Sovereignty
Control the network configuration, participating validators, access rules and data governance.
Your network, your rules
Create a configurable network within the XDC ecosystem for private applications, specialized workloads and interoperable workflows.
Control the network configuration, participating validators, access rules and data governance.
Create infrastructure for an application’s workload and adjust capacity as requirements evolve.
Use the XDC 2.0 consensus design, monitoring and checkpoint verification within the deployment’s operating assumptions.
Limit access to authorized participants and keep application transactions within a permissioned environment.
The subnet, relayer, checkpoint contract and wallet interfaces are part of a deployment controlled by the customer.
An XDC 2.0 consensus engine runs with system settings, validators, governance and access rules chosen for the deployment.
A relayer periodically submits critical consensus data from the subnet to XDC Mainnet.
A smart contract verifies and records the submitted checkpoints, creating a public integrity reference.
Wallet interfaces connect users and applications to the subnet’s transaction workflows.
Network tools provide transaction visibility and consensus monitoring within the deployment’s access policy.
A subnet can maintain its own validators and permissioned application state. A relayer sends consensus checkpoints to a smart contract on XDC Mainnet, producing a public record for integrity checks without publishing the underlying private transactions.
XDC Zero handles communication between a subnet and XDC Mainnet. Endpoint contracts send and receive messages, a relayer transports the payload, and an oracle provides block-header data for validation. Applications can build data exchange and asset-transfer workflows on these components.
Checkpointing and cross-chain execution solve different problems. Each deployment must define its verification rules, operator responsibilities and failure handling. Proposed XIM research extends this model toward heterogeneous ledgers and authenticated financial gateways; it is not a production service.
Create an application network with confidential records, defined membership and organization-specific rules.
Coordinate messages and asset-transfer workflows between networks using an explicitly chosen verification policy.
Track the movement and provenance of goods and materials with a shared transaction record.
Deploy smart-contract applications on infrastructure configured for their security, access and scaling requirements.
Configure infrastructure and transaction models around the application’s needs; evaluate total operating and mainnet checkpoint costs.
Isolate application workloads and tune deployment resources as usage grows.
Combine consensus controls with monitoring, operational procedures and checkpoint validation.
Define who can access network data and who can submit or validate transactions.
The XDC Subnet overview highlights SBI VC Japan, Deutsche Telekom, Contour and Zanzibar NBN in the wider validator and partner ecosystem. A subnet’s own operators and security policies remain deployment-specific.
September 2024 technical proposal by Mohuya Chakraborty and Atul Khekade.
Components and design in the official network documentation.
Endpoint, relayer and oracle messaging components.
Prepare Docker, generate configuration, deploy nodes, create a checkpoint contract and start subnet services.
Video walkthrough of subnet setup.
Video introduction to the subnet model.
Discuss the network configuration and integration requirements for your organization.
Contact the team about creating an XDC Subnet.
Ask technical questions and share implementation experience.
Join the XDC developer community.
Network, smart-contract and node documentation.
AI-assisted technical support and development tools.
Content carried forward from XinFin’s public website and linked primary sources. Historical material is identified where applicable.
Source record Editorial methodology