Establishing a four-tier manufacturing planning system, forming top-down constraints to assist in production scheduling.

Relying on plan collaboration and subscription functions to achieve progress monitoring of milestone nodes.

Evaluating capacity in combination with global resource loads to achieve data-driven fulfillment reviews.

Horizontally centered around core components, achieving cross-departmental and cross-process business collaboration.

Axially integrating digital workstations with IoT platforms to achieve highly efficient human-machine collaboration.

Rationally allocating resource progress and tracking material delivery to assist in project management.

Connecting processes with production and quality stages, automatically dispatching standards and feeding back to design.

Building a full-lifecycle BOM tree, supporting quality traceability at any node.

Support multi-terminal collaborative production reporting and self-inspection, summarizing progress in real-time and performing automatic analysis.

Implement process-level kitting error-proofing, precisely tracking WIP storage locations and process transfers.

Support multi-dimensional visualization of production data, achieving one-click precise traceability across the full lifecycle.

Combining process routes and the tracking network to build a multi-dimensional query system for WIP.

Building a three-tier verification system from workshop to task, grasping global resource status in real-time.

Integrating procurement and warehousing/logistics data to monitor procurement and circulation status in real-time.

Precisely driven by order numbers, achieving highly efficient collaboration for product shipping tasks.

Linking logistics, dispatch, and receiving parties to achieve rapid response to delivery anomalies.

Connecting operators, logistics, and customers to achieve seamless integration of equipment installation and commissioning.

Uniting users, manufacturers, and industry experts to conduct collaborative analysis of industrial big data.

Deeply integrating platform-layer technologies to precisely build digital models of physical devices.

Providing stable and reliable messaging services to achieve visual presentation of global data.

Relying on core application layer capabilities to achieve rapid construction of IoT application scenarios.

Relying on the industrial internet to achieve interconnection and interoperability of multiple intelligent units.

Break down technical barriers to achieve seamless connection and comprehensive integration of IT and OT.

Drive the self-organization and self-optimization of production resources to agilely respond to business needs.

Flexibly build charts using the designer tool, achieving unified management and data entry.

Support convenient PC access, intuitively displaying data value through rich charts.