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offensive-macos-agent-discipline

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Atualizado8 de maio de 2026 às 01:30

Use when a macOS bug-hunting session is stuck, drifting, brute-forcing, choosing machines, handling crashes, or coordinating agent work. Fires on "failure taxonomy", "RE parallel rule", "I'm stuck", "which machine should I run this on", "commit cadence", "no /tmp", and "lsof after every action".

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UnsaltedHash42/mac-reversing-station

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Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Analistas de segurança da informaçãoInformática e Matemática·SOC 15-1212

SKILL.md

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name	offensive-macos-agent-discipline
description	Use when a macOS bug-hunting session is stuck, drifting, brute-forcing, choosing machines, handling crashes, or coordinating agent work. Fires on "failure taxonomy", "RE parallel rule", "I'm stuck", "which machine should I run this on", "commit cadence", "no /tmp", and "lsof after every action".
folder	offensive-macos-agent-discipline
source	skillz-wave2
trigger_phrases	["failure taxonomy","RE parallel rule","I'm stuck","commit discipline","no /tmp"]

Agent Discipline For macOS Hunting

Channel boundary: REPO_MODE=analysis. RCA, lab reproduction, defensive mapping, and tooling guidance only. No operational exploit authoring against live third-party targets.

When To Use

The agent has tried several probes without progress.
A test can crash a daemon, panic a machine, or corrupt state.
A session needs a handoff, a fresh sub-agent, or a crisp stop/continue decision.

Operating Rules

Breadth first, then depth. Touch many targets briefly, escalate only the rows with real signal.
Ten minutes or twenty attempts without new evidence means stop brute-forcing and run RE in parallel.
Use the right machine role before running anything destructive.
Do not use /tmp for research state. Panics clear it. Use repo .tmp/, artifacts/, or tools/custom/.
Run lsof or an equivalent process/socket check after a new daemon action so you know what is alive.
Commit or checkpoint frequently when working in a real findings repo. In this skillz/ directory, there may be no git repo; if so, record progress in docs and smoke output.

Host-Action Approval

The station runs across three environments with different safety expectations:

Workstation: the operator's daily-driver Mac. Cursor cockpit, project clones, skills, scripts, ssh client. State on the workstation matters; agents should never modify it without explicit operator approval.
Lab host: the remote macOS machine reachable over SSH, hosting Ghidra and the MCP servers. Disposability is a per-project decision, recorded in LAB_SAFETY.md under the Lab Disposability section.
Lab VM: a disposable macOS VM dedicated to dynamic research. Agents may attach LLDB, restart services, send XPC traffic, reset TCC, modify keychains, and trigger crash-prone behavior here freely; record every action in VM_ACTIONS.md.

Disposability rules:

When lab_disposable: true in LAB_SAFETY.md, dynamic actions on the lab host run without per-action approval, but the agent must (a) recommend a snapshot before high-disruption work and (b) append every action to VM_ACTIONS.md.
When lab_disposable: false (or the field is missing), treat the lab host like the workstation — destructive actions need the same explicit operator approval the workstation rules below require.
The workstation is never assumed disposable. Any agent action affecting workstation state must ask first.

Categories that require explicit operator approval before the agent runs them on the workstation or any non-disposable host:

Writes outside the project clone's gitignored work areas (findings/, targets/, artifacts/, pocs/, chains/, sources/apple/, the Apple source cache).
Edits to ~/.cursor/, ~/.ssh/, system /Library/Launch{Daemons,Agents}/, system frameworks, /etc/, or anything under SIP-protected paths.
Reboots, sleeps, login state changes, or user/group changes.
Package installs, brew install, softwareupdate, kernel extension load/unload.
Network changes: VPN config, proxy, firewall, DNS resolvers.
Deletions or mass renames anywhere outside the project clone's gitignored work areas.
TCC, keychain, or trust-store edits.

When the agent is unsure whether an action is workstation-safe, the rule is to ask. "Run on the lab VM" is the default answer for anything dynamic; "ask the operator" is the default answer for anything workstation-side.

L1-L6 Failure Taxonomy

Level	Meaning	Diagnosis	Remediation
L1 API	Agent/tool API failure	MCP error, schema mismatch, tool timeout	list tools, inspect schema, retry one known-good call
L2 local	Local host failure	missing file, path typo, bad env var	verify cwd, absolute paths, interpreter versions
L3 environment	Machine/OS state failure	daemon not running, SIP mismatch, stale launchd state	reboot/restart target, verify OS/SIP/user
L4 tooling	RE/debugger/tool failure	Ghidra cache, LLDB attach denial, DTrace provider missing	isolate with minimal binary/tool smoke
L5 app	Target behavior failure	target exits, feature disabled, hardware absent	collect logs, identify prerequisites, close or defer
L6 process	Research process failure	looping, too many guesses, no artifact trail	stop, write current hypothesis, spawn parallel RE or ask operator

Do not change strategy until you know which level failed. Infrastructure failure is not evidence that the vulnerability hypothesis is wrong.

