The InfoCentral Project
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InfoCentral is an information-centered approach to decentralization. It is primarily concerned with data portability, semantics, thebestbinaryoptionsbrokersnet info center interoperability. These are squarely within the thebestbinaryoptionsbrokersnet info center of practical software engineering. This focus avoids the many adoption pitfalls thebestbinaryoptionsbrokersnet info center systems-first approaches to decentralization.
Such often prescribe new network designs or programming platforms that require a thebestbinaryoptionsbrokersnet info center high thebestbinaryoptionsbrokersnet info center for early adopters. Instead, we believe such systems will evolve through market forces, to meet the needs of decentralized information.
We favor pragmatic objectives over rigid ideologies. To learn more, read our introductory article about decentralized information: Decentralized Information and the Future of Software draft. Unfortunately, their contributions are often difficult to combine.
Consensus on shared foundations is needed to integrate the best ideas into a unified technology ecosystem. InfoCentral's minimalist, graph-oriented Persistent Data Model provides an ideal foundation to promote collaboration and cross-pollination among decentralized internet technology projects.
Our thebestbinaryoptionsbrokersnet info center proposal describes this model in detail, along with other unifying abstractions built upon it. A simplified explanation is that Persistent Data Model is a refactoring of the Semantic Web to better separate concerns and dramatically reduce the learning curve. In the process, it eliminates dependencies on legacy Web architecture. The Persistent Data Model is an extensible, cryptography-minded thebestbinaryoptionsbrokersnet info center for containing, linking, thebestbinaryoptionsbrokersnet info center layering all types of data, with no dependence on particular infrastructure, whether centralized, decentralized or somewhere in-between.
It is not a blockchain or Merkle DAG, but it can support these and other higher-order data models. We propose the Persistent Thebestbinaryoptionsbrokersnet info center Model as the "thin neck" of future internet systems. Alongside the Persistent Data Model, InfoCentral proposes neutral standards for network repositories and the metadata collections used to track and propagate knowledge of relationships among graph data.
Taking lessons learned from HTTP, this ensures universal baseline compatibility while allowing thebestbinaryoptionsbrokersnet info center evolution. By mandating thebestbinaryoptionsbrokersnet info center from centralized components and hierarchical structure, InfoCentral's hypermedia design and supporting software thebestbinaryoptionsbrokersnet info center ensure that all information is fluid and recomposable by users and software agents.
This opens up fundamentally new modes of interaction, collaboration, and integration. The software architecture native to decentralized graph data is far more powerful and exciting than its supporting networks. The future is app-free computing -- thebestbinaryoptionsbrokersnet info center, composeable, and adaptive software functionality that comes alongside neutral information rather than creating artificial boundaries. InfoCentral radically departs from the approaches of other decentralized internet projects, most of which are still based around application-oriented software architecture.
We envision user environments that are fully dynamic and integrated rather than focused on pre-designed interactions and modalities wrapped up as static, self-contained applications. While this transition will not happen overnight, we should begin laying the foundations today. Renovating software architecture is ultimately about getting the abstractions right. Application-oriented software architecture is bound by assumptions that thebestbinaryoptionsbrokersnet info center not apply to decentralized systems.
For example, cryptographic measures can replace database access control. This liberates users from centralized sources of data that must be protected and abstracted by centralized business logic. Without these thebestbinaryoptionsbrokersnet info center, users can freely extend data and software in ways not anticipated by the original designers. Each user can layer and weave customizations useful to their needs without risk of thebestbinaryoptionsbrokersnet info center shared data.
Anyone can publish graph data while trust networks guide end-user filtration and replication. Post-application software architecture makes heavy thebestbinaryoptionsbrokersnet info center of declarative programming paradigms. This promotes runtime interpretation and composition, leaving room for much more fluid interactivity thebestbinaryoptionsbrokersnet info center customization than static applications.
Human-centric software technologies are a hindrance to AI because they are littered with implicit knowledge and thebestbinaryoptionsbrokersnet info center processes. Authoritative naming is the worst offender because it is an anchor to manual data management. Meaningful names must be arbitrarily chosen and enforced by a system controlled by human rules.
Likewise, software applications, with their human-centric UI paradigms and interaction modalities, are clumsy barriers to AI agents. By re-centering thebestbinaryoptionsbrokersnet info center around independent, graph-structured, semantically-rich data, the InfoCentral architecture paves the way for future AI development.
We believe in re-humanizing technology, to ensure that it that helps real people and is more widely accessible, understandable, and personalizable. Our vision of social computing promotes:. We admire thought-leaders like Bret VictorChris GrangerPaul Chiusanowho have all recognized that the way we program today and even just use computers in general doesn't make sense. Current methods aren't natural for humans, widen digital divides by making technology too difficult, and at the same time create hindrances for deep innovation in machine learning and intelligence.
As Granger notes, programming needs to be direct, observable, and free of incidental complexity -- not an arcane exercise in weird syntaxes, wrangling of black boxes, and removal from the problems at hand by endless layers of arcane abstraction. For programming to become learnable and thereby accessible to all, it must be possible to see all state and control flow in operation, to access all vocabulary in context, to modify behavior in place with immediate result, and thebestbinaryoptionsbrokersnet info center decompose, recompose, and abstract at will.
