Wireless Redstone: RedstoneLink-makomi

What it can do?

• Connect the switches on the wall neatly and beautifully to the lights on the ceiling.
• Control multiple remote Redstone machines centrally and name the switches and receive nodes.
• Record and view the Redstone signal curves.
• Visualize the connection diagram of the nodes to be edited.
• Flexibly control the validity of the connections .
• Remotely control a certain Redstone device…

Features

• Stronger wireless pistons: capable of pushing and pulling boxes, furnaces, funnels, and more.

![stronger]()

• Wirelessly control the original items with the original items themselves.They support all Mod functions.

• Hidden, no collision

• Directional editing of output and input

• Transmission with no distance limit, support for cross-dimension operation, and on-demand force-loading
• supports zero delay and 0/1/2 batch packaging delay windows, and can stably transmit 0-15 strength signals (sync).
• the Quick Link Tool, pairing GUI, web visualization editor, and incremental/overwrite edits all connected in one workflow.
• the status panel can track and plot I/O curves, and with K-key debugging you can locate issues quickly.
• ID and channel capacity up to 2^63-1, supports custom node aliases, channels, and automatically cleans up invalid IDs.
• multiple triggerSource/core combinations, plus node sets, channels, strength filtering, and dynamic control.

Getting Started

Item Guide/Recipes
Nodes are divided into three categories: triggers, connection cores, and repeaters: The usage method is:

• Establishing Connections: Squat down and right-click to open the pairing UI, or use the Quick Connection Tool to configure the serial number or channel.

• Activating Transmission: Activate the trigger through Redstone Signal Input to transmit Redstone signals to the connected connection core, or use a repeater for relaying.

• Filtering: Configure the filter and place it so that its range of effect covers the corresponding node, and then activate the filter.

• Forced Loading: Configure the block activator, place it and activate it.

• Recording Signals: Subscribe to the corresponding node on the status panel, and configure and start the recording.

• Assisted Debugging: Wear the Smart Glasses and use the K key to interact with the empty hand interface nodes, thereby switching between displaying node information and establishing connections.

• Recycle and store the prepared items

• Visual Editing: Use the Graph Visualization Editor

Other Documentation

• Mechanism Design
• Usage Guide
• Conflict List (to be added)

Other Features

• Full-lifecycle signal synchronization: placing, mining, and breaking nodes and filters automatically synchronizes signals (sync)
• Rich node types: block, plate-like, and transparent receiver nodes, plus triggerSource nodes including buttons, levers, remotes, and different signal types
• Rich and detailed configuration options, along with commands, permissions, and rate-limiting systems
• Node items support stacking and quick operations
• The Quick Link Tool supports GUI configuration, as well as incremental or overwrite edits, and can be applied to nodes and filters …

Future Plans

• ☑️Add Send/receive filters
• ☑️Add recording and playback support to the status panel
• ☑️Support custom node aliases
• ☑️Expand channel matching
• ☑️Improve the UI
• ❌Migrate to version 26.1+
• ☑️Add a visual network analyzer
• ☑️Add a repeater

Disclaimer and Report

• This project uses AI
• Currently supports fabric-0.18.4 and higher.
• Conflict Report
• Bug Report
• Gameplay Feedbak