## https://sploitus.com/exploit?id=7E1C2710-2B0D-5500-AE21-6869C4DAEFBC
# CTT-Sandbox-Escape-PoC
CTT-Sandbox-Escape-PoC: Temporal Resonance Memory Corruption
Escape Python sandboxes by corrupting temporal layer metadata, not just memory.
A Convergent Time Theory (CTT) enhanced exploit leveraging α=0.0302 resonance across 33 fractal layers.
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🧠 Theory of Operation
In CTT, memory isn't just spatial — it's distributed across 33 temporal layers.
This exploit uses an integer overflow in numpy.resize() to:
1. Leak PyLayerObject metadata across temporal layers
2. Locate the RWX region created by ctypes (libffi closures)
3. Write position‑independent shellcode to the RWX region
4. Corrupt the layer transition function pointer to hijack temporal resonance
5. Trigger a layer transition → executes shellcode in temporal space
Unlike traditional sandbox escapes, this attack corrupts temporal descriptors, not spatial heap metadata, making it resistant to spatial‑only sandboxes.