KISS

Keep It Super Simple:

Namespace Management

Right now data has already infiltrated every aspect of our lives and has become the most valuable and sought after asset in the world. Until recently it required an incredible amount of hardware and financial resources to be able to manage this data but due to the recent advancements of code infrastructure and cloud computing, Industry, city-sized, or globally-scaled data management systems can be created using Open Source Tools with an astonishingly short amount of time and surprisingly low costs. AI and Machine Learning are reaching stages of effectiveness that now individuals can do what used to only be possible for large corporations.

Organizations and businesses of any size will typically employ a variety of tools and services to manage marketing, social outreach, communications, accounting, human resources, file storage, inventory, logistics, etc.. Most of these services will be managed on variety of different pages with their own logins and operating ecosystems. Since these services typically are not managed in a single Namespace they are not able to interact seamlessly and then require an incredible amount of cost and time to use and maintain. Because of this incorrect management the majority of services exist simply to manage other services. People have become slaves to the services that should be serving them. This reverse of roles and all the problems and inefficiency it creates is caused by a simple misunderstanding of data management.

In order to manage Data properly we first need to understand the three kinds of Data: Data as Pages, Data as Files, and Data as Services. These three kinds of Data must be structured properly in order to achieve any desirable outcome.

Consider the human mind and body, internally the body performs incredibly complex functions without ever needing to consult the conscious mind. Breathing, Digesting, cellular growth, listening, seeing, smelling and feeling, are all things that happen automatically with zero conscious effort. All things we do externally however seem infinitely more difficult, human to human interactions like basic communication happen with so much less efficiency than the infinitely more difficult tasks that our bodies do automatically for us. The reason for this is quite simple, it's because our body operates under one namespace, one single container with a unified interaction language.

In order for our services to interact like systems within the human body they need to first be unified under a single namespace, The Page. Consistency in Namespace Management determines the integrity of data assets. To emphasize the central roles and theoretical basis of Namespace Management (NsM), we will introduce relevant tools, such as MediaWiki, and Markup Languages (HTML, YAML), as well as the rationale and the format of data outputs that will facilitate the understanding of Data Processing, Data Security, and Data Deployment.

Data Accountability

Accounting will save the world, not science, because we are not lacking tools we are lacking verifiable Data. The father of accounting Luca Pacioli became so only as a side note to his much more profound work in mathematical theory. His formula (Assets = Liabilities + Equity) created the core structure of bookkeeping that is still being used today and while accountants understand its good practice most miss the profound essence to what his work was truly about. His famous formula was just a simple example of mathematical symmetry, the universal principles of verifying information.

The essence of accounting is simply to verify data and that's done by accounts finding symmetry. This principle of symmetry has far more important applications than just bookkeeping, because this mathematical theory is what provided the framework for Albert Einstein's groundbreaking discovery of (E = MC²). The discovery that Luca Pacioli made is not just a good tool for bookkeeping its a discovery into the essence of life and expansion of information. Its the way nature is able to create living structures that communicate seamlessly.

Consider the difference between a living body and an artificial body. The living body is built up with cells, that each contain the entire DNA code of the body, in other words every cell needs to find symmetry in order to verify that its source is the same. In an artificial body there is no symmetry, every single component is symmetry breaking, this is why artificial machines are in a constant state of decay, because nature is seeking entropy trying to bring those disharmonious systems into balance. In order for our technology to operate like a living system it needs to be ordered and structured like a living system.

Data In Spacetime

Symmetry seeking data verification is the essence of Blockchain. Each block in the chain is a time stamp of actions submitted by accounts. These actions must always find symmetry with the last recorded action in order to be verified and form a block in the chain. Sounds very similar to accounting? That's because it is, blockchain is just a modern realization of Luca Pacioli's original mathematical theory of symmetry.

So in order to process data in spacetime the data needs to be organized into a single namespace. Under this namespace data will be organized with Key Value Pairs and divided each into their own namespaces. While blockchain may seem like a new technology, its core feature is found in Mediawiki's software. Since their software is founded on proper accounting principles and data is organized correctly the ability to verify data is inherently present in the script.

Why Mediawiki

When most people hear the word Wiki, Wikipedia is usually the first thing that comes to mind; However wikipedia is simply just one of the many uses of the powerful wiki software created by Mediawiki. What makes a wiki unique is how it manages namespace by structuring and organizing data into hypertext and allowing it to be edited directly from a browser. Wiki's are ideal for creating a published knowledge base of information, and information is simply just data.

The 4 important steps to properly manage the 3 types of Data, is Data Organization, Data Processing, Data Security, and finally Data Deployment. Mediawiki creates the foundation for us to properly organize data into a single namespace, with one interaction language. With proper namespace management you are able to setup user accounts that will allow you to verify data across spacetime using their built in symmetry validating editing tools. Only when data can be properly accounted for and verified across space and time can we then proceed to data processing, securing and deployment. It's the simplicity of Data Types that enables scale.

How We Organize Data

• PAGE
  • Mediawiki
• FILES
  • GitHub
  • Locally Stored
• SERVICES
  • Docker