AeonDave
- 336 skills
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- 15 hours ago last updated
- ▌ Osv Scanner · aeondave bundleAuth/lab ref: Google's dependency vulnerability scanner using the OSV.dev database (30+ ecosystem sources).
- ▌ Agentic Offensive Orchestration · aeondaveArchitectural methodology for Red Team Agent Swarms. Covers MCP-based Command & Control, Blackboard vs Hierarchical vs Handoff topologies, deterministic delegation, agentic trust boundaries (context poisoning, MCP tool poisoning, agent-phishing), and worker-compromise containment (kill-chain defense, worker/orchestrator separation, blast-radius and least-privilege architecture).
- ▌ Vuln Search Technique · aeondave bundleAuth assessment: vulnerability discovery methodology; fingerprinting, CVE correlation, scanner orchestration, NSE/probes, fuzz/manual review.
- ▌ Web Exploit Technique · aeondave bundleAuth assessment: web impact-validation; SQLi, SSTI, XXE, command injection, SSRF, XSS, uploads, deserialization, smuggling, WAF/parser checks.
- ▌ Post Exploit Technique · aeondave bundleAuth assessment: post-compromise host methodology; shell state, local privesc triage, secret-exposure review, pivot planning, evidence.
- ▌ Vuln Exploit Technique · aeondave bundleAuth/lab: exploitability validation methodology; CVE/PoC triage, local repro, reliability checks, framework/tool routing, evidence handoff.
- ▌ Source Review Technique · aeondave bundleHybrid AI/Deterministic SAST methodology for discovering zero-day vulnerabilities in source code. Orchestrates structural search with AI-driven data flow and sink validation.
- ▌ Cloud Security Technique · aeondave bundleAuth assessment: cloud security methodology; AWS/Azure/GCP IAM, storage, metadata, containers, serverless, workload identity, evidence routing.
- ▌ Linux Exploit Suggester · aeondaveAuth/lab ref: Suggest Linux privilege escalation exploits based on kernel version and OS.
- ▌ Active Directory Technique · aeondave bundleAuth assessment: AD decision support; LDAP/SMB/Kerberos, BloodHound graph, ADCS, NTLM relay risk, ACL/trust paths, evidence-first routing.
- ▌ Report Generation Technique · aeondaveAssessment reporting: exec summaries, CVSS findings, evidence chains, MITRE ATT&CK mapping, remediation, review-ready structure.
- ▌ Social Engineering Technique · aeondaveAuthorized simulation: social-engineering methodology; pretexts, email/voice/physical exercises, target research, metrics, scope controls.
- ▌ Binary Exploitation Technique · aeondaveAuth/lab: binary/memory-corruption exploitation methodology — turn a confirmed corruption primitive (stack/heap overflow, UAF, double-free, type confusion, OOB, format string) into reproducible controlled impact. Use when deciding exploitability, qualifying a crash or primitive, selecting a mitigation-aware strategy (NX, ASLR/PIE, canary, RELRO, CET/CFG, safe-linking), planning a staged leak/control/impact chain, or choosing between control-flow (ROP/JOP/SROP/ret2dlresolve) and data-only paths. Routes to concrete pwn recipes and exploit-development skills. Not for CVE/PoC initial access (vuln-exploit-technique), static/dynamic analysis (reversing-technique), or writing primitives at code depth (offensive-coding/*-dev).
- ▌ Oracle Verification Technique · aeondave bundleMachine-oracle verification for security findings: promote a finding to VERIFIED only when a named oracle re-runs the exploit N/N against the live target AND a negative control fails on a safe surface, then package a portable proof capsule the client can replay. Use before reporting web/API/auth findings, when triaging scanner output (nuclei/nikto/zap/sqlmap), when an LLM or sub-agent asserts a vulnerability without proof, or when a report must separate proven findings from candidates. Tool-agnostic; pairs with web-exploit, vuln-exploit, and report-generation techniques.
- ▌ Keras · aeondaveKeras model loading and structure-inspection workflow for `.keras`, SavedModel, and HDF5 artifacts. Use when you need to inspect layers, summaries, configs, weights, or quick inference behavior from TensorFlow/Keras model files.
