Virtual Processing — Changelog

Wireless Networking & External Processing Update

Added

• Wireless Crafting Terminal Support: Implemented wireless connectivity for the VP Crafting Terminal, enabling remote access to the Virtual Processing network.

• Universal Input Integration: Added wired and wireless Universal Input interfaces for transferring external resources into the VP network.

• Wired and Wireless Plugs: Introduced Plug interfaces supporting both direct cable connections and wireless network communication.

• External Processing Recipes: Added support for processing recipes executed by external machines, with automatic ingredient export and expected output tracking.

• On-Demand Resource Export: Implemented demand-driven resource delivery through Plugs, allowing the system to automatically retrieve available resources and schedule crafting operations for missing materials.

Improvements

• Unified Network Integration: Extended VP network communication to support wired and wireless resource interfaces.

• Automated Resource Management: Improved integration between inventory availability, crafting requests, resource reservations, and external delivery operations.

• External Crafting Automation: Enabled automated processing workflows that export required ingredients and monitor returned outputs through Universal Inputs.

• Resource Deficit Handling: Improved export planning to identify missing resources and automatically initiate crafting operations when supported recipes are available.

Technical Highlights

• Wireless access to the VP crafting interface.

• Bidirectional resource workflows using Plugs and Universal Inputs.

• External recipe execution with output-dependent completion tracking.

• Demand-based resource provisioning integrated with the VP crafting planner.

• Support for hybrid processing networks combining virtual machines and external physical machinery.

This update significantly expands Virtual Processing's automation capabilities by integrating wireless network access, external machine processing, and demand-driven resource distribution into a unified crafting infrastructure.