STAY ON AIR
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Keep the signal alive. Keep the broadcast running. Stay on air.
In *STAY ON AIR*, you take control of a fragile radio network spread across interconnected nodes, towers, and broadcast stations. Your mission is simple… but far from easy:
- Stabilize the signal
- Route it through the network
- And ensure it reaches every transmitter without collapsing
Each node in the network affects the signal differently. Adjust power, frequency, noise, and phase to keep everything in balance. If the signal destabilizes before the broadcast ends… the system fails.
- Stability depends on three main factors: Power, Noise, and Phase
- Try to keep Stability above 0.95!!
- When adjusting a slider, aim for the position that gives the highest stability value
- Power is usually the most important factor
- Power and Frequency both affect the overall noise, so keep an eye on that balance
- Small adjustments can make a big difference... don’t rush changes too much
---
- Click and configure network nodes
- Stabilize signal flow across the map
- Keep transmissions alive until the end of each broadcast
- Adapt to increasingly complex networks across 3 unique maps
We want to see how well you perform!
- Drop your scores in the comments
- Compare results with other players
- Let’s turn this into a community leaderboard right here!
This is a jam project, and your feedback means a lot.
Let us know what worked, what didn’t, and how far you managed to push the signal!
The signal is fragile. The network is alive.
And everything depends on you staying on air.
Made for the jam.
All audio sourced from Pixabay.
In *STAY ON AIR*, you take control of a fragile radio network spread across interconnected nodes, towers, and broadcast stations. Your mission is simple… but far from easy:
- Stabilize the signal
- Route it through the network
- And ensure it reaches every transmitter without collapsing
Each node in the network affects the signal differently. Adjust power, frequency, noise, and phase to keep everything in balance. If the signal destabilizes before the broadcast ends… the system fails.
Tips
- Stability depends on three main factors: Power, Noise, and Phase
- Try to keep Stability above 0.95!!
- When adjusting a slider, aim for the position that gives the highest stability value
- Power is usually the most important factor
- Power and Frequency both affect the overall noise, so keep an eye on that balance
- Small adjustments can make a big difference... don’t rush changes too much
---
Gameplay
- Click and configure network nodes
- Stabilize signal flow across the map
- Keep transmissions alive until the end of each broadcast
- Adapt to increasingly complex networks across 3 unique maps
Community Challenge
We want to see how well you perform!
- Drop your scores in the comments
- Compare results with other players
- Let’s turn this into a community leaderboard right here!
Feedback
This is a jam project, and your feedback means a lot.
Let us know what worked, what didn’t, and how far you managed to push the signal!
Final Message
The signal is fragile. The network is alive.
And everything depends on you staying on air.
Credits
Made for the jam.
All audio sourced from Pixabay.