We Were Here Tomorrow Circuit Puzzle: Full Solutions

We Were Here Tomorrow Circuit Puzzle Solutions

The We Were Here Tomorrow circuit puzzle becomes much easier when you separate socket matching from cable routing. That distinction matters because the component board and the GEN network follow different rules. For the We Were Here Tomorrow circuit puzzle in the shrinking sequence, match components to their symbol sockets; for the cable puzzle, follow the GEN route below without revisiting a module.

Identify your puzzle before touching another component or activating another module:

Puzzle	What identifies it	What you need to do
Component circuit	Movable components, illustrated symbols, and sockets marked with shapes	Match component requirements to connected sockets
Cable puzzle	GEN, Greek-letter module IDs, and RED, GRE, and BLU door labels	Follow connected modules while opening access to later groups

If you need the complete cable answer immediately, use this route:

GEN → Ψ01 → Ψ04 → Ψ02 → Ψ03 → Ψ06 → Σ04 → Σ03 → Σ01 → Σ02 → Ψ08 → Θ03 → Δ02 → Δ03 → λ02 → λ03 → λ01 → Ψ07

Read each module ID in full when calling it out. Say “Psi zero two,” for example, so your partner can distinguish the symbol family from the module number.

Official page: We Were Here Tomorrow (store.steampowered.com)

Component Circuit: Match Shapes Across the Sockets

The component puzzle appears during the sequence involving the matter reduction and enlargement platform. Your two perspectives provide different parts of the answer: component illustrations and their shape requirements must be matched to the circuit’s sockets.

Image: Steam / Total Mayhem Games

The important detail is that a component can have a three-shape requirement while individual socket markings show pairs. Read the requirements across the connected positions rather than searching for a single marking containing all three shapes.

Place the recognizable components

1. Find the circuit’s power entry. Establish which end you are tracing before discussing placements.
2. Describe the component illustration. Give your partner a recognizable outline before reading its associated shapes.
3. Read the full shape sequence aloud. Include every shape, even when one appears on neighboring socket markings.
4. Match that sequence across connected sockets. For triangle, Y-shape, and star, look for triangle/Y followed by Y/star.
5. Review the remaining placements together. Trace the circuit in order and compare each component with its intended sockets.

Two similar illustrations deserve extra attention:

Component illustration	Associated shapes
Two wheelchair-like figures facing each other	Triangle, Y-shape, star
Bicycle-like figure with inward-curling, G-shaped ends	Square, pentagon, plus

Both illustrations can sound like a “tandem bicycle” over voice chat. Describe the ends before placing either one: are they open wheelchair-like outlines, or do they curl inward like rotated uppercase Gs?

For this part of the We Were Here Tomorrow circuit puzzle, precise descriptions help you separate components that otherwise sound almost identical.

Read the shared shape as a connection

The triangle/Y/star example gives you a practical way to interpret the paired markings. Triangle/Y and Y/star share the middle Y-shape.

Say the relationship aloud: “Triangle to Y, then Y to star.” That gives your partner both the required shapes and the connection you are trying to match.

Use the same deliberate readback for square, pentagon, and plus. Avoid shortening the instruction to “the square one,” since that drops the other shapes needed to identify its placement.

Before moving another component, have your partner repeat the intended sequence. Then compare it with the markings beside the actual sockets.

Result: Complete the component circuit, then continue through the shrinking sequence. The green access pass is printed later, after additional tasks; placing these components is only part of that larger sequence.

Cable Puzzle: Understand GEN and the Door Unlocks

The cable network uses module IDs and restricted access. Every module has a unique identifier, and your next activation must connect directly to the module you activated last.

Image: Steam / Total Mayhem Games

Three rules govern the route:

• Start at GEN.
• Follow an existing cable connection for every move.
• Activate each module no more than once.

Initially, the available modules are GEN, every Ψ module, every Σ module, Δ02, and Δ05. Other groups become accessible through specific activations.

Door label	Activate this module	Modules made available
GRE	Σ02	Θ01, Θ02, Θ03, Θ04
RED	Σ03	Δ01, Δ03, Δ04
BLU	Δ03	λ01, λ02, λ03

RED, GRE, and BLU are doors, not modules. Do not insert them into your activation sequence.

Opening a door changes which modules are available. You still have to reach those modules through the cable network, and previously visited modules remain unavailable for a second visit.

That makes the We Were Here Tomorrow circuit puzzle a routing challenge: you need to preserve a usable path while activating the modules that open later sections.

Keep the required order in view

The route must activate these target modules in this order:

Ψ02 → Θ03 → λ03 → Ψ07

Those targets are milestones rather than consecutive moves. Several connecting modules belong between them.

Read the full route instead of trying to jump directly from one target to the next. In particular, Θ03 requires GRE access, and λ03 requires BLU access. The activations that open those doors must happen before you reach the corresponding targets.

