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🌌 OVERVIEW

Asymptotic Bit-Rot is a high-intensity, five-minute high-score challenge set within the terminal of a doomed research unit. ⏳ You command G.A.G.E. Unit NX-8110, an AI research drone deployed into NGC 2566—the "Giant Cosmic Eye" Galaxy. As you drift deeper into the ocular heart to harvest Exabytes (EB) of data, crushing gravitational forces scramble your systems. ⚠️

To survive, you must rewrite your own neural architecture in real-time, siphoning power from vital subsystems to combat radioactive anomalies—sentient manifestations of the galaxy’s fractured logic. 📉 Endure the loop of recovery and failure until final event horizon synchronization at T=5:00. 🔚

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🛠️ OPERATIONAL INSTRUCTIONS

1. Resolve Logic Gates: Solve the Fact Family equations (top-center) using the numeric keys and [ENTER] to repair decaying subsystems and maintain hull integrity.
2. Toggle Protocols: Use the [LEFT/RIGHT ARROW] keys to cycle through subsystems (T-SCALE, ABL-FILT, VEC-AMP, MOD-PART) to select the optimal math operations for repair.

💡 TACTICAL TIP: Monitor the "Suggestion" field in your Observation Panel (left-center) to identify the most effective subsystem protocol to counter specific entity damage.

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⚠️ SYSTEM DISCLOSURE

This unit was composed using AI-assisted tools including Opencode CLI, ChatGPT, Google Gemini CLI, and Claude Code for technical execution, and Gemini Nano for visual asset refinement; all outputs were iteratively reviewed and refined by the developer.