RE Parallel Rule

When a dynamic probe stalls:

Stop after 10 minutes or 20 attempts without new evidence.
Freeze the last command, logs, and observed failure in the findings repo.
Start a Ghidra path in parallel:
- Open the target with ghidra-mcp.
- Find the relevant strings/selectors.
- Decompile one caller and one callee.
- Return with a specific next probe, not a vague "try more."
If Ghidra also stalls, classify the blocker with L1-L6 and decide whether to close, defer, or ask the operator.

Machine Discipline

Primary: do static analysis, non-crashing dynamic probes, and normal MCP work.
Crash-test: run panic-prone kernel, driver, daemon-crash, and fuzzing tests.
Cross-platform: verify Apple Silicon generation differences.
Intel baseline: verify legacy macOS/x86_64 behavior.

Pair this with Skills/offensive-macos-lab-roster/SKILL.md.

lsof Discipline

After starting, killing, attaching to, or repeatedly messaging a target, record what is alive:

lsof -nP -p <pid>

If the process disappears, classify whether it was a clean exit, crash, launchd restart, SIGKILL, or panic. This prevents mistaking a dead target for a rejected client.

Handoff Discipline

Every research chunk should leave:

Current hypothesis.
Last known-good command.
Last failure and L1-L6 classification.
Machine used and why.
Artifacts produced.
Next recommended action.

Named Agent Conventions

Use bounded sub-agents by role:

SAT-analysis: roadblocks and alternate hypotheses.
Zero-analysis: calibration and "are we fooling ourselves?"
Strategic-Advisor: scope/priority decisions.
RCA: failures, crashes, and surprising test outcomes.

These names are conventions, not shipped tools.

Attribution

Methodology adapted from dmaynor/AVR-INTERNAL's CLAUDE.md and HANDOFF.md, 2026 (see https://github.com/dmaynor/AVR-INTERNAL).

Agent Discipline For macOS Hunting

Channel boundary: REPO_MODE=analysis. RCA, lab reproduction, defensive mapping, and tooling guidance only. No operational exploit authoring against live third-party targets.

When To Use

The agent has tried several probes without progress.
A test can crash a daemon, panic a machine, or corrupt state.
A session needs a handoff, a fresh sub-agent, or a crisp stop/continue decision.

Operating Rules

Breadth first, then depth. Touch many targets briefly, escalate only the rows with real signal.
Ten minutes or twenty attempts without new evidence means stop brute-forcing and run RE in parallel.
Use the right machine role before running anything destructive.
Do not use /tmp for research state. Panics clear it. Use repo .tmp/, artifacts/, or tools/custom/.
Run lsof or an equivalent process/socket check after a new daemon action so you know what is alive.
Commit or checkpoint frequently when working in a real findings repo. In this skillz/ directory, there may be no git repo; if so, record progress in docs and smoke output.

Host-Action Approval

The station runs across three environments with different safety expectations:

Workstation: the operator's daily-driver Mac. Cursor cockpit, project clones, skills, scripts, ssh client. State on the workstation matters; agents should never modify it without explicit operator approval.
Lab host: the remote macOS machine reachable over SSH, hosting Ghidra and the MCP servers. Disposability is a per-project decision, recorded in LAB_SAFETY.md under the Lab Disposability section.
Lab VM: a disposable macOS VM dedicated to dynamic research. Agents may attach LLDB, restart services, send XPC traffic, reset TCC, modify keychains, and trigger crash-prone behavior here freely; record every action in VM_ACTIONS.md.

Disposability rules:

When lab_disposable: true in LAB_SAFETY.md, dynamic actions on the lab host run without per-action approval, but the agent must (a) recommend a snapshot before high-disruption work and (b) append every action to VM_ACTIONS.md.
When lab_disposable: false (or the field is missing), treat the lab host like the workstation — destructive actions need the same explicit operator approval the workstation rules below require.
The workstation is never assumed disposable. Any agent action affecting workstation state must ask first.

