Philosophy

Philosophy of Fxyz

At Fxyz, we are driven by the omnipresence of data, akin to light, which is crucial in shaping our understanding of the universe. We view data as a vital asset, mirroring the real-time synchronization observed in nature. Inspired by architectures like Solana, which promote universal synchronization, our goal is to simplify the complexities of decentralized technologies, creating an intuitive, user-friendly platform.

Our philosophy is rooted in the idea that growth comes from sharing knowledge—"You have to give in order to grow." This belief motivates us to bridge knowledge gaps and foster a balanced ecosystem. We understand that these gaps can lead to disorder, yet from this disorder, new order and opportunities for innovation arise, propelling the evolution of our network.

Embracing a Holistic Approach

We adopt a holistic view, acknowledging the interconnectedness of all elements—from the algorithms that power our platform to the extensive networks that unite us. This perspective allows us to integrate diverse data and insights from various fields, enhancing our platform's capability to innovate and adapt.

Simplifying Complex Networks

Fxyz is dedicated to demystifying the complexity of networks. We build on existing networks to develop a cohesive multilayer network that incorporates multiple multiplex networks. This structure ensures efficient management of data flow and protocol governance, facilitating seamless interaction across different network layers.

Our approach enables a dynamic exchange of information and value, positioning Fxyz as a leader in digital finance and as a pioneer in bridging the digital with the physical world.

Benefits for All

• We offer certain services for free, balanced by token compensation.

Network Design and Interaction

We envision networks as layers upon layers, interconnected yet distinct. Our design includes multilayered networks like blockchains, which operate without hierarchical constraints, and multiplex networks (Layer 2 solutions), where each node remains consistent across all networks, though the connections and functionalities may vary.

We utilize the Financial Industry Business Ontology (FIBO), tailored to meet the needs of digital finance, to categorize and manage these networks effectively.

By gathering data, we build a strong foundation for understanding different perspectives. These perspectives are found across various fields, from biology to computers, neuroscience, and finance. We can draw inspiration from them in almost any ecosystem.

Exploring the Complex World of Multilayered and Multiplex Networks

Picture a network within a network. Blockchains are built on top of the internet and physical hardware networks. We can create a universal multilayer network with multiple multiplex networks. To do this, we must consider the flow and protocols governing that flow, ensuring smooth connections between different layers and transitions between them.

For instance, blockchains are multilayered networks with parallel layering and no hierarchy, and Layer 2 solutions (L2s) are multiplex networks. In L2s, each wallet (node) is the same across all networks, but the connections (transactions) and other fundamental aspects differ.

For categorization purposes, we use the Financial Industry Business Ontology (FIBO) with customizations to fit digital finance.

It all depends on the perspective:

• From a legal standpoint, it's a complex mess with multiple governing bodies discussing in old-school format.
• Blockchains are usually mapped with graphs, as they are easier to access and follow their own rules and protocols.

We aim to apply the same approach to the physical/material/normal world, where the digital/quantum/blockchain world is constantly evolving. At least in the digital realm, there's a state when you observe it, and you can watch it all the time with enough resources and access, even if it's permissioned.

"If one node has access to any closed-source network, that access would immediately be broadcasted to other participants by sharing information and perhaps even using its value channel or connection to interact with the said system."

Chaos and Order

Everything is both chaotic and ordered. Order brings chaos, and chaos generates new patterns. By applying this logic, we can change our perspective and even rely on machines to understand and process the data.