HexenCore MCP: The Future of Autonomous Cyber Operations

An advanced, telemetry-driven Master Control Program that transforms security operations through intelligent automation, adaptive attack chains, and real-time decision-making.

Redefining Offensive Security

HexenCore MCP represents a paradigm shift in automated security tooling. Moving beyond simple scripts and predefined workflows, it introduces a dynamic, learning-based approach to offensive operations. By capturing and analyzing telemetry from every action, HexenCore MCP continuously refines its strategies, optimizes its tool selection, and adapts to the unique characteristics of each target environment. This closed-loop feedback system enables a level of autonomous operation previously unattainable.

Core Capabilities

Telemetry-Driven Orchestration

Every tool execution is measured and recorded, tracking success rates, execution times, and timeout ratios. This rich telemetry data feeds the decision engine, ensuring that the most effective and efficient tools are prioritized.

Global AI Compatibility

HexenCore MCP plugs into leading AI stacks out of the box—including Claude, Gemini, GPT-4o, Cursor, LLaMA copilots, and open-source orchestration engines. These compatibility APIs make MCP a global control fabric that slides into any agent framework without refactoring, unifying orchestration across vendors.

Web Ops Masterplan

Generate comprehensive, multi-stage engagement plans from high-level natural language objectives. The planner leverages a sophisticated intent parser and a library of web-centric playbooks to build and execute complex attack chains.

Adaptive Attack Chains

Attack plans are not static. They are dynamically generated and re-ranked based on real-time telemetry and the evolving understanding of the target. The system's knowledge base can be instantly updated with new threat intelligence "overlays", allowing for the rapid integration of new tactics without any downtime. This allows for a level of flexibility and responsiveness that mirrors a human operator.

Real-Time Decision Engine

The Intelligent Decision Engine uses a dynamic weighting algorithm to select the optimal tools for any given objective. It considers historical performance, tool effectiveness, and situational context to make informed decisions in real-time.

Advanced Failure Recovery

The system is designed for resilience. When a tool fails, it doesn't just stop. It can automatically adjust tool parameters and retry, or gracefully degrade the operation to provide partial results. For unrecoverable errors, it triggers a "human escalation" protocol, ensuring that a human operator is alerted to take control.

Target Enrichment Pipeline

Automatically gather and cache critical intelligence about your targets. The enrichment pipeline provides a continuous feed of data, including subdomain discovery, technology fingerprinting, and cloud infrastructure analysis.

Integrated Kali Environment & Custom Browser

HexenCore MCP includes a fully integrated, dedicated Kali Linux environment, providing a comprehensive suite of pre-configured tools for advanced penetration testing and security research. This is complemented by a custom-built, hardened browser designed specifically for web hacking, providing a secure and isolated environment for analyzing and exploiting web vulnerabilities.

HexenCore MCP comes pre-loaded with a suite of over 200 cutting-edge security tools. Below is a curated selection of the core components of our offensive arsenal.

Web Application & API Security

  • sqlmap: SQL injection automation
  • nosqlmap: NoSQL injection for MongoDB/Couch/Redis
  • tplmap: Server-side template injection
  • commix: Command injection
  • sstimap: Server-side template injection fuzzing
  • dalfox: DOM, reflected, and stored XSS
  • xsstrike: Advanced XSS fuzzing
  • payload-farm: Custom XSS payload rotation
  • nuclei-ssrf: Template-driven SSRF, LFI, RFI detection
  • gopherus: Chained SSRF payloads for AWS, GCP
  • lfisuite: Automated LFI/RFI exploitation
  • hydra: Credential stuffing and brute force
  • medusa: Parallel login abuse
  • burp-otp-bypass: Custom OTP bypass workflow
  • turbo-intruder: Asynchronous race condition exploitation
  • burp-sequencer: Token and coupon entropy analysis
  • nikto: Web vulnerability scanner
  • wpscan: WordPress vulnerability scanner
  • feroxbuster: Recursive content discovery
  • dotdotpwn: Directory traversal testing
  • xsser: XSS vulnerability testing
  • wfuzz: Web application fuzzing
  • dirsearch: Advanced directory and file discovery
  • katana: Next-generation crawling and spidering
  • gau: URL discovery from multiple sources
  • waybackurls: Historical URL discovery
  • arjun: HTTP parameter discovery
  • paramspider: Parameter mining from web archives
  • x8: Hidden parameter discovery
  • jaeles: Advanced vulnerability scanning with custom signatures
  • httpx: Fast HTTP probing and technology detection
  • anew: Appending new lines to files (data processing)
  • qsreplace: Query string parameter replacement
  • uro: URL filtering
  • wafw00f: WAF identification