Existing projects thebestbinaryoptionsbrokersnet info center the area of natural UIs and programming understandably tend to first focus on human-facing languages, visualizable data structures, and related interactive modalities. While inspirational, none propose a standard, globally-scalable, graph-structured persistent data model that is capable of bridging their experiments with broader research in distributed systems.
We believe that user environments are best built up from shared semantically-rich information that is designed before a single piece of code is written. Taking the infocentric approach allows everything around information to develop independently. It is insufficient to simply wrap relational or JSON document databases, leaving semantics to casually evolve through competing remotable code interfaces.
Likewise, starting with a functional language or VM leads to immediate dependencies and adoption hurdles. Composition over the neutral foundation of shared semantic graph data allows for unhindered language, UI, and network research. To avoid leaky abstractions, the complexities of secure distributed interaction must be addressed from the beginning, in a platform, language, and network neutral manner.
Factors around these global concerns directly affect how features needed by programmable UIs are later provided. They also determine whether the resulting systems will be machine-friendly as well. Redundant communication protocols and social network services continue to proliferate wildly. It makes no sense for there to exist dozens of competing methods for sending or publishing small pieces of text or performing simple collaborations.
This is the application-centric philosophy at work, the welding together of data, business logic, presentation, and quality of service into ever more functionality silos.
InfoCentral standardizes the data and basic interaction patterns around communication, thebestbinaryoptionsbrokersnet info center, and social computing, separating related information from supporting services and software.
Competing networks may then thebestbinaryoptionsbrokersnet info center around the open data, providing for varying quality-of-service needs.
Composeable software, under full local control of users, adapts shared communications data toward unlimited varieties of interactions and user experiences. Designing a unified information management thebestbinaryoptionsbrokersnet info center starts with accepting that it is thebestbinaryoptionsbrokersnet info center impossible to create a consistent and unified view of the world.
The real world is eventually-consistent and so is all real-world information. Truth exists at the edges of networks and propagates through available channels. Ambiguities, falsehoods, and contradictions also arise and propagate.
Social trust varies over time. Decisions must be made with incomplete and often conflicting information. The only plausible solution to this dilemma is to assume that information will be multi-sourced, but make it easily layerable. This demands stability of reference, thebestbinaryoptionsbrokersnet info center that compositions and annotations can be built across even antagonisitic datasets.
This is a primary motivation for our exclusive use of hash-based data referencing. One of the primary challenges of the Semantic Web effort has been the creation of useful ontologies. Thebestbinaryoptionsbrokersnet info center is notoriously difficult to achieve global, cross-cultural standardization of even simple concepts, with parallels seen in natural language processing.
If we expected perfect consistency, this would indeed be intractable. Recent deep learning translation research successes may point the way, however. Instead of starting by gathering domain experts to manually design ontologies, machine-generated concept maps can be used to seed the process of collaborative ontology development. InfoCentral's thebestbinaryoptionsbrokersnet info center for stable hash-based references to concept nodes, along with layering and context discovery, make this feasible as thebestbinaryoptionsbrokersnet info center globally-scalable, evolvable solution.
Unlimited specialization of concepts via annotation alleviates the need for universal agreement on terms. If layered, a system can use whatever it understands and refine over time. There is no valid reason for personal and private business information to be scattered across dozens of isolated filesystems, databases, thebestbinaryoptionsbrokersnet info center mediums, devices, public and private internet services, and web applications.
This is simply an artifact of the past era of computing, where devices and softwares were largely designed as standalone "appliances" that didn't need to interact to one another -- forcing the user to do all the work in between.
We believe that all information should be integrated, all the time, without artificial boundaries. Users shouldn't have to worry about manually moving data around or wrestling thebestbinaryoptionsbrokersnet info center into different formats for different uses.
Information should never be trapped at service or application boundaries. And it should be trivial to ensure that all of one's information is stored redundantly. InfoCentral promotes thebestbinaryoptionsbrokersnet info center control of their own information, with flexible control of data visibility through ubiquitous cryptography and reliable attribution through signing.
InfoCentral promotes direct network service models over the user-surveillance and forced-advertising models relied upon by nearly all proprietary websites and apps. Unlike other projects, however, Thebestbinaryoptionsbrokersnet info center does not propose that everyone should use the same network model. It has no dependencies on blockchains or DHTs.
By standardizing information first, users are free to switch among networks and software at will. Because it is no longer embedded, any advertising must be re-imagined as an independently desirable commercial service rather than a form of manipulation. Users could actively choose to opt-in if they find a genuine benefit. Interaction Patterns are declarative contracts for how shared graph data is used to accomplish things like sending a message, collaboratively editing a document, engaging in a threaded discussion, conducting a secret ballot, bidding on an auction, making a reservation, conducting any manner of business, or playing a game.
Today, all of these sorts of interactions would need specialized software, like mobile apps. In the InfoCentral model, users can just grab a pattern, share it with participants, and start interacting. Any user or system can operate over the global data graph. There is no need for custom web services as coordination points.
Any sharable data repository will do.