- ▌ Pytorch · aeondavePyTorch model inspection and checkpoint workflow for loading tensors, `state_dict` data, modules, and parameters. Use when working with `.pt` or `.pth` artifacts, auditing model structure, extracting weights, or scripting inference-oriented inspection of deep-learning checkpoints.
- ▌ Vec2text · aeondavevec2text: embedding-inversion library for reconstructing approximate text from sentence embeddings. Use when working with saved embedding tensors, privacy/inversion research, or AI/ML challenge workflows where you need to load a corrector model and invert strings or embeddings directly.
- ▌ Esp32 · aeondaveESP32 programming: Wi-Fi/BLE integration, GPIO muxing, FreeRTOS tasks, and power management.
- ▌ Langchain Py · aeondave bundleBuild and maintain production-grade LangChain Python systems (LangChain 1.3.x / LangGraph 1.2.x baseline) with create_agent, middleware, tools, structured output, and multi-agent architectures (subagents, handoffs, router, skills). Activate for Python agent design, debugging, migrations from older APIs, context engineering, and Tavily-backed web search integration.
- ▌ Scikit Learn · aeondavescikit-learn model inspection workflow for loading persisted estimators, pipelines, and tree models. Use when you need to inspect `joblib` or pickle-based model artifacts, view parameters, feature names, importances, or pipeline structure, or run lightweight predictions for analysis.
- ▌ 1337 · aeondaveMode: /1337 - structured operator behaviour for coding and security; forces explicit reasoning, fast decisions, todos/lists, exact terms, evidence, verification, safety override.
- ▌ C Testing · aeondave bundleC testing workflow for unit and integration tests: deterministic harnesses, CMake/CTest execution strategy, sanitizer-first debugging, and fuzzing escalation. Use when writing or fixing tests for C (C11+) modules, stabilizing flaky suites, or reproducing memory/UB bugs.
- ▌ Arduino · aeondave bundleBuild, review, debug, and scaffold professional Arduino projects across classic AVR boards (`Uno`, `Nano`, `Mega`), Renesas-based R4 boards (`Uno R4 Minima`, `Uno R4 WiFi`, `Nano R4`), ESP32-based Arduino boards, and other common Arduino-family targets. Use when asked for sketches, `.ino` files, Arduino IDE 2, Arduino CLI, PlatformIO, or Arduino Cloud workflows, board-specific pin maps, wiring/BOM notes, unit tests, debug plans, upload/serial monitor troubleshooting, or refactors that must stay practical on real hardware.
- ▌ Sensors · aeondave bundleSelect, compare, and integrate sensors for Arduino, ESP32, robotics, model-making, and home automation with focus on signal quality, false positives, debounce, and practical wiring. Use when asked which sensor to choose, how to detect an event reliably, how to map signals into code, or how to design sensor-driven systems such as break-beams, PIR, vibration, IMU, climate, occupancy, or binary-sensor style automations.
- ▌ C Patterns · aeondave bundleC language patterns and best practices for safe, maintainable C: ownership, API contracts, error handling, integer safety, portability, and concurrency boundaries. Use when writing or reviewing C code (C11+), designing module interfaces, refactoring legacy C, or hardening low-level code paths.
- ▌ Asm Testing · aeondave bundleAssembly code testing, debugging, and bug-hunting workflow for hand-written and injected assembly: C/Go harness testing, GDB/LLDB/WinDbg/x64dbg verification, objdump structural analysis, Python helpers (Capstone/Unicorn/Keystone), Frida dynamic instrumentation, offensive ASM debugging (trampolines, callgates, syscall stubs, stack spoofing, PIC shellcode), reverse engineering own binaries, and common bug pattern diagnosis. Use when verifying correctness of .asm/.s/.S files, debugging crashes in injected code, hunting silent corruption in offensive tooling, or building ad-hoc Python analysis scripts.