Network & Infrastructure Security

  • nmap: Network discovery and security auditing
  • nmap-advanced: Advanced Nmap scans with custom NSE scripts
  • masscan: High-speed Internet-scale port scanning
  • rustscan: Ultra-fast port scanning
  • autorecon: Comprehensive automated reconnaissance
  • gobuster: Directory, DNS, and virtual host brute-forcing
  • ffuf: Fast web fuzzer
  • dirb: Directory brute-forcing
  • amass: Subdomain enumeration
  • subfinder: Passive subdomain enumeration
  • enum4linux / enum4linux-ng: SMB enumeration
  • smbmap: SMB share enumeration
  • rpcclient: RPC enumeration
  • nbtscan: NetBIOS name scanning
  • arp-scan: Network discovery via ARP scanning
  • netexec (CrackMapExec): Network enumeration and exploitation
  • responder: Credential harvesting
  • john (John the Ripper): Password cracking
  • hashcat: Advanced password cracking
  • fierce: DNS reconnaissance
  • dnsenum: DNS enumeration

Cloud & Container Security

  • prowler: AWS, Azure, and GCP security assessment
  • scout-suite: Multi-cloud security auditing
  • cloudmapper: AWS network visualization
  • pacu: AWS exploitation framework
  • s3scanner: S3 bucket misconfiguration scanning
  • trivy: Container and CI/CD artifact vulnerability scanning
  • kube-hunter: Kubernetes penetration testing
  • kube-bench: CIS Kubernetes benchmark checks
  • docker-bench-security: Docker security assessment
  • clair: Container vulnerability analysis
  • falco: Runtime security monitoring
  • checkov: IaC security scanning
  • terrascan: IaC security scanning

Binary Analysis & Reverse Engineering

  • gdb: GNU Debugger
  • radare2: Reverse engineering framework
  • binwalk: Firmware and file analysis
  • ropgadget: ROP gadget finder
  • checksec: Binary security feature analysis
  • xxd: Hex dumper
  • strings: String extraction from binaries
  • objdump: Binary analysis tool
  • ghidra: Advanced binary analysis and reverse engineering
  • pwntools: Exploit development and automation
  • one_gadget: Find one-shot RCE gadgets in libc
  • libc-database: Libc identification and offset lookup
  • gdb-peda: Enhanced debugging with PEDA
  • angr: Symbolic execution and binary analysis
  • ropper: Advanced ROP/JOP gadget searching
  • pwninit: CTF binary exploitation setup

Exploitation & Payload Generation

  • metasploit: Exploitation framework
  • msfvenom: Payload generation
  • ai_generate_payload: AI-powered contextual payload generation
  • advanced_payload_generation: AI-powered evasion techniques

Forensics & Steganography

  • volatility / volatility3: Memory forensics analysis
  • foremost: File carving
  • steghide: Steganography analysis
  • exiftool: Metadata extraction
  • hashpump: Hash length extension attacks

Vulnerability Intelligence & Threat Hunting

  • monitor_cve_feeds: Monitor CVE databases
  • generate_exploit_from_cve: Generate exploits from CVEs using AI
  • discover_attack_chains: Discover multi-stage attack chains
  • research_zero_day_opportunities: Automated zero-day research
  • correlate_threat_intelligence: Correlate threat intelligence
  • vulnerability_intelligence_dashboard: Comprehensive intel dashboard
  • threat_hunting_assistant: AI-powered threat hunting

Bug Bounty Hunting