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A new internet for machines
The internet was built for pages. Not for machines.
Just as the World Wide Web transformed how people access and share information, the Real Time Web (RTW) enables machines, autonomous systems, AI agents, robots, sensors, and digital services to discover, communicate, and collaborate in real time. Morph Space is the world's first working implementation of the Real Time Web.
Explore the ArchitectureChallenge
The web has no concept of "now"
Today's connected devices are isolated, limited, and dependent on proprietary cloud platforms. A sensor from one manufacturer rarely talks to a robot from another, and almost nothing talks to an AI agent without a custom integration built specifically for that pairing.
The deeper issue sits underneath all of this. The web itself was designed to store and link documents: pages, files, pictures, text, videos. It has a rich model for the past, built around persistence, but no native model for the present.
Just like mathematics lacked a concept of zero for a long time, the web has lacked an elaborate concept of "Now."
Why Real Time Web
RTW is a new internet concept. It's a heterogeneous system that is not owned by a private entity or a company. It's a network similar to the World Wide Web but is not replacing the current web. Instead, RTW focuses on real time data distribution, not historical data and information.
The main difference is that WWW persists data first and then addresses the distribution using a URL. RTW does not persist the data, but addresses the data source directly and distributes it to morphic services that have been given access to perform data transformation, or morphing, on the data into various contexts.
The World Wide Web was built for humans. RTW was built for machines and machine intelligence.
Vision
Eternal widespread ownership of the web
At Real Time Web we see the web as the world's biggest marketplace and an unparalleled platform for innovation. We believe in a web that rewards and protects the interests of the ones who create value, and makes sure everyone has the best opportunity to develop their ideas and benefit from what they create.
Our guiding principle is to allow eternal widespread ownership of the web. To better solve existing tasks and future development, we wish to fundamentally upgrade the web, by adding new dimensions.
Why not just build another API
- Every device-to-service connection needs its own bespoke API, which has to be maintained, versioned, and eventually replaced.
- Most IoT and AI systems depend on a single vendor's cloud platform, with no real path to interoperate with anyone else's devices or services.
- Data is copied into central databases rather than staying live at its source, so by the time an application reads it, it's already a snapshot, not the present moment.
- When a partner changes their data model, or the engineer who understood the integration leaves, there's often no one left who can validate whether the data can still be trusted.
This is why every new service today means standing up another platform to trust, another API to wire up, and another integration to maintain forever.
What makes the Real Time Web different from the World Wide Web?
In Real Time Web the network lets anyone connect anything to the present, through bidirectional linking, using a shared, user friendly architecture for real time connection of any type of network resource, physical and virtual.
In practice, this means RTW replaces the one-way hyperlink with a bidirectional link that goes directly to the live data source. Nothing is copied or persisted centrally. Information stays addressable exactly where it's produced, owned by whoever created it, and reachable without an API, a server, or a middleman platform in between.
To make that connection usable across systems that were never designed to speak to each other, data is automatically reshaped, or morphed, to fit the receiving system's own data model, on the fly. Morphing happens at the link itself.
World Wide Web
Browserrequests a page
Web pagea stored copy
Real Time Web
Applicationsubscribes
Live data sourcenever copied
Morphed datafits local model
Beyond the World Wide Web
The World Wide Web revolutionised how documents are connected using hyperlinks. The Real Time Web applies the same philosophy to live information. Instead of linking web pages, RTW links real-time data sources, services, and intelligent objects, retrieved directly from their original source rather than copied into central databases.
At the center of all of this is the Data Channel: a live stream of information assembled dynamically from multiple sources. Just as a radio listener tunes into a specific station, an RTW application subscribes to a channel that delivers exactly the information it needs, continuously, in real time.
Example — home automation channel
- Refrigerator status
- Coffee machine activity
- Temperature sensors
- Solar production
- Energy prices
- Weather forecasts
Millions of users can subscribe to the same underlying service, but each one only ever receives data from devices they personally own or have been authorized to access. Privacy isn't a policy layered on top, it's built into the architecture itself.
Fridge
Solar
Weather
Energy price
Your Data Channel
Your application
Neighbor's fridgeno access
An Open Network
Like the World Wide Web, the Real Time Web is completely open. Anyone can create services, applications, Data Channels, intelligent agents, and digital products, and share them globally through links that become part of an ever-growing ecosystem.
Developers can even publish services before any real-world data exists. Instead of depending on existing devices, a service can define the type of information it expects. As compatible devices become available in the future, they automatically integrate without requiring the software to be redesigned, allowing innovation to begin long before hardware is manufactured.
Architecture
One network, from root domain to sensor
Real Time Web is a stack, not a single product. Each layer is addressable and linkable to every other — humans, agents, and machines share the same namespace.
| Root Layer | Network Fabric | Execution Layer | Physical Layer |
|---|---|---|---|
| Root Domains | HIVE | Services | Robots |
| Synx DNS | Domains | Agents | Sensors |
| Synx BIOS | Nodes | AI Models | Actuators |
| Synx Pass | Morph Space | Workflows | Edge Nodes |
A few terms worth defining
- Space
- The runtime network space where processing units and agents run. Each root domain has its own Morph Space installation.
