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PH4NTXM is a live-only, stateless Linux operating system engineered for environments where post-mortem analysis, memory inspection, and identity correlation are realistic threats.
Each session is ephemeral by design. System state, memory contents, and identity artifacts are intentionally short-lived and are not expected to survive shutdown, reboot, or failure. Poweroff, panic, and crash paths are treated as compromise events and converge on enforced teardown mechanisms.
PH4NTXM operates entirely in live mode and does not rely on persistence. It is intended for authorized security research, system auditing, and controlled execution in adversarial conditions.
The project emphasizes transparency, reproducibility, and architectural enforcement over user configuration or recovery semantics.
Features
- Live-only Linux operating system.
- Stateless execution with enforced session boundaries.
- Volatile memory operation with enforced teardown on shutdown.
- Ephemeral system and network identity per session.
- Memory contamination to disrupt post-mortem analysis.
- Dedicated panic kernel for last-resort memory disposal.
- Kernel-level disabling of selected hardware sensors.
- Designed for authorized security research and auditing.
