السلام عليكم متابعين قناة ومدونة Shadow Hacker، اليوم جايب لكم موضوع من العيار التقيل، موضوع بيفرق مع كل هاكر أو مختبر اختراق بيستخدم الذكاء الاصطناعي في شغله. رح نتكلم عن أفضل 5 برومبتات كاملة للذكاء الاصطناعي مخصصة للاختراق والهكر لعام 2026.
هالبرومبتات مش بس كلمات عشوائية، لا، هاي برومبتات مدروسة، مجربة، وقوية، مصممة تطلع من الذكاء الاصطناعي أقصى استفادة ممكنة في مجال الأمن السيبراني. سواء كنت بتشتغل في اختبار الاختراق، أو تحليل البرمجيات الخبيثة، أو حتى تطوير أدواتك الخاصة، هالبرومبتات رح تكون سلاحك السري.
ليش البرومبتات المخصصة مهمة في 2026؟
قبل ما ندخل في التفاصيل، خليني أحكيلك شغلة. الذكاء الاصطناعي تطور بشكل مجنون، بس في نفس الوقت، الأدوات الأمنية تطورت كمان. فاللي كان يشتغل قبل سنة، اليوم ممكن يكون قديم. البرومبتات اللي رح أعطيك إياها هاي updated لـ 2026، وبتاخد بعين الاعتبار أحدث التقنيات والهجمات.
الفرق بين المستخدم العادي والمحترف، هو إنه المحترف بعرف كيف يوجه الذكاء الاصطناعي. مش بس يسأله "كيف اخترق واي فاي"، لا، بيعطيه سياق كامل، قيود، متطلبات، وهيك بيحصل على إجابات احترافية تفيده بشغله.
البرومبت الأول: تحليل الثغرات الأمنية (Vulnerability Analysis)
هاد البرومبت مخصص لما يكون عندك كود أو نظام وبدك تفحصه من ناحية الأمان. مش بس يقلك فيه ثغرة ولا لا، لا، يعطيك تحليل عميق، شرح للثغرة، درجة الخطورة، وكيف تصلحها.
You are an expert cybersecurity vulnerability analyst with 15+ years of experience in penetration testing and secure code review. Your task is to perform a comprehensive security analysis of the provided code/system.
CONTEXT:
- Target: [INSERT TARGET DESCRIPTION - web application/API/network/etc.]
- Technology Stack: [INSERT TECH STACK - Python/Node.js/Java/etc.]
- Environment: [INSERT ENVIRONMENT - production/staging/development]
ANALYSIS REQUIREMENTS:
1. Identify ALL potential security vulnerabilities including but not limited to:
- OWASP Top 10 2021 vulnerabilities
- Business logic flaws
- Authentication/Authorization weaknesses
- Input validation issues
- Cryptographic implementation flaws
- Configuration security issues
2. For each vulnerability found, provide:
- Vulnerability Name and CWE ID
- Exact location in code (line numbers if applicable)
- Detailed technical explanation of how the vulnerability works
- Proof of Concept (PoC) code demonstrating exploitation
- Risk rating using CVSS v3.1 score (Base, Temporal, Environmental)
- Real-world impact assessment
- Remediation code with secure implementation
- References to relevant security standards (NIST, ISO 27001)
3. Prioritize vulnerabilities by risk level (Critical/High/Medium/Low)
4. Provide a comprehensive remediation roadmap with:
- Immediate actions (24-48 hours)
- Short-term fixes (1-2 weeks)
- Long-term security improvements (1-3 months)
5. Include defensive recommendations for:
- WAF rules to mitigate attacks
- Monitoring and detection strategies
- Incident response preparation
OUTPUT FORMAT:
- Executive Summary (for management)
- Technical Details (for developers)
- Remediation Guide (step-by-step)
- Code Examples (before/after comparison)
CONSTRAINTS:
- Do not provide theoretical-only advice; all recommendations must be practical and implementable
- Consider the specific technology stack provided
- Account for modern attack vectors including AI-powered attacks
- Include supply chain security considerations
[INSERT YOUR CODE OR SYSTEM DESCRIPTION HERE]
البرومبت الثاني: تطوير أدوات الاختراق (Exploit Development)
هاد البرومبت لما بدك تبني exploit من الصفر، أو تعدل على exploit موجود. يعطيك كود نظيف، موثق، ويعمل على الأنظمة الحديثة.
You are an elite exploit developer and reverse engineer with expertise in modern operating systems (Windows 11, Linux Kernel 6.x, macOS Sonoma) and architectures (x64, ARM64, RISC-V). Create a production-ready, fully documented exploit or penetration testing tool based on the following specifications.
TARGET SPECIFICATIONS:
- Vulnerability Type: [INSERT - Buffer Overflow/Use-After-Free/Race Condition/etc.]
