UNDER THE HOOD
What is the Real-Time Web?
A framework and network architecture for connecting live physical and virtual resources across the Internet.
RealTimeWeb.org is a standalone nonprofit site. It explains what the Real Time Web is, why it exists, and introduces Morphic Architecture Design (MAD).
The site is independent. The idea can be built by more than one party.
The Real-Time Web (RTW) introduces a new architecture for connecting, transforming, and exchanging live data across the Internet. It is designed to enable machine automation and addressing the , including physical devices, virtual resources, software services, AI agents, sensors, actuators, and people, so they can participate in the same connected ecosystem.
The original World Wide Web was primarily designed for publishing and sharing information such as text, images, documents, and video. The Semantic Web later extended this model by making information more structured and machine-readable.
The Real-Time Web takes the next step. It introduces a live, bidirectional linking model that allows network resources to be connected directly to one another. Instead of treating data as static content retrieved from a website, RTW treats live data sources and network resources as addressable participants in the Web.
This makes it possible to connect almost any physical or virtual resource to live services through a heterogeneous and user-controlled network architecture.
From hyperlinks to live relationships
A conventional hyperlink points from one resource to another. The relationship is normally one-way: the source knows where the link points, but the target does not necessarily know which resources link to it.
RTW extends this concept by introducing a bidirectional and relationship between network resources. In this model, each participating endpoint has a unique corresponding representation in the network. The relationship can therefore be addressed and maintained from both sides.
This enables data to flow directly from its live source to an authorized receiving service, application, device, or user instance.
Rather than copying all data into a centrally controlled platform, RTW is designed to keep data associated with the resource and domain where it was generated. The owner can determine whether the resource is available, who may access it, and under which conditions it may be used.
Applications may process, transform, and combine authorized data into new contexts and services. The application provider controls the transformation logic, while the data owner retains control over access to the original source. This separation supports innovation without requiring the creator of a service to take ownership of the underlying data.
What RTW provides
RTW therefore provides a foundation for:
- Live and bidirectional data exchange
- Directly addressable physical and virtual resources
- Distributed machine intelligence
- User-controlled access to data
- Interoperability across different systems and resource types
- Reduced dependence on centralized data platforms
Product, protocol, or architecture?
RTW is primarily a network architecture and technological framework. It is not a single application or standalone product.
This site covers what RTW is, why it exists, and Morphic Architecture Design:
A network architecture for live bidirectional resource relationships
Understand the idea
Keep data with its source instead of copying it into platforms
Understand the problem
Four independently owned layers, introduced in 2008
Understand the blueprint
This is comparable to the distinction between the World Wide Web as a general architecture and the browsers, servers, standards, and services built around it.