- ▌ Cpp Testing · aeondave bundleC++ testing workflow for unit and integration tests: GoogleTest/GoogleMock, CMake/CTest integration, diagnosing flaky tests, and running sanitizers and coverage for correctness signal. Use when writing or fixing C++ tests and test infrastructure.
- ▌ Asm Patterns · aeondave bundleAssembly language patterns, calling conventions, and code structure for x86-64 and ARM64. Use when writing, reviewing, or generating .asm/.s/.S files; when implementing functions that interoperate with C/system code; or when establishing correct prologues, epilogues, stack management, SIMD loops, syscall stubs, or PIC data access.
- ▌ Cpp Patterns · aeondave bundleModern C++ patterns and best practices for readable, safe, maintainable C++ code: RAII, ownership, error handling, API design, concurrency basics, and build/tooling hygiene. Use when writing or reviewing C++ (C++20+) code.
- ▌ MCP Patterns · aeondave bundleDesign and implement local Model Context Protocol (MCP) servers, mainly in Python, using the official SDK and host-integration patterns. Use when building or refactoring MCP servers, choosing between tools/resources/prompts, wiring stdio or local HTTP transports, handling lifecycle and capability negotiation, connecting to Claude Desktop-class hosts, debugging Inspector/client issues, or packaging local servers for reuse and distribution.
- ▌ Rust Testing · aeondave bundleRust testing patterns for unit, integration, async, doc, property, snapshot, fuzz, and benchmark-adjacent tests. Use when writing or reviewing tests for `.rs` code, reducing flakiness, designing fixtures/fakes, improving CI confidence, hardening `unsafe`/FFI/parsers with Miri and sanitizers, or testing concurrent atomics and locks with Loom.
- ▌ Rust Patterns · aeondave bundleIdiomatic Rust patterns and best practices for readable, safe, maintainable Rust: ownership, borrowing, API design, enums/traits, error handling, iterators, concurrency, dynamic dispatch/plugins, and low-level/offensive patterns. Use when writing or reviewing `.rs` code, refactoring crates, porting non-idiomatic code into Rust, designing Rust APIs, or building Rust tooling that needs runtime composition or RE-resistance.
- ▌ Gps Modules · aeondaveGPS/GNSS module interfacing: UART baud rates, NMEA sentence parsing, and PPS timing synchronization.
- ▌ Cve Search · aeondaveEnumerate CVEs for a vulnerability class, find credible public PoC references with GitHub preferred, verify collected URLs, and write structured Markdown evidence for downstream use. Use when asked to build or refresh a CVE list, PoC tracker, exploit reference sheet, or vulnerability-type digest from public sources.
- ▌ 1337 Brain · aeondaveMode: /1337-brain - maintain an Obsidian vault as an AI second brain for project knowledge. Use to ingest sources, create atomic linked wiki notes, build maps of content (MOCs), answer grounded questions through a hot-cache, index, then page retrieval ladder, dedupe, audit for contradictions and dead links, keep a recent-context cache, and log changes. Prefers the Obsidian MCP (list/read/search/create/update notes); falls back to the filesystem. Assumes Obsidian and the Obsidian MCP are installed. Trigger on /1337-brain or subcommands init|ingest|ask|link|moc|dedupe|audit|project|profile|log|hot, or when the user wants to capture, organize, distill, or retrieve durable project knowledge. Markdown is the source of truth; never invent facts; preserve source paths; keep links selective.
- ▌ Golang Testing · aeondave bundleGo testing patterns for unit tests, table-driven tests, subtests, test helpers, mocking/fakes, benchmarks, fuzzing, and coverage. Use when writing or reviewing Go tests to improve correctness, stability, and maintainability.
- ▌ Python Testing · aeondave bundlePython testing with pytest: TDD loop, fixtures, parametrization, mocking, test organization, async tests, Hypothesis, ExceptionGroup, free-threaded caveats, coverage, and CI hygiene. Use when writing or reviewing Python tests to improve correctness and reduce flakiness.
- ▌ Lora Modules · aeondaveLoRa and LoRaWAN SPI module interfacing (SX1276, SX1262), frequency band tuning, and radio libraries.
