OpenCROW

Use the Anaconda `ctf` environment and installed reverse-engineering tooling for binary analysis, symbolic execution, disassembly, emulation, and binary patching. Use when Codex needs `angr`, `claripy`, `capstone`, `unicorn`, `ghidra-headless`, `radare2`, `objdump`, `strace`, `ltrace`, `binwalk`, or related tools.

Manage a preinstalled local Minecraft Java client asynchronously for CTF and automation workflows. Use when Codex needs to launch Minecraft in offline mode with alternate usernames, inspect Minecraft logs, focus or type into the X11 game window, send chat or slash commands quickly, or join a multiplayer server by launching the installed client directly instead of relying on the official launcher.

Maintain bidirectional netcat-style TCP communications with persistent asynchronous input/output. Use when Codex must keep a connection open across multiple commands, send messages while receiving background output, inspect connection logs, or safely start/stop reusable sessions for protocol testing, CTF services, debugging sockets, or interactive line-based services.

Maintain persistent asynchronous SSH sessions with bidirectional input/output across multiple commands. Use when Codex must keep an SSH shell open, send commands incrementally, inspect prompts or streamed output, reuse one authenticated connection for a task, or safely start/stop a long-lived remote session for debugging, administration, deployment, log inspection, or interactive line-based workflows on remote hosts.

Use the Anaconda `ctf` environment and installed network tooling for packet- and protocol-level CTF tasks. Use when Codex needs `scapy`, `tshark`, `tcpdump`, `nmap`, `nc`, or `socat` for packet work, capture analysis, or service triage.

Use the OpenCROW utility stack for shell-heavy CTF workflows. Use when Codex needs `jq`, `yq`, `xxd`, `tmux`, `screen`, `rg`, or `fzf` to glue a larger workflow together.

Use the Anaconda `ctf` environment and installed crypto tooling for CTF tasks that fit normal Python or CLI cracking rather than SageMath. Use when Codex needs `z3`, `fpylll`, `pycryptodome`, `hashcat`, `john`, or quick FactorDB lookups.

Use the Anaconda `ctf` environment and installed exploit tooling for binary exploitation and runtime-debugging tasks. Use when Codex needs `pwntools`, `pwndbg`, `gdb`, `checksec`, `patchelf`, `qemu-user`, `pwninit`, or other pwn-focused helpers.

Use the OpenCROW forensics stack for memory dumps, metadata extraction, and carved-file workflows. Use when Codex needs `volatility3`, `exiftool`, `foremost`, or when a full install tracks manual Autopsy setup.

Use the OpenCROW OSINT stack for username enumeration, archive lookup, and public search workflows. Use when Codex needs `sherlock`, `waybackpy`, `shodan`, or when a full install tracks manual theHarvester setup.

Use the OpenCROW steganography stack for hidden-data triage and extraction. Use when Codex needs `steghide`, `zsteg`, or when a full install tracks manual StegSolve or OpenStego setup.

Use the installed web CTF tooling for endpoint discovery, fuzzing, and automated SQL injection workflows. Use when Codex needs `sqlmap`, `gobuster`, `ffuf`, `dirb`, or `wfuzz`, and when full installs may also include manual Burp or ZAP steps.

Run SageMath computations through the existing Anaconda environment named `sage`. Use when Codex needs Sage for CTF and cryptography work such as asymmetric cryptography, finite fields, elliptic curves, lattices, polynomial algebra, modular arithmetic, discrete logs, small-root attacks, or PRNG cryptanalysis, and when execution should happen from inline code or a `.sage` file instead of plain Python.