Before starting, divide the callouts between reading the sequence and confirming the current module. Mark completed IDs in a written checklist so neither player has to reconstruct the entire route from memory.

Cable Puzzle: Follow the Full Route to Ψ07

Use the following sequence from GEN. The grouped stages make the full answer easier to read aloud without losing your position.

Image: Steam / Total Mayhem Games

Stage	Activate in this order	Important event
Opening	GEN → Ψ01 → Ψ04 → Ψ02	Reach the first required target, Ψ02
Continue through Ψ	Ψ03 → Ψ06 → Σ04	Reach the Σ section
Unlock doors	Σ03 → Σ01 → Σ02	Open RED at Σ03 and GRE at Σ02
Reach Θ03	Ψ08 → Θ03	Reach the second required target
Open BLU	Δ02 → Δ03	Make λ01, λ02, and λ03 available
Finish	λ02 → λ03 → λ01 → Ψ07	Reach λ03 before finishing at Ψ07

Execute the route one activation at a time

1. Begin at GEN. Continue through Ψ01 and Ψ04 to reach Ψ02.
2. Leave Ψ02 through Ψ03. Follow Ψ06, then activate Σ04.
3. Activate Σ03. This opens RED and makes Δ01, Δ03, and Δ04 available.
4. Continue through Σ01 to Σ02. Activating Σ02 opens GRE and makes the Θ modules available.
5. Move through Ψ08 to Θ03. This reaches the second required target.
6. Continue through Δ02 to Δ03. Activating Δ03 opens BLU.
7. Enter the λ sequence through λ02. Activate λ03, then λ01.
8. Finish at Ψ07. The required targets have now been activated in order.

The final stretch is worth reading twice:

Δ03 → λ02 → λ03 → λ01 → Ψ07

Keep λ01 after λ03 in this solution. Although its number is lower, the route follows cable connections rather than numerical order.

For the We Were Here Tomorrow circuit puzzle cable solution, use a short confirmation after every activation: “Σ03 active; RED open; next is Σ01.” That keeps the current position, door state, and next move in the same callout.

Result: This route activates Ψ02, Θ03, λ03, and Ψ07 in the required order without visiting any module twice.

Circuit Puzzle Troubleshooting and Partner Callouts

When progress stalls, compare the current state with the rule that applies to your puzzle. Component matching needs accurate shape descriptions; the cable network needs accurate module tracking.

Two components sound like the same object

Replace broad nicknames with visible features. For the similar bicycle-like illustrations, describe the curled G-shaped ends or the facing wheelchair-like outlines.

Then read the associated shapes. “Facing wheelchairs: triangle, Y, star” is much easier to distinguish from “curled ends: square, pentagon, plus.”

A component needs three shapes, but sockets show two

Read adjacent markings together. Use triangle/Y followed by Y/star as your model, and check the shared middle shape before choosing a placement.

Trace from the power entry so both players discuss the same direction. Avoid changing several components during one explanation; make one placement, read it back, and continue.

A door opened, but the next module is unreachable

Check the last activated module and its cable connections. Door access and a legal next move are separate requirements.

For example, activating Σ03 opens RED, but the full solution continues through Σ01 and Σ02 before eventually reaching Δ03. Follow that connecting route rather than jumping ahead to a newly available module.

You lost your place in the cable sequence

Read back the last completed IDs from your checklist. Compare them with the full route before making another activation.

Keep these checkpoints visible:

• Σ03: RED opens.
• Σ02: GRE opens.
• Δ03: BLU opens.
• Ψ07: Final module in the route.

For either We Were Here Tomorrow circuit puzzle, finish each instruction with the exact component shapes or module ID. Avoid “that one,” “the next thing,” and “go over there” when your partner has a different view.

FAQ

What is the full We Were Here Tomorrow circuit puzzle cable solution?

Follow GEN → Ψ01 → Ψ04 → Ψ02 → Ψ03 → Ψ06 → Σ04 → Σ03 → Σ01 → Σ02 → Ψ08 → Θ03 → Δ02 → Δ03 → λ02 → λ03 → λ01 → Ψ07. Every move must follow a cable connection, and each module can be activated only once.

How do you open the red, green, and blue doors?

Activate Σ03 for RED, Σ02 for GRE, and Δ03 for BLU. These activations make additional module groups available. Continue following cable connections after opening each door.

Can you activate RED, GRE, or BLU as modules?

No. Those labels represent locked doors. Use module IDs such as Σ03 and Δ03 when planning or reading the activation route.

How do you match the bicycle-like circuit components?

Distinguish their outlines before placing them. The facing wheelchair-like illustration corresponds to triangle, Y-shape, and star. The bicycle-like illustration with inward-curling G-shaped ends corresponds to square, pentagon, and plus. Match those requirements across the connected socket markings.