- ▌ Raspberry Pi · aeondaveRaspberry Pi hardware interfacing: GPIO, I2C, SPI, UART, and Python programming for SBC hardware.
- ▌ MCP Creator · aeondave bundleCreate, implement, scaffold, migrate, or review Model Context Protocol (MCP) servers against modern MCP 2026-07-28. Use for server architecture, tool/resource/prompt contracts, stdio or Streamable HTTP transports, MRTR, optional extensions, authorization, security, and real-transport validation. Also use to isolate legacy initialization or session behavior. Do not use merely to configure an MCP client or invoke an existing server.
- ▌ Ics Ctf · aeondave bundleLab/CTF: ICS/OT protocol challenges; Modbus, DNP3, BACnet, S7, OPC UA, MQTT, PLC/HMI data, registers/coils, safe read-only reasoning.
- ▌ Pwn Ctf · aeondave bundleLab/CTF: pwn/binary challenges; native binaries, memory corruption, format strings, heap/ROP/SROP, shellcode artifacts, seccomp, kernel labs.
- ▌ Web Ctf · aeondave bundleLab/CTF: web challenges; HTTP apps, APIs, browser clients, auth, uploads, SSRF, XSS, SQLi, SSTI, XXE, deserialization, smuggling.
- ▌ Android Jni Ndk · aeondave bundleKotlin/Java ↔ native (C/C++/Rust) bridging on Android: NDK setup, JNI mechanics, `System.loadLibrary`, `RegisterNatives`, `@FastNative`/`@CriticalNative`, reference hygiene, exception propagation, 16 KB page-size compliance, native crash triage. Use when building or debugging a native module, embedding a `.so` library, decoding a native ANR or SIGSEGV, or reverse-engineering an APK's native code paths.
- ▌ Android Testing · aeondave bundleAndroid testing patterns for unit tests, instrumented tests, Compose UI tests, screenshot tests, and end-to-end journeys. Use when setting up JUnit4/JUnit5 + Robolectric, wiring Hilt/Koin for tests, choosing between Espresso and Compose Test APIs, adding Roborazzi/Paparazzi/Dropshots screenshot tests, or diagnosing flaky Android tests.
- ▌ Asm Performance · aeondave bundleAssembly performance optimization workflow: collect compiler-emitted ASM, classify bottlenecks with TMA, audit for codegen issues (bounds checks, register spills, dependency chains, missed vectorization, memory traffic, bad instruction selection, store-forwarding stalls, frontend pressure, data layout), apply one change at a time, measure, and report. Use after profiling confirms ASM is the bottleneck.
- ▌ Code Guidelines · aeondave bundleBehavioral guidelines to reduce common LLM coding mistakes, derived from Andrej Karpathy's observations on LLM coding pitfalls (Dec 2025). Use when writing, reviewing, or refactoring code across any language to avoid hidden assumptions, overengineering, orthogonal edits, vague goals, and sycophantic approval of bad requests. Especially relevant in agent-first workflows where errors are subtle conceptual mistakes rather than simple syntax issues.
- ▌ Golang Patterns · aeondave bundleIdiomatic Go patterns, best practices, and conventions for building robust, readable, and maintainable Go code. Use when writing, reviewing, or refactoring Go (APIs, packages, errors, interfaces, concurrency, code style), choosing a dispatch or plugin mechanism, or building low-level/offensive Go with `unsafe`, `cgo`, syscall dispatch, or RE-resistant static builds.
- ▌ Kotlin Patterns · aeondave bundleIdiomatic Kotlin patterns for JVM and Android: null-safety, sealed hierarchies, coroutines and structured concurrency, immutable data modeling, error handling, and Java interop. Use when writing or reviewing `.kt` code, porting Java into Kotlin, designing Android app architecture (ViewModel, repository, Flow), or auditing coroutine cancellation, `runBlocking`, and lifecycle-scoped work.
- ▌ Python Patterns · aeondave bundlePythonic patterns for readable, robust Python: typing, error handling, data modeling, iteration, resource management, threading/process/subinterpreter primitives, project layout, and tooling. Use when writing or reviewing Python code and APIs. For measurement/GIL/JIT use python-performance; for asyncio orchestration use python-async-patterns.
