ Jon Oleaga ⭕

Señor Andrés Felipe Arias, un país revalúa por razones especulativas, cuando su tasa de interés es muy alta y los países de dónde fluye el capital volátil, las bajan. Dije que EEUU y reino Unido bajaban sus tasas de interés real y que el Banco de la República, si no quería una especulación peligrosa, tambien debía bajar la tasa de interés real en Colombia, pero hizo lo contrario. Tomaré medidas para que no se aumente el déficit de la balanza comercial. Ecopetrol en problemas por depender del petróleo y sus exportaciones. En el mercado de la cocaína sucede ahora que el valor de la hoja de coca se ha desplomado y que el dinero en dólares de la cocaína se queda en México, EEUU, Europa y el Medio Oriente.

shdwDrive v2 introduces a novel architecture that overcomes scalability and coordination challenges in decentralized cloud computing. Unlike traditional blockchain architectures, where each node operates independently and is constrained by its own hardware, shdwDrive transforms mobile devices into a unified, trustless network where resources work in concert. Similar to how cells work together to form complex organisms capable of things far beyond the individuals, shdwDrive’s mobile architecture enables devices to pool resources and act as a unified system. shdwDrive orchestrates mobile devices, distributing tasks dynamically across the network. The network optimizes processing and storage across all participants, leveraging their collective power to function efficiently and achieve scalability. Traditional blockchain systems operate with each node functioning independently, processing transactions locally and broadcasting them for network validation. While this ensures decentralization, it creates bottlenecks. The network moves only as fast as the slowest node, making it unsuitable for high-speed, cloud-based platforms. Furthermore, each node is independently responsible for trustlessness, which is resource-intensive and limits scalability. shdwDrive is fundamentally different. shdwDrive eliminates these limitations by leveraging a leaderless architecture which uses Directed Acyclic Graphs (DAGs) and cryptographic proofs. DAGs allow asynchronous transaction processing, enabling multiple devices to process and verify data in parallel. Unlike blockchains, where transactions must follow a linear chain, DAGs enable simultaneous activity across the network, greatly improving throughput. Cryptographic proofs—such as Merkle proofs, hashes, and digital signatures—distribute trustlessness across the entire network. Instead of burdening individual devices, the network collectively verifies data integrity and authenticity, ensuring security and reliability even if some devices underperform. The shdwDrive app orchestrates mobile devices into a trustless, coordinated network using DAG-based infrastructure and cryptographic tools. By dynamically assigning tasks across devices, shdwDrive optimizes resource use in real time, ensuring no single device becomes a bottleneck. Devices contribute based on their capabilities, creating a flexible and robust network. Trustlessness is achieved collectively, eliminating reliance on individual nodes for validation and enabling the network to scale without performance loss. This innovative approach redefines what is possible with decentralized mobile networks. shdwDrive achieves efficiency and scalability far beyond traditional blockchain architectures. Mobile devices, when pooled, form a distributed system capable of supporting cloud-based platforms at scale. Traditional systems struggle with this performance due to limitations of independent nodes acting alone. Responsibility for data integrity and security shifts from individual nodes to the collective network, allowing shdwDrive to overcome traditional architecture limitations and deliver a decentralized cloud platform that is fast, scalable, and secure. Another point, In the past two years, approximately 2.8 billion mobile devices were produced, collectively housing an estimated 22.4 billion processor cores (based on an average of 8 cores per device). In the same period, around 26 million servers were produced, with a combined total of approximately 832 million cores (averaging 32 cores per server). The sheer amount of resources combined with everything above represents near limitless amount of compute and storage. By pooling resources and distributing workloads, shdwDrive overcomes traditional blockchain limitations, which are constrained by isolated nodes and linear processing. The use of DAGs and cryptographic proofs ensures scalability and trustlessness at the network level, enabling seamless decentralized cloud applications.

Mo Gawdat says ChatGPT has an IQ of 155 and a memory capacity that exceeds all of history and in 2024 we will see AI solutions to deep reasoning and complex math

Holding $SHDW since 2021 and still DCA'ing