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SYNTAXCODER

Solo · FREE PLAY

Netwalk

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Game guide · SYNTAXCODER

Read before your next round of Netwalk

Read the position before choosing your next action. Rotate tiles to form one connected network reaching every cell, without loose ends or loops. The game area remains available above the explanation. A new 5×5 network is created and its tiles are rotated. Try the rule on the board, then read the next instruction.

Random 5×5 spanning-tree layouts are solvable by construction. Unique solution is not claimed; every valid connected, loop-free solution is accepted.

Practice with a purpose

Begin with the basic rule, then follow the result of your action. Every cable end must meet the corresponding end of a neighbouring tile; no cable may point outside the board. Try the rule on the board, then read the next instruction.

The purpose of your moves

Check the rule below as you play. Rotate tiles to form one connected network reaching every cell, without loose ends or loops. Try the rule on the board, then read the next instruction.

How a round unfolds

  1. A new 5×5 network is created and its tiles are rotated.
  2. Tap a tile to turn it clockwise by a quarter-turn. Tiles connected to the central server light up.
  3. Every cable end must meet the corresponding end of a neighbouring tile; no cable may point outside the board.
  4. Connect all 25 cells in one network. The finish check accepts any valid complete network, not just the generator’s saved orientation.

How your actions work

Read the position before choosing your next action. Tap network tiles to rotate. Use Undo for the previous rotation and New puzzle for another generated layout. Start a new round when you are ready to try again.

A useful example

A careful first move helps you understand the round. A tile with north and east cables connects only to matching south and west cables on those neighbours. The game area remains available above the explanation.

Notice this detail

The example and rules describe the same game you can play above. A tile glowing green only means it reaches the server. The whole board also needs every end matched and all cells connected. Try the rule on the board, then read the next instruction.

Further help with the game

When I start, what is the aim of Netwalk?

Rotate tiles to form one connected network reaching every cell, without loose ends or loops. The worked example offers another way to follow the rule.

For this game, how do the controls work?

Tap network tiles to rotate. Use Undo for the previous rotation and New puzzle for another generated layout. The worked example offers another way to follow the rule.

Can you show an example?

A tile with north and east cables connects only to matching south and west cables on those neighbours. The instructions above use these same rules.

For this game, which mistake should I avoid?

A tile glowing green only means it reaches the server. The whole board also needs every end matched and all cells connected. The worked example offers another way to follow the rule.

During a round, what rules and limits are used here?

Random 5×5 spanning-tree layouts are solvable by construction. Unique solution is not claimed; every valid connected, loop-free solution is accepted. Scores here do not represent cash or prizes.

During a round, how many people can play here?

Solo. This is local browser play, not internet matchmaking. The game is played locally in your browser.

When I start, why are some tiles green?

They have a chain of matching cable ends to the central server. Scores here do not represent cash or prizes.

On this page, can a cable leave the board?

No. This version has fixed boundaries and no wrapping. The game is played locally in your browser.

Is every puzzle solvable?

The generator starts from a connected tree and rotates its tiles, so the original orientation is a valid solution. No download or player account is required.

On this page, must I find exactly the stored answer?

No. Any orientation with all ends matched, all cells connected and no loop completes the puzzle. The instructions above use these same rules.

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