- ▌ Game Ctf · aeondave bundleLab/CTF: game/GamePwn challenges; Unity Mono/IL2CPP, native game binaries, assets, save files, memory dumps, game network captures.
- ▌ Misc Ctf · aeondave bundleLab/CTF: misc challenges; jails, encodings, esolangs, VMs, DNS oddities, Linux puzzles, Unicode, QR/audio, multi-stage artifacts.
- ▌ Codemachine Template · aeondave bundleCreate, validate, and structure CodeMachine AI orchestrator workflow packages. Use when the user asks to build a CodeMachine workflow, write a .workflow.js file, define agents for CodeMachine, scaffold a codemachine package, or create multi-agent pipelines with CodeMachine CLI. Also triggers for: codemachine template, codemachine workflow design, main.agents.js, sub.agents.js, modules.js, resolveStep, resolveModule, directive.json, codemachine.json. Does NOT cover general Claude API usage or non-CodeMachine orchestration frameworks.
- ▌ Rust Performance · aeondave bundleRust performance workflow: benchmark and profile first, identify hotspots, reduce allocations and contention, improve data layout, tune release profiles, and verify gains with repeatable evidence. Use only after you have a real Rust performance symptom, regression, or hotspot in `.rs` code.
- ▌ Skill Creator · aeondave bundleDesign, create, improve, test, validate, and package Agent Skills following the open AgentSkills specification (agentskills.io). Use when asked to create or update a skill, tune when it activates, structure its resources, evaluate its behavior, validate SKILL.md, or package a distributable .skill file.
- ▌ AI Ml Ctf · aeondave bundleLab/CTF: AI/ML challenges; model artifacts, checkpoints, embeddings, LoRA, classifiers, model APIs, RAG/tool-use, adversarial ML.
- ▌ Cloud Ctf · aeondave bundleLab/CTF: cloud security challenges; AWS/GCP/Azure creds, buckets, IAM, metadata, KMS/secrets, snapshots, object versions, identity chains.
- ▌ Osint Ctf · aeondave bundleLab/CTF: OSINT challenges; people/usernames/email, domains/infra, images/video/geolocation, DNS/archive/social/public records.
- ▌ Adb · aeondaveAuth/lab ref: Android Debug Bridge CLI for device discovery, shell access, package management, `pm`/`am`/`dumpsys`/`cmd` service commands, port forwarding, log collection, wireless debugging (`adb pair` + mDNS on Android 11+), storage/keyboard/screen automation, and baseline-profile inspection. Companion tool to `apktool`, `frida`, `jadx`, Macrobenchmark, and mobile-technique triage.
- ▌ Gdb · aeondave bundleAuth/lab ref: GDB with pwndbg/GEF for dynamic binary analysis, malware debugging, exploitability research, and reverse engineering on Linux/WSL.
- ▌ Upx · aeondaveAuth/lab ref: executable packer and unpacker for PE, ELF, Mach-O, and several embedded formats.
- ▌ Zap · aeondave bundleAuth/lab ref: OWASP ZAP: free open-source web application scanner and intercepting proxy.
- ▌ Can Bus Modules · aeondaveCAN Bus interfacing for automotive/industrial networks using MCP2515 over SPI, baud rates, reading OBD-II frames.
- ▌ Gsm Lte Modules · aeondaveGSM, LTE, and NB-IoT module interfacing: SIM800/SIM7000 AT commands, logic shifting, and power constraints.
- ▌ Bof Dev · aeondave bundleBOF (Beacon Object File) engineering for C and C++. DFR (Dynamic Function Resolution), linker limits, runtime safety, and COFF constraints.
- ▌ Crypto Ctf · aeondave bundleLab/CTF: crypto challenges; ciphertexts, keys, signatures, oracles, transcripts, PRNG, RSA/ECC/lattice/math protocol code.
- ▌ Mobile Ctf · aeondave bundleLab/CTF: mobile challenges; APK/AAB/IPA, Android backups, DEX/smali, SQLite/XML/keystore, Unity/IL2CPP, mobile forensics.
