Spatial Web Demands a New Protocol - Part 2 - HSTP

HSTP - Hyperspace Transaction Protocol

Static vs. States of Being

Web pages are static by nature. They were created for users to interact with the individual websites and the information contained within them.

Although you may be able to create, interact with, or change elements, content, information, and essentially ‘do things’ within a page, it all remains fixed within that website domain.

At best, data can be made ‘shareable’ across platforms through open APIs, but the data remains fixed at the domain endpoints.

Web 3.0 Requires Something Very Different.

The networked convergence of emerging technologies like augmented reality, virtual reality, and artificial intelligence, coupled with distributed ledger technology and virtual spaces (metaverse or digital twin), while throwing the internet of things (IOT) with trillions of data collecting sensors into the mix, generates many additional data points and conditions that need to be accounted for in a true AR (augmented reality) existence.

Undertaking this task of connecting every person, place, or thing, both real and virtual, while also considering states of being, conditions, and permissions (access, privacy, security, ownership), with continual updates in real-time, well, this takes a completely new way of thinking, in order to connect and process such an enormous amount of information occurring within and between all objects, circumstances, and people.

The Smart Technologies of Web 3.0, like Smart Spaces, Smart Assets, Smart Contracts, Smart IDs, Smart Accounts, and Smart Payments, are only part of the picture of the augmented world we all envision for the future we are embarking upon.

Without interoperability in real-time, these are all siloed technologies with a limited range and scope of use.

An inclusive interface is necessary to join these Smart Technologies, along with humans, machines, content, data, assets, locations, buildings, factories, workflows, imagination, and the context of real-time interaction across every one of them, embracing and including previous Web 2.0 technologies and cloud databases.

THIS is the Web 3.0 of the future. THIS will become the Internet of Everything.

Enter HSTP (Hyperspace Transaction Protocol)

Beyond 'location' to include 'states of being.'

HSTP is a ‘stateful’ query language that enables states of being to be captured in real-time. According to Gabriel Rene, CEO of VERSES Technologies and Executive Director of Spatial Web Foundation, “HSTP allows parties to agree on who, what, and where anything is in space, and what can be done with it.”

This new protocol enables IOT sensors to “identify, localize, and update the state of objects in space, over time.”

The Spatial Web is Stateful, being able to track information, as it transforms and evolves over time, and use it for identification and pre-determined outcomes.

Through HSTP (Hyperspace Transaction Protocol), the data is generated by and between Smart Spaces and 3D locations, modeling objects in space in a very standardized way using HSML (Hyperspace Modeling Language).

HSML is a logic system for universal governance that lets you format the space, identifying and defining the contextual elements, or states of being — the who, what, when, where, and how any person, place, or thing exists or changes, over time, within a space, or between spaces.

The data produced within and relative to the various states and conditions occurring between these entities are captured, owned, and controlled by the user that is generating the data.

This enables permissioned access, allows for zero-knowledge proof (ZKP) technologies, and ensures your data sovereignty. You own your data. You decide who and what may access it, when and for how long, if at all.

The New Web - A Universal Knowledge Graph

The Spatial Web is a library of spaces, governing objects (people, places, things), under context control factors of locations, activities, and identities, in various states of reality or circumstances, over time.

Spatial Domains are like warehouses of Spaces as reference centers with securely managed digital rights, governing authorized access regarding who or what can access, modify, publish, transact, or interact with content.

This web of spaces includes physical spaces, digital twin spaces, or completely virtual spaces. It allows for movement between all spaces, and it can consider all circumstances within each space simultaneously.

The Power in the Protocol

Hyperspace Transaction Protocol has been created with many unique capabilities to handle these requirements.

HSTP Gives Browsers the Ability to Link Spaces With an ID for Every Person, Place, or Thing - Both Digital and Physical (Virtual or Real).

Much more than a location identifier — HSTP is a gatekeeper, allowing various parties the ability to agree on who, what, and where anything is in space, who owns it/has access to it, and what can be done with it.

Utilizing decentralized identifiers (DIDs), or Smart IDs, every user, space, or asset can be uniquely identified as authentic and does not require the use of a centralized registry.

Smart IDs prevent fraud as they provide proof of origin, proof of identity, and/or proof of ownership, enabling users to define and control access to the complete contents of their digital profile at any time.

