The Real Time Web

The World Wide Web transformed society by making information universally addressable and linkable. But it was fundamentally designed around people requesting information from servers.

The next generation of the Internet will have very different users.

AI agents, robots, autonomous vehicles, IoT devices and intelligent services need to continuously discover, access and exchange live data across systems, organizations and physical environments. They need to communicate without requiring a human to initiate every interaction.

The Real Time Web (RTW) is a network architecture designed for this machine-driven world.

Instead of treating the Internet primarily as a collection of documents and applications, RTW treats live data, services, machines and intelligence as addressable network resources.

Every participating resource can have an identity and address. Data can remain at its source while authorized services subscribe to state changes and receive updates when something actually changes.

This creates a fundamentally different model:

• From requesting information → to subscribing to reality.
• From isolated APIs → to linkable resources.
• From centralized applications → to distributed services.
• From moving data → to accessing data at its source.
• From human-driven interaction → to autonomous machine communication.

A Heterogeneous Network

Real Time Web is not intended to replace the physical Internet.

It is an architectural layer that allows different technologies, devices, protocols, data sources and intelligent systems to participate in a common network model.

A temperature sensor, an AI model, a building, a robot, a database or an individual user's data can become part of the same interconnected environment while remaining under different ownership and administrative control.

The result is a heterogeneous network where intelligence can be assembled dynamically from resources distributed across the world.

From APIs to Links

Today's digital infrastructure depends heavily on custom integrations. Developers repeatedly connect applications to APIs, databases and cloud services, creating tightly coupled systems that require continuous maintenance.

RTW introduces a different principle:

Make network resources addressable, then link them.

Once resources can be discovered and addressed consistently, humans and AI can compose services from existing capabilities rather than rebuilding integrations for every application.

This becomes particularly important as AI moves from generating information to operating autonomous systems.

Data Remains With Its Owner

A central principle of the Real Time Web is that connectivity should not automatically require surrendering ownership of data.

RTW is designed so that data owners can expose controlled channels directly from their own namespace and determine which people, services or machines are permitted to access them.

This creates the foundation for user-controlled data sharing—and ultimately for new economic models where data and intelligence can be exchanged directly between producers and consumers.

Synx — Building the Tools

Synx was created to turn the principles of the Real Time Web into technology that developers and machines can actually use.

Our tools provide key building blocks for creating and operating RTW services:

• Synx DNS provides addressing and discovery.
• Synx BIOS provides the runtime environment.
• Synx Pass manages identity, ownership and access.
• Skalle AI helps AI models understand, create and administer Real Time Web services autonomously.

Together, these tools allow developers—and increasingly AI itself—to build applications on a network designed for machines.

An Open Invitation to Build the Next Web

We believe the Real Time Web should become larger than any single company.

Synx is one implementation of this vision. Developers, researchers, companies and technology communities should be able to explore the architecture, challenge it, extend it and build entirely new products on top of it.

Because the next Internet will not be created by one application.

It will emerge from everything that becomes connected to it.

Learn more about the architecture, principles and specifications of the Real Time Web at RealTimeWeb.org →