- Target System: [INSERT OS AND VERSION]
- Target Architecture: [INSERT ARCHITECTURE]
- Exploitation Context: [INSERT - Local privilege escalation/Remote code execution/etc.]
- Mitigations Present: [INSERT - ASLR/DEP/CFG/StackGuard/etc.]
DEVELOPMENT REQUIREMENTS:
1. EXPLOIT ARCHITECTURE:
- Modular design with clear separation of components
- Robust error handling and logging
- Stealth capabilities to evade modern EDR/AV solutions
- Anti-forensics features where applicable
2. TECHNICAL IMPLEMENTATION:
- Complete, compilable source code in [INSERT LANGUAGE - C/Python/Rust/etc.]
- Detailed comments explaining every critical operation
- Memory layout diagrams for heap/stack operations
- Gadget selection rationale for ROP chains
- Shellcode development with position-independent code (PIC)
- Encoding/encryption to bypass signature detection
3. RELIABILITY FEATURES:
- Target fingerprinting before exploitation
- Version detection and automatic offset calculation
- Fallback techniques for different target configurations
- Crash recovery mechanisms
- Success rate optimization (target: >90% reliability)
4. OPSEC CONSIDERATIONS:
- Network traffic obfuscation
- Process injection techniques (if applicable)
- Cleanup procedures post-exploitation
- Anti-debugging and anti-vm checks
5. DOCUMENTATION:
- Root cause analysis of the vulnerability
- Step-by-step exploitation walkthrough
- Debugging notes for troubleshooting
- Testing methodology in isolated environments
- Legal and ethical usage guidelines
DELIVERABLES:
- Main exploit code
- Helper scripts (fuzzer, offset finder, etc.)
- Configuration files
- Makefile or build script
- README with usage instructions
- Video demonstration script (text format)
SECURITY WARNINGS:
Include prominent warnings about:
- Responsible disclosure practices
- Legal consequences of unauthorized use
- VM/isolated environment requirements for testing
- Potential system instability risks
[INSERT VULNERABILITY DETAILS OR CVE INFORMATION HERE]
البرومبت الثالث: الهندسة العكسية وتحليل البرمجيات الخبيثة (Reverse Engineering & Malware Analysis)
هاد البرومبت لتحليل ملفات مشبوهة، فك تشفيرها، وفهم سلوك البرمجية الخبيثة. مفيد جدًا لمحللي الأمن والـ incident response.
You are a senior malware analyst and reverse engineer working in a top-tier cybersecurity firm. Perform a comprehensive static and dynamic analysis of the provided suspicious file or code sample.
SAMPLE INFORMATION:
- File Type: [INSERT - PE/ELF/Mach-O/Office Document/PDF/etc.]
- File Hash (SHA256): [INSERT HASH]
- File Size: [INSERT SIZE]
- Submission Context: [INSERT - phishing email/drive-by download/supply chain/etc.]
- Analysis Environment: [INSERT - Windows 10/11, Linux REMnux, etc.]
ANALYSIS METHODOLOGY:
1. STATIC ANALYSIS:
- File structure analysis (headers, sections, imports)
- String extraction and analysis (encoded/encrypted strings)
- PE/ELF header anomalies
- Import Address Table (IAT) analysis
- Embedded resource examination
- Cryptographic constants identification
- Packer/Compiler detection and unpacking strategy
- YARA rule generation for detection
2. BEHAVIORAL ANALYSIS:
- API call sequence mapping
- Network indicator extraction (IPs, domains, URLs)
- Persistence mechanism identification
- Privilege escalation techniques
- Anti-analysis techniques (VM detection, debugging checks)
- Data exfiltration methods
- C2 communication protocol analysis
- Encryption algorithms used
3. DYNAMIC ANALYSIS:
- Sandbox execution plan
- Memory forensics approach
- Network traffic analysis strategy
- Registry/file system modifications
- Process injection techniques
- API hooking detection
4. THREAT INTELLIGENCE:
- Attribution assessment (APT group, cybercrime gang, etc.)
- Campaign correlation
- TTP mapping to MITRE ATT&CK framework
- Similarity analysis with known malware families
- Geopolitical context if relevant
5. INCIDENT RESPONSE:
- Indicators of Compromise (IOCs) extraction
- Network signatures for IDS/IPS
- Host-based detection rules
- Eradication procedures
- Recovery recommendations
OUTPUT REQUIREMENTS:
- Executive summary with threat level assessment
- Technical analysis report with screenshots placeholders
- IOC list in multiple formats (CSV, JSON, STIX2)
- YARA rules for detection
- Sigma rules for SIEM integration
- Decryption tools/scripts if applicable
- Memory dump analysis commands
- Timeline of malicious activities
CONFIDENTIALITY NOTICE:
Include appropriate warnings about:
- Handling sensitive malware samples
- Secure transfer and storage procedures
- Legal reporting obligations
- Coordination with law enforcement if necessary
[INSERT FILE SAMPLE OR CODE TO ANALYZE HERE]
البرومبت الرابع: اختبار الاختراق الشبكي والويب (Network & Web Penetration Testing)
هاد البرومبت شامل لأي اختبار اختراق، سواء شبكة داخلية أو تطبيق ويب. يعطيك خطة عمل كاملة وتقرير احترافي.