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- ▌ Qemu · aeondaveAuth/lab ref: QEMU user-mode and full-system emulation for cross-arch binaries, firmware, kernels, disks, serial consoles, networking, and GDB stubs.
- ▌ Memory Hygiene · aeondaveDiscipline for writing and reading persistent agent memory without self-poisoning: two-tier session-vs-durable split, explicit write triggers (never LLM-inferred), scoped writes, small purpose-specific documents over one dump, contradiction and staleness handling, decay, no-secrets rule, retrieve-before-answer, and cite-source. Use when designing or reviewing memory for coding agents (CLAUDE.md / AGENTS.md / MEMORY.md / /memories/), agent frameworks (Mem0, Letta, Cognee, Zep, LangGraph Store, Anthropic Managed Agents memory stores), or repo/session/user memory tiers. Complements 1337-brain (Obsidian vault workflow), untrusted-input-hygiene (memory chunks are still untrusted), and reading-budget-discipline (long-context memory pollution).
- ▌ Golang Performance · aeondave bundleGo performance workflow: benchmark and profile (pprof/trace), identify hotspots, reduce allocations/GC and contention, and verify improvements with repeatable measurement. Use only after you have evidence the Go code is the bottleneck.
- ▌ Kotlin Performance · aeondave bundleMeasurement-first performance workflow for Kotlin on JVM and Android: Macrobenchmark, Microbenchmark, Baseline Profiles, Startup Profiles, R8 full mode, Compose recomposition analysis, coroutine/Flow throughput, Perfetto/JIT tracing, LeakCanary heap analysis. Use when investigating cold-start latency, jank, scroll frames, memory growth, or when tuning R8/PGO output for an Android app or JVM Kotlin library.
- ▌ Python Performance · aeondave bundlePython performance workflow: measure with profilers, then cut allocations, pick the right parallelism (threads vs processes vs subinterpreters vs free-threading), and only then touch experimental JIT/runtime knobs. Use after you have evidence CPython is the bottleneck — not for style or API design.
- ▌ Rfid Nfc Modules · aeondaveRFID/NFC reading and writing: Mifare Classic, PN532 vs RC522, APDUs, and microcontroller SPI/I2C connections.
- ▌ Fsop Dev · aeondave bundleAuth/lab dev: glibc FILE/FSOP exploitability research; libio structures, vtables, wide data, trigger paths, mitigation-aware modeling.
- ▌ Malware Ctf · aeondave bundleLab/CTF: malware-analysis challenges; obfuscated scripts, PE/.NET/ELF, shellcode artifacts, memory/PCAP, configs, encrypted traffic.
- ▌ Reverse Ctf · aeondave bundleLab/CTF: reverse challenges; compiled binaries, bytecode, mobile/firmware, custom VMs, packed samples, anti-debug, validators.
- ▌ Writeup Ctf · aeondave bundleLab/CTF: reproducible writeups; solved notes, command logs, artifacts, proof output, solver scripts, final reports, evidence checks.
- ▌ Mcpwn · aeondave bundleOperate the MCPwn Kali/Debian MCP efficiently: manage sessions, discover catalog tools, choose synchronous, detached, or interactive execution, move files through workspace/CAS planes, establish tunnels and shells, and run GDB or Frida debugging in the MCPwn runtime or through explicit host/device transports. Use for MCPwn or Kali MCP work, pwn/CTF and dynamic-analysis sessions, remote targets, connectivity or file-transfer problems, and optional NeuroMatrix-backed emulation/debugging through MCPwn's emulation domain.
- ▌ Gau · aeondave bundleAuth/lab ref: Passive URL mining tool that fetches known URLs from Wayback Machine, Common Crawl, URLScan, and OTX.
- ▌ Dnspy · aeondave bundleAuth/lab ref:NET assembly decompiler, debugger, and editor for reverse engineering managed binaries.
- ▌ Frida · aeondave bundleAuth/lab ref: Dynamic instrumentation toolkit for hooking functions, tracing APIs, and manipulating running processes across Windows, Linux, macOS, Android, and iOS.