Categories that require explicit operator approval before the agent runs them on the workstation or any non-disposable host:

Writes outside the project clone's gitignored work areas (findings/, targets/, artifacts/, pocs/, chains/, sources/apple/, the Apple source cache).
Edits to ~/.cursor/, ~/.ssh/, system /Library/Launch{Daemons,Agents}/, system frameworks, /etc/, or anything under SIP-protected paths.
Reboots, sleeps, login state changes, or user/group changes.
Package installs, brew install, softwareupdate, kernel extension load/unload.
Network changes: VPN config, proxy, firewall, DNS resolvers.
Deletions or mass renames anywhere outside the project clone's gitignored work areas.
TCC, keychain, or trust-store edits.

L1-L6 Failure Taxonomy

Level	Meaning	Diagnosis	Remediation
L1 API	Agent/tool API failure	MCP error, schema mismatch, tool timeout	list tools, inspect schema, retry one known-good call
L2 local	Local host failure	missing file, path typo, bad env var	verify cwd, absolute paths, interpreter versions
L3 environment	Machine/OS state failure	daemon not running, SIP mismatch, stale launchd state	reboot/restart target, verify OS/SIP/user
L4 tooling	RE/debugger/tool failure	Ghidra cache, LLDB attach denial, DTrace provider missing	isolate with minimal binary/tool smoke
L5 app	Target behavior failure	target exits, feature disabled, hardware absent	collect logs, identify prerequisites, close or defer
L6 process	Research process failure	looping, too many guesses, no artifact trail	stop, write current hypothesis, spawn parallel RE or ask operator

Do not change strategy until you know which level failed. Infrastructure failure is not evidence that the vulnerability hypothesis is wrong.

RE Parallel Rule

When a dynamic probe stalls:

Stop after 10 minutes or 20 attempts without new evidence.
Freeze the last command, logs, and observed failure in the findings repo.
Start a Ghidra path in parallel:
- Open the target with ghidra-mcp.
- Find the relevant strings/selectors.
- Decompile one caller and one callee.
- Return with a specific next probe, not a vague "try more."
If Ghidra also stalls, classify the blocker with L1-L6 and decide whether to close, defer, or ask the operator.

Machine Discipline

Primary: do static analysis, non-crashing dynamic probes, and normal MCP work.
Crash-test: run panic-prone kernel, driver, daemon-crash, and fuzzing tests.
Cross-platform: verify Apple Silicon generation differences.
Intel baseline: verify legacy macOS/x86_64 behavior.

Pair this with Skills/offensive-macos-lab-roster/SKILL.md.

lsof Discipline

After starting, killing, attaching to, or repeatedly messaging a target, record what is alive:

lsof -nP -p <pid>

If the process disappears, classify whether it was a clean exit, crash, launchd restart, SIGKILL, or panic. This prevents mistaking a dead target for a rejected client.

Handoff Discipline

Every research chunk should leave:

Current hypothesis.
Last known-good command.
Last failure and L1-L6 classification.
Machine used and why.
Artifacts produced.
Next recommended action.

Named Agent Conventions

Use bounded sub-agents by role:

SAT-analysis: roadblocks and alternate hypotheses.
Zero-analysis: calibration and "are we fooling ourselves?"
Strategic-Advisor: scope/priority decisions.
RCA: failures, crashes, and surprising test outcomes.

These names are conventions, not shipped tools.

Attribution

Methodology adapted from dmaynor/AVR-INTERNAL's CLAUDE.md and HANDOFF.md, 2026 (see https://github.com/dmaynor/AVR-INTERNAL).

offensive-macos-agent-discipline

Agent Discipline For macOS Hunting

When To Use

Operating Rules

Host-Action Approval

L1-L6 Failure Taxonomy

RE Parallel Rule

Machine Discipline

lsof Discipline

Handoff Discipline

Named Agent Conventions

Attribution

See Also

Agent Discipline For macOS Hunting

When To Use

Operating Rules

Host-Action Approval

L1-L6 Failure Taxonomy

RE Parallel Rule

Machine Discipline

lsof Discipline

Handoff Discipline

Named Agent Conventions

Attribution

See Also

offensive-macos-agent-discipline

Agent Discipline For macOS Hunting

When To Use

Operating Rules

Host-Action Approval

L1-L6 Failure Taxonomy

RE Parallel Rule

Machine Discipline

lsof Discipline

Handoff Discipline

Named Agent Conventions

Attribution

See Also

Mais deste repositório

Mais deste repositório

Agent Discipline For macOS Hunting

When To Use

Operating Rules

Host-Action Approval

L1-L6 Failure Taxonomy

RE Parallel Rule

Machine Discipline

lsof Discipline

Handoff Discipline

Named Agent Conventions

Attribution

See Also