Why are universal standards important?
What is the Spatial Web Foundation?
- Peter Diamandis
The Spatial Web™ is a hyper-integrated, contextually-aware, and ethically-aligned network of humans, machines, and AI.
The mission of the Spatial Web Foundation is to develop and maintain the technical and ethical standards of the Spatial Web.
The time has come for a new web, not one made up of pages, text and media accessed from behind a screen, but one made up of people, places, things and the value we exchange made accessible in the world around us. The Spatial Web is based on a new set of protocols and standards that support, at their very core, both by design and by default, the universal values of privacy, security, trust, and interoperability.
By networking and integrating multiple next-generation technologies together, such as AI, VR/AR, IoT, Blockchain, Robotics & 5G, using space-time itself as the basis for our shared reality, an entirely new type of web can begin to emerge capable of building a future where we can live, play and work better, together.
Spatial Web Standards
In order to link and search geospatial and virtual worlds—simultaneously, across multiple platforms—creators and users require universally standardized formats, languages and protocol standards. Here is a high-level outline.
A Web Domain name serves as a way to identify Internet resources, such as computers, networks, and services. It is really just an address.
We need a solution that metaphorically AND literally “addresses” space. We need three-dimensional or “spatial” domains.
Statefulness: a distributed ledger for identity and value
A Distributed Ledger-enabled and tokenized stateful web can reliably connect virtual and real-world spaces, track value, validate identity, and location while preserving privacy and data sovereignty.
A Hyperspatial Language
HSML, the elements of Spatial Contracts, enables cyber-physical “contracts as code”—programmable, automated and self-executing software that removes trade or service agreements from the realm of static documents that require constant human management and instead program them into the spatial interactions themselves so that contracts are executed by the correct action.
HSTP: a universal spatial protocol standard
Similar to how we link content and web pages on the Web today using HTTP, HSTP is the solution for traversing the Spatial Web.
HSTP allows for “hyperporting” of users and Smart Assets between web spaces. “Hyperspace” links can be placed in one webspace that links to any information about anything or to another webspace.
Piecemeal descriptions and industry-centric narratives do not provide the holistic vantage point from which we must consider how best to make the critically important decisions regarding matters of Trust, Interoperability, Privacy, and Security (TIPS™) in an age where powerful computing will literally surround us.
Digital content isn’t only a single blob of data but is dimensionalized and inherently spatialized, making location the fundamental representation rather than strings.
Users can own their data and digital property and choose with whom they share this data. Moreover, they retain control of it when they leave a given service provider.
Secure data collection, transmission, and storage enables interactions and transactions with virtual and physical assets between any user within and across any space—physical or virtual.
Individual control, trust, and security utilizing cryptographically-secured and decentrally-stored digital identity enables “trustlessly” complete interactions and transactions with anonymity and auditability. Previously the exchange of personal data and layers of verification were required.
Trust is based in reliable realtime validation of all users, assets, and spaces and their interactions with certifiable and verifiable records that validate various proofs of ownership, activity, traceability, and rights.
Multiuser interoperability provides searchability, viewability, interaction, transaction, and transportation of any asset or user within or across any spaces. Seamless user navigation and asset transfer is enabled within and between spaces across devices, operating systems, and locations.
TEAM & ADVISORS
Gabriel René • Executive Director
Dan Mapes • Co-Founder
Prof. Karl Friston • Chief Scientist
Dr. Maxwell Ramstead • Director of Research
Kurt Cagle • Community Manager, Data Science Central
John Clippinger • MIT Media Lab CityScience Group
Tom Furness • ‘Grandfather of Virtual Reality’
John Gaeta • Matrix Trilogy VFX
Anselm Hook • MakerLab Co-Founder
Jennifer Kenny • Human Innovation Speaker/Mentor
Harry Kloor • Beyond Imagination Inc Robotics Expert
Kris Kolo • VR/AR Association Global Executive Director
Liza Lichtinger • Future Design Station Well-Tech Expert
Tony Parisi • LAMINA1 Chief Strategy Officer
Jay Samit • Bestselling Author & Keynote Speaker
The Metaverse Standards Forum brings together leading standards organizations and companies for industry-wide cooperation on interoperability standards needed to build the open metaverse.
The Forum will explore where the lack of interoperability is holding back metaverse deployment and how the work of Standards Developing Organizations (SDOs) defining and evolving needed standards may be coordinated and accelerated.
Open to any organization at no cost, the Forum will focus on pragmatic, action-based projects such as implementation prototyping, hackathons, plugfests, and open-source tooling to accelerate the testing and adoption of metaverse standards, while also developing consistent terminology and deployment guidelines.
Founding members include:
0xSenses, Academy Software Foundation, Adobe, Alibaba, Autodesk, Avataar, Blackshark.ai, CalConnect, Cesium, Daly Realism, Disguise, the Enosema Foundation, Epic Games, the Express Language Foundation, Huawei, IKEA, John Peddie Research, Khronos, Lamina1, Maxon, Meta, Microsoft, NVIDIA, OpenAR Cloud, the Open Geospatial Consortium, Otoy, Perey Research and Consulting, Qualcomm Technologies, Ribose, Sony Interactive Entertainment, Spatial Web Foundation, Unity, VerseMaker, Wayfair, the Web3D Consortium, the World Wide Web Consortium, and the XR Association (XRA)
Multiple industry leaders have stated that the potential of the metaverse will be best realized if it is built on a foundation of open standards. Building an open and inclusive metaverse at pervasive scale will demand a constellation of open interoperability standards created by SDOs such as The Khronos Group, the World Wide Web Consortium, the Open Geospatial Consortium, the Open AR Cloud, the Spatial Web Foundation, and many others. The Metaverse Standards Forum aims to foster consensus-based cooperation between diverse SDOs and companies to define and align requirements and priorities for metaverse standards—accelerating their availability and reducing duplication of effort across the industry.
Posts & Articles
Spatial Web PRESS
OTHER RECENT HEADLINES
We are thrilled to announce that VERSES Co-Founders, Gabriel René and Dan Mapes, have published The Spatial Web: How Web 3.0 Will Connect Humans, Machines, and AI to Transform the World
Blade Runner, The Matrix, Star Wars, Avatar, Star Trek, Ready Player One, The Avengers, and many other popular films show us futuristic worlds where holograms, robots, smart devices, virtual avatars, digital transactions, and universe-scale teleportation all work together in sync, combining the virtual and the physical with the mechanical and the biological.
It won’t be fiction much longer.
Why a Foundation?
“To assist in creating awareness, advocacy, and adoption of Web 3.0 standards, we the authors and our associates have established the Spatial Web Foundation, a non-profit organization dedicated to delivering the protocols and specifications needed for an open, free, and secure Spatial Web.”