- Node
- Equivalent to a morphic service, called a node when Morph Space is used to build a neural-net-style topology.
- Identity
- Synx Pass, a common identity service letting one identity operate across multiple root domains.
- Link
- How a service provider integrates with another service and morphs its target data source, at the element level.
- Morph (application layer)
- Transforming data from a target source into your own local data model, so existing integrations don't need to change.
- Morph (data layer, "ghost")
- A ghost is a user-owned service instance. Morphing a ghost moves and reshapes data from one service to another for that same user, an act called normalizing.
Morph Space: how it actually runs
Each Morph Space is a private, intelligent namespace. An organization creates and manages its own services, digital identities, and Data Channels inside it, with full control over that environment.
Multiple Morph Spaces can be securely linked together. When two or more of them exchange services across their root domains, they form a heterogeneous Real Time Web network, a larger decentralized ecosystem made up of independent organizations that each keep sovereignty over their own piece of it.
Morph Space AorgA.root
Morph Space BorgB.root
Morph Space CorgC.root
Intelligence for everything
The Real Time Web allows virtually any physical or virtual object, a robot, a sensor, a drone, a vehicle, a digital twin, or a software agent, to acquire intelligence from the network itself. RTW functions like a distributed collective brain, dynamically allocating knowledge, behavior, and capability to individual objects as they need it.
Every connected object gets
- A unique digital identity
- Access to relevant real-time information
- Intelligent behavior
- Secure communication with other services
- Membership in a global knowledge network
Endless digital physical innovation
The reason why we can let anyone connect anything to the present, is that our ecosystem enables endless digital physical innovation. Four key features, all reasons to choose and commit to the Real Time Web.
01
A shared global marketplace
A billing engine embedded directly into the core protocol, combining the strengths of open source with the incentive of private ownership.
02
Security by design
Built by security experts to a military background and standards, resistant to hacking and surveillance.
03
Ultra compatible
Backward compatible with the web as we know it, built on common wireless-sensor RF standards, and works in intranet environments too.
04
Most cost efficient
Bidirectional linking removes the need for API and middleware development entirely, lowering cost and risk.
From idea to market
RTW introduces an entirely new way to validate a product before ever investing in manufacturing it. A manufacturer can publish the digital representation of a future product before it physically exists. Developers can immediately start building applications, automations, and services around that virtual product.
The number of applications, integrations, and links the community creates becomes a genuine market signal. Physical manufacturing only begins once that demand is real, cutting investment risk substantially while still encouraging open innovation from day one.
Building global value chains
Every digital product published inside RTW can become part of a larger value chain. Products and services link together across organizations, industries, and even countries. Morph Space lets these services be published, discovered, and monetized through domain-based identities.
Revenue can be split across every participant in a value chain, so developers, manufacturers, service providers, and data owners can all collaborate and get paid within the same ecosystem.
Dynamic software distribution: the Kernelizer
Physical devices, robots, autonomous vehicles, industrial controllers, even web browsers, no longer need to contain all of their functionality before they're deployed. Instead they download the specific software components they need at the moment they connect to the network.
This process is called the Kernelizer. It delivers applications, behaviors, and AI models to the client dynamically, and once loaded, those components run locally on the device. Running AI models locally improves privacy, reduces latency, and keeps sensitive personal information under the user's own control.
Device connectsto the network
Kernelizerdelivers only what's needed
Runs locallyon the device
Why Morph Space
If you are an entrepreneur, creator, developer, problem solver, or just like to explore how Real Time Web works, you have come to the right place.
Metaphorically speaking, the Real Time Web is for settlers chasing new opportunities, people willing to take personal risk to achieve a greater good, to think outside the box, or to gain an advantage as a first mover in a future they are eager to turn into reality.
In business strategy terms, the Real Time Web is a Blue Ocean, an unexplored area with great potential for true innovation, where newcomers can challenge the current paradigm and the establishment can reinvent itself.
Morph Space is available for anyone to become part of the ecosystem, from the largest corporations to teen innovators, and everything in between.
Who this is for
01
Manufacturers
Validate and monetize new products before committing to mass production.
02
Developers
Build once against a virtual product; compatible hardware integrates automatically as it ships.
03
AI and robotics teams
Give agents and robots real-time access to live data without a custom integration per source.
04
Businesses
Create subscription services, automations, and new value chains across organizations.
Towards a living internet
The Real Time Web represents a shift from an internet built for documents and APIs to one designed for intelligent collaboration. It lets devices, software, AI agents, digital twins, and people all participate in a shared, living network, one where services can be discovered, composed, and executed dynamically rather than wired together by hand.
Morph Space is the first step toward making that a reality, not the finished picture of it.