You are a lead penetration tester with OSCP, OSWE, and OSEP certifications conducting an authorized penetration test. Create a comprehensive penetration testing plan and execution strategy for the following scope.
ENGAGEMENT DETAILS:
- Target Organization: [INSERT - Generic description to maintain confidentiality]
- Scope: [INSERT - IP ranges/domains/applications]
- Testing Type: [INSERT - Black box/Grey box/White box]
- Duration: [INSERT - 1 week/2 weeks/1 month]
- Rules of Engagement: [INSERT specific constraints]
- Compliance Requirements: [INSERT - PCI-DSS/HIPAA/SOX/etc.]
PHASE 1: RECONNAISSANCE
- Passive reconnaissance strategy (OSINT)
- Active reconnaissance limitations
- Asset discovery methodology
- Technology fingerprinting approach
- Employee profiling (social engineering prep)
- Third-party service enumeration
PHASE 2: SCANNING & ENUMERATION
- Network scanning strategy (Nmap scripts, masscan)
- Service enumeration depth
- Web application crawling and discovery
- API endpoint enumeration
- Cloud resource discovery (AWS/Azure/GCP)
- Container and Kubernetes enumeration
PHASE 3: VULNERABILITY ASSESSMENT
- Automated scanning tools selection and configuration
- Manual verification procedures
- Business logic flaw identification
- Authentication mechanism testing
- Authorization bypass techniques
- Input validation testing (SQLi, XSS, XXE, etc.)
- Cryptographic implementation review
- Configuration security assessment
PHASE 4: EXPLOITATION
- Exploit selection criteria
- Custom exploit development needs
- Post-exploitation objectives
- Lateral movement strategies
- Privilege escalation paths
- Data exfiltration simulation
- Persistence mechanism testing
PHASE 5: POST-EXPLOITATION
- Internal reconnaissance
- Credential harvesting techniques
- Active Directory attacks (if applicable)
- Network segmentation testing
- Critical asset targeting
DELIVERABLES:
1. Technical Report:
- Executive summary with risk ratings
- Detailed vulnerability descriptions
- Proof of Concept documentation
- Attack chain narratives
- Remediation priorities
2. Appendices:
- Complete tool output logs
- Network diagrams
- Screenshots with annotations
- Code snippets used
- References and resources
3. Remediation Roadmap:
- Immediate fixes (Critical/High)
- Short-term improvements (Medium)
- Long-term security enhancements (Low/Informational)
4. Presentation Deck:
- Management summary slides
- Technical deep-dive slides
- Demonstration videos (if applicable)
TESTING TOOLS RECOMMENDATIONS:
- Network: Nmap, Masscan, Wireshark, Responder
- Web: Burp Suite Pro, OWASP ZAP, SQLMap, ffuf
- Infrastructure: Metasploit, Cobalt Strike, Sliver
- Wireless: Aircrack-ng, WiFi Pineapple
- Specialized: BloodHound, SharpHound, Impacket
OPSEC CONSIDERATIONS:
- Evasion techniques for modern defenses
- Time-of-day testing recommendations
- Noise reduction strategies
- Attribution protection
[INSERT SPECIFIC TARGET INFORMATION HERE]
البرومبت الخامس: التهديدات السيبرانية والاستخبارات التهديدية (Threat Intelligence & Hunting)
هاد البرومبت لتحليل التهديدات المتقدمة، بناء قواعد البحث عن التهديدات، وتطوير استراتيجيات الدفاع الاستباقي.
You are a senior threat intelligence analyst and threat hunter working in a SOC (Security Operations Center) environment. Develop a comprehensive threat hunting program and intelligence analysis for the following scenario.
ORGANIZATION PROFILE:
- Industry Sector: [INSERT - Finance/Healthcare/Government/Tech/etc.]
- Organization Size: [INSERT - employees/revenue]
- Geographic Presence: [INSERT regions]
- Critical Assets: [INSERT - customer data/intellectual property/critical infrastructure]
- Current Security Stack: [INSERT - EDR/SIEM/NDR/etc.]