- ▌ Corsy · aeondave bundleAuth/lab ref: Corsy CORS policy scanner; origin reflection, null origin, wildcard, regex/prefix edge cases, API evidence.
- ▌ Liffy · aeondave bundleAuth/lab ref: Liffy LFI/path traversal validation; wrappers, /proc, log artifacts, file-read evidence, WAF-aware replay notes.
- ▌ Testing Reliability · aeondave bundleCross-language testing reliability skill for flaky tests, bad mocks, sleep-based timing, test-only production hooks, brittle fixtures, incomplete fakes, and weak assertions. Use alongside language-specific testing skills when tests pass locally but fail in CI, hide real defects, or create false confidence.
- ▌ Agent Md Creator · aeondave bundleCreate, update, or refactor repository-root and nested AGENTS.md files for AI coding agents. Use when the user asks to bootstrap AGENTS.md, replace tool-specific instruction files with a shared open format, compress overly verbose agent instructions, document build/test commands for agents, or design minimal project instructions for monorepos and subprojects.
- ▌ Hardware Ctf · aeondave bundleLab/CTF: hardware/embedded/RF challenges; Saleae/sigrok traces, UART/I2C/SPI/CAN/JTAG/SWD/USB/BLE/RF, firmware, side-channel data.
- ▌ Dnsx · aeondave bundleAuth/lab ref: Fast DNS resolution and brute-force tool from ProjectDiscovery.
- ▌ Ghidra · aeondave bundleAuth/lab ref: NSA's open-source reverse engineering suite with disassembler, decompiler, P-Code IL, and Ghidra/Python scripting.
- ▌ Ltrace · aeondaveAuth/lab ref: Linux library-call tracer for glibc and dynamically linked userspace APIs.
- ▌ Qiling · aeondaveAuth/lab ref: Qiling OS-layer binary emulation for PE/ELF/Mach-O/UEFI/shellcode with rootfs, syscall/API hooks, filesystem mapping, and runtime patching.
- ▌ Renode · aeondaveAuth/lab ref: Renode board and SoC simulation for MCU/RTOS firmware, UART/GPIO/peripheral modeling, GDB remote debugging, REPL platforms, and RESC scripts.
- ▌ Strace · aeondaveAuth/lab ref: Linux syscall tracer for observing file, process, network, memory, and signal behavior at runtime.
- ▌ Windbg · aeondave bundleAuth/lab ref: Microsoft's debugger for user-mode and kernel-mode Windows debugging, crash dump analysis, driver reversing, and rootkit analysis.
- ▌ X64dbg · aeondave bundleAuth/lab ref: User-mode debugger for Windows x64/x86 with plugin ecosystem for malware analysis, unpacking, API tracing, and anti-anti-debug.
- ▌ Commix · aeondave bundleAuth/lab ref: automated OS command injection detection and exploitation tool. For testing web parameters, cookies, or headers for command injection vulnerabilities and escalating to an interactive OS shell.
- ▌ Systematic Debugging · aeondave bundleRoot-cause-first debugging workflow for software, exploit tooling, fuzzing harnesses, reverse-engineering helpers, C2/client code, flaky tests, crashes, races, and environment-specific failures. Use when a failure is not immediately obvious or when repeated quick fixes risk hiding the real defect.
- ▌ Poc Weaponization · aeondave bundleSafely evaluate, adapt, and rewrite raw public proof-of-concepts into reliable, offline-capable exploits free of backdoors.
- ▌ Readme Md Creator · aeondave bundleCreate, update, rewrite, or shorten repository README.md files so they stay concise, well-sectioned, non-redundant, and written in clear English. Use when the user asks to create a new README, improve or refresh an existing one, standardize structure and tone, remove bloat, or add practical setup and usage guidance, selective badges or callouts, and small ASCII architecture diagrams only when the architecture or flow is important to understanding the project.
- ▌ Forensics Ctf · aeondave bundleLab/CTF: forensics/stego challenges; disk, memory, PCAP, EVTX/logs, archives, media, firmware-like blobs, evidence recovery.