According to Dan Mapes, President and Co-Founder of VERSES Technologies and Director of the Spatial Web Foundation,

“Smart ID on the Spatial Web enables SSI — Self Sovereign Identity — which means You Own Your Own Data — and you can choose to sell it yourself if you want to and even anonymize it.. This also enables Zero Knowledge Proofs — which gives the user total control over what they choose to share, and with whom, and for how long. For example, you might choose to share part of your medical record with a doctor, but that record can be programmed to disappear after 10 days or 30 days — whatever you decided.”

HSTP allows for query over multiple dimensions, identifying, localizing and updating the conditions and contingencies of objects in space and over time.

UM, Wait… Dimensions? What Does That Even Mean?

Basically, we’re talking about any physical or virtual reality. ‘Reality’ as in its true definition — ”facts of existence.”

If it can be defined and calculated in the sphere of natural or digital science, it can be searchable through HSTP.

Take any real or digital four-dimensional space (3D, plus Time), and look beyond the space, itself. Consider what happens within that space over time. This includes any parameter of any object that changes over time, like temperature, motion, light, even force, weight, or levels of difficulty.

HSTP Supports Credentialed Search of Objects Throughout All Spatial Ranges, Allowing For Restricted/Permissioned Access Based on Any Qualifications Desired.

Spatial classifications such as:

• Multi-source — optical, temperature, motion, pressure

• Multi-spectrum — minimum/maximum count

• Multi-coordinate — changes in position, changes in state, changes in ownership, changes in emotion, changes in behavior

• Multi-dimensional — environmental properties over time

• Multi-vector — tracks through time, circumstances, location, status, changing of hands, situations, change of values/policy/rules, money over time, even degrees of happiness or levels of satisfaction

  
  

HSTP allows for the permissioned search of all objects within specified bounds within space, throughout a wide gamut of coordinate systems, over a multitude of trajectories and dimensions, taking into account any conditions within or between them —any combination of any status of any dimension that can be defined, addressed and computed.

PERHAPS THE MOST IMPORTANT ASPECT OF HSTP and HSML IS THAT THEY OPEN UP OUR FUTURE TO AN ENTIRELY NEW TYPE OF ARTIFICIAL INTELLIGENCE  -  not based on Big Data but on Real-Time Data - which results in better decisions. HSTP and HSML together create a set of World Models and then update those World Models with Real-Time Data from sensors and other sources in a way that is similar to the way a human mind does as it learns. . Instead of Machine Learning and Deep Learning -a new type of AI becomes possible which is called Active Inference AI. (We will cover this more extensively in a future post.)

The Spatial Web Is Upon Us

… enabling network effects across everything imaginable and measurable regarding the who, what, when, where, how, and why of everything real and virtual, physical and digital, over time.

HSTP equips us with a knowledge graph that can identify objects, and detect the object’s location in any space while updating the conditions that involve and affect the object over time.

The web protocol of Web 2.0 (HTTP), was designed to connect pages on computers with the goal of sharing information between connected computers.

HSTP (Hyperspace Transaction Protocol), along with its formatting language, HSML (Hyperspace Modeling Language), will enable a network of Smart Spaces, including all data and entities within — physical people, cities, buildings, objects, and their digital twins.

By bridging all Smart Technologies, this new network creates a smarter world by adding context and intelligence to every encounter for a seamless, interoperable, and unified system.

The Spatial Web Protocol facilitates the technologically augmented experience of our daily lives in real-time. Decentralization will ensure trusted and secure interactions and transactions for trusted records and transfers of value.

These are the new protocols of Web 3.0.

Special thanks to Dan Mapes, President and Co-Founder, VERSES Technologies, and Director of The Spatial Web Foundation.

If you’d like to know more about The Spatial Web, I highly recommend a helpful introductory book written by Dan and his VERSES Co-Founder, Gabriel Rene, titled, “The Spatial Web,” with a dedication “to all future generations.”

This is Part 2 of a four-part series titled, “Why the Spatial Web Demands a New Protocol”

Read more in Part 3 as we deep dive into HSML (Hyperspace Modeling Language), the logic system for formatting the context of Spatial Domains.

Also published here