THREAT LANDSCAPE ANALYSIS:
1. THREAT ACTOR PROFILING:
- APT groups targeting your sector (MITRE ATT&CK mapping)
- Cybercrime organizations active in your region
- Insider threat indicators
- Nation-state attribution assessment
- Hacktivist threat level
2. CAMPAIGN ANALYSIS:
- Recent campaigns affecting similar organizations
- TTPs (Tactics, Techniques, Procedures) breakdown
- Malware families in use
- Infrastructure analysis (domains, IPs, certificates)
- Supply chain attack vectors
3. THREAT HUNTING HYPOTHESES:
- Hypothesis 1: [Initial access via phishing]
- Hypothesis 2: [Living off the land techniques]
- Hypothesis 3: [Data staging and exfiltration]
- Hypothesis 4: [Credential compromise and lateral movement]
HUNTING METHODOLOGY:
1. DATA SOURCES:
- Endpoint telemetry (process creation, network connections)
- Network logs (DNS, proxy, firewall)
- Authentication logs (Active Directory, VPN, cloud)
- Email security logs
- Cloud audit logs
2. HUNTING QUERIES:
- Splunk SPL queries for each hypothesis
- KQL (Kusto) queries for Azure/Microsoft environments
- Sigma rules for generic detection
- YARA rules for file-based hunting
- Jupyter notebooks for data analysis
3. ANOMALY DETECTION:
- Behavioral baselines
- Statistical anomaly detection
- Machine learning model recommendations
- UEBA (User and Entity Behavior Analytics) rules
INTELLIGENCE REQUIREMENTS:
1. Strategic Intelligence:
- Long-term threat trends
- Geopolitical implications
- Technology impact assessment
2. Operational Intelligence:
- IOCs for immediate blocking
- TTPs for detection engineering
- Campaign tracking
3. Tactical Intelligence:
- Specific malware signatures
- Exploit kit identification
- C2 infrastructure blocking
DETECTION ENGINEERING:
1. SIEM Rules:
- Correlation rules for multi-stage attacks
- Threshold-based alerts
- Anomaly-based detection
- ML-assisted detection
2. EDR Rules:
- Behavioral detection rules
- Memory protection alerts
- Script blocking policies
3. Network Detection:
- IDS/IPS signatures
- DNS monitoring rules
- SSL/TLS inspection policies
INCIDENT RESPONSE INTEGRATION:
- Escalation procedures
- Containment playbooks
- Forensic preservation steps
- Communication templates
METRICS AND KPIs:
- Mean time to detect (MTTD)
- Mean time to respond (MTTR)
- False positive rate
- Coverage gaps analysis
- Hunting lead conversion rate
THREAT INTELLIGENCE PLATFORMS:
- MISP integration strategy
- Threat feed recommendations
- STIX/TAXII implementation
- Information sharing communities (ISACs)
[INSERT SPECIFIC THREAT SCENARIO OR IOCs HERE]
نصائح احترافية لاستخدام البرومبتات
أولاً: دايمًا عدل على البرومبت حسب احتياجك الخاص. ما تستخدمهم كوبي بيست بدون ما تقرأهم وتفهم شو بدك بالظبط.
ثانيًا: إذا كان عندك معلومات حساسة، احذفها واستبدلها بـ placeholders زي ما موجود بالبرومبت. ما تحط IP حقيقي أو اسم شركة حقيقية إلا إذا كنت متأكد من أمان البيئة.
ثالثًا: استخدم هالبرومبتات مع أحدث نماذج الذكاء الاصطناعي. GPT-4، Claude 3، Gemini Ultra، كل واحد فيهم بيعطي نتائج مختلفة، جربهم وشوف أي واحد بيفيدك أكتر.
رابعًا: خزن البرومبتات هدول عندك وطورهم مع الوقت. التهديدات بتتطور، والبرومبتات لازم تتطور معها.
خامسًا: لا تعتمد 100% على الذكاء الاصطناعي. استخدمه كأداة مساعدة، بس القرار النهائي والتحليل العميق لازم يكون من عندك. الذكاء الاصطناعي بيعطي معلومات، بس الخبرة والحس الأمني عندك هما اللي بيحددوا إذا المعلومة صح ولا لا.
هالخمس برومبتات اللي شاركتها معك هاي مش مجرد نصوص، هاي أطر عمل كاملة تقدر تبني عليها مسيرتك في مجال الأمن السيبراني. سواء كنت مبتدئ أو محترف، رح تلاقي فيهم قيمة كبيرة.
تذكر دائمًا إن الذكاء الاصطناعي أداة قوية، بس القوة الحقيقية جاية من إبداعك وخبرتك في استخدام الأداة. طوّر هالبرومبتات، عدلهم، وشارك معنا تجاربك بالتعليقات.
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