Synx DNS
Naming
Client DNS for the domain you own.
- Root domain and subdomainsAn address mapped to the namespace
- Morphic servicesNamed on the domain
- Data linksSet the links the service uses
- Structure you can changeWhen the service needs to
Synx DNS
Graphical tool for Morphic Domains and Services
Synx DNS is the graphical developer tool for creating and managing Morphic Domains and Morphic Services on the Real Time Web. It is how you design the relationships between resources, services, and data, and how you manage the Ghosts that represent those resources.
Traditional DNS helps the Web find servers. Synx DNS helps the Real Time Web address, organize, and connect live network resources. Services and links can change while the network is running, and transferring a Ghost can move control of a resource without copying the data.
Create an account on Morph Space, register a domain, and open Synx DNS. Documentation and Hello World examples are there, and you can also ask Skalle AI to help create the first service.
Ghost: the digital, bijective representation of a physical or virtual network resource within the Real Time Web.
FAQ
What is Synx DNS?
Synx DNS is the graphical tool for creating and managing Morphic Domains and Morphic Services on the Real Time Web, including the Ghosts that represent connected resources. It is available through Morph Space, with documentation and Hello World examples.
Synx DNS is a graphical developer tool and web application for creating and managing Morphic Domains and Morphic Services on the Real Time Web. It provides the tools needed to design autonomous network architectures, create and connect services, and manage Ghosts, digital representations of network resources connected to RTW.
Synx DNS is available through your Morph Space account. Technical documentation, tutorials and simple “Hello World” examples are also available in Morph Space to help you create your first domain and services.
How is Synx DNS different from traditional DNS?
Traditional DNS finds where a service is hosted. Synx DNS helps the Real Time Web address, organize, and connect live resources through dynamic services, links, Ghosts, ownership, and intelligence along the linking path.
Traditional DNS maps domain names to network addresses where applications and services are hosted. Developers then typically use APIs, authentication systems, databases and session management to allow applications and clients to communicate with those services. There is nothing inherently wrong with this architecture. It is the foundation of most of the Web we use today and works particularly well for accessing information and persisted data.
The Real Time Web is designed for a different purpose. RTW and Morph Space are designed around live data sources, where individual network resources and data points can be addressed closer to their source and connected through a peer-to-peer architecture. Instead of using DNS only to locate a server, Synx DNS participates in defining how resources, services and data are related within the network.
Dynamic services
Subdomains and service URLs can be created and modified dynamically at runtime. Changes can immediately influence how data is transformed, or morphed, as it moves between connected resources.
Linking instead of repeated API integration
Synx DNS allows services to be linked within the same domain namespace as well as across independent root domains. These linking paths allow developers to construct relationships between services without requiring a traditional custom API integration for every connection.
Ghosts represent network resources
Synx DNS uses Ghosts to represent resources connected to the network. A Ghost becomes the digital representative of an endpoint within a Morphic Service. It can describe how that resource communicates, including the protocol and data format required by the endpoint. This abstraction allows very different types of physical and virtual resources to participate in the same network architecture.
Ownership follows the resource
Synx DNS also participates in managing ownership and distribution of Ghosts. Transferring a Ghost can transfer control of the associated network resource to another user without requiring the underlying data to be copied or migrated between centralized application databases. This introduces an important RTW principle. Instead of moving the data to the user, control of the connection to the data source can move to the user.
Intelligence can exist in the linking path
Predicates and software agents can be introduced along a network linking path. These components can interpret, transform and enrich data as it moves through the network. This allows intelligence to become part of the network architecture itself rather than existing only inside an application at the endpoint. In short, traditional DNS helps the Web find servers. Synx DNS helps the Real Time Web address, organize and connect live network resources.
What can I address with a Synx domain?
A Synx domain can address sensors, software services, AI models, machines, applications, and other sources, then link those channels while Ghosts manage identity, ownership, and access.
A Synx domain can be used to create Morphic Services around many different types of data sources and network resources. A source could represent, for example, a sensor, software service, AI model, machine, application or another digital resource. The source can become a real-time data channel that other authorized resources can connect to.
Multiple channels can be linked and composed dynamically, while predicates and intelligent services can transform the data along the linking path. Ghosts provide the endpoint representation and help manage identity, ownership and controlled access to the resource. This architecture is designed to support privacy-preserving and owner-controlled data sharing. Actual regulatory compliance, including GDPR compliance, will also depend on how each service is configured, operated and used.
How do Synx domains connect services, data and machines?
Services link through a Synx domain so data can be transformed in real time. An endpoint can send, receive, or both. Ownership of a Ghost, the service logic, and the data can stay separate inside the same architecture.
Synx domains provide an intermediate network layer where services can be linked and data can be transformed in real time. By connecting Morphic Services through links, developers can construct a contextual network graph in which data sources, machines, software and intelligence interact. An endpoint can be a sender, a receiver, or both.
The endpoint connects through its service URL. Behind that URL, its Ghost acts as a bijective representation of the endpoint within the Morphic Service. The Morphic Service provides a semantic representation of the resource and defines how it participates in the network.
This separation is important because the Real Time Web is designed with multiple control layers. For example, ownership of a Ghost can be assigned to a specific user, giving that user control over access to the associated resource and its data. At the same time, the service provider can continue to manage the application logic and transformations performed by the Morphic Service. This allows ownership, application logic, data transformation and network communication to remain separate concerns, while still participating in the same connected architecture.
As more services are linked together, the resulting graph can begin to resemble a distributed neural structure: data enters through different sources, passes through contextual and intelligent transformations, and produces new state for other services or endpoints.
How do I create my first Synx domain?
Create a Morph Space account, register a domain, and open Synx DNS. You can also ask Skalle AI to help create and configure the first service.
Getting started is simple. Create an account on Morph Space, register your domain and open Synx DNS. From there, you can create your first Morphic Service, connect a data source and begin experimenting with links between services. You can also ask Skalle AI to help you create and configure your first RTW service. Create a domain. Connect a resource. Build your first Morphic Service, and become part of the Real Time Web.