X-NET RUNTIME NETWORK

For AI Applications
Build callable network capabilities

XNetWk helps Agents and AI services improve cross-node data transfer, path scheduling, and collaborative communication, turning network capabilities into programmable infrastructure.

  • Unified Access
  • Path is schedulable
  • State-Aware
Applications / AgentTask RequestSmart GatewayAPI Key · Authentication · Task ContextAI DiscoverNetwork Nodes and SchedulingPath Assessment · Relay Scheduling · Path SwitchingTarget ServiceModel / MCP / API

Diagram: Requests enter the node and scheduling plane via the intelligent gateway; alternative paths remain on standby.

Valid PathAlternative Paths

PRODUCT ARCHITECTURE

Unified Access, Scheduling Paths, and State Awareness

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Product capability status is marked as "Delivered," "Planned," or "Pending Confirmation." Items pending confirmation are not considered delivered.

SCENARIOS

The bottleneck in these scenarios often lies at the network hop.

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WHY XNETWK

Treat the network as a programmable engineering object

We don't promise unexplainable performance; instead, we return connectivity, routing, and state to a configurable system.

Unified Access

Use a single gateway to consolidate call credentials, identity, and context, reducing redundant integration logic across business units.

Path programmable

Paths and relays are provisioned by the scheduling plane; applications only need to declare their requirements. Do not hardcode routes in the code.

State-Aware

Consolidate node and link status into a single view. Track failures and switchover events for easy issue identification.

Software-Defined Deployment

Deployed on existing customer infrastructure; no replacement of current network or operations systems required.

AI-Native Communication

Design communication paths tailored for long call chains, concurrent async requests, and large file transfers—avoiding generic solutions.

TECHNOLOGY

Protocols, Scheduling, and Deployment Methods

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01

Proprietary Protocol and Transmission Optimization

Design data transmission protocols around AI request patterns to ensure recoverability over weak networks and cross-region links, with trade-offs compared to traditional approaches.

02

Intelligent Path Scheduling

Continuously evaluate candidate paths across dimensions such as latency, stability, and availability to make switching actions configurable and traceable.

03

Relay Enhancement and Software-Defined Deployment

Improve cross-region reachability via relay nodes, deployed in a software-defined manner on your existing infrastructure.

FOR DEVELOPERS

Three Steps from Integration to Observability

Supported SDK languages and documentation links are subject to official release; current status is indicated by status labels on this page.

Developer Integration Guide
  1. 01

    Apply for Access

    Integration Application Receipt and Scenario Confirmation

  2. 02

    Get access token

    API Key issued by application dimension

  3. 03

    Connect to Smart Gateway

    Client capable of initiating calls (supported SDK languages to be confirmed)

Protocol StatusHTTP / HTTPSProvidedMCPIn PlanninggRPCPending ConfirmationWebSocketPending Confirmation

TECHNICAL EXCHANGE

Bring networking capabilities into your AI runtime environment.

Please describe your integration scenario, node distribution, and call patterns. Based on our existing infrastructure, we will provide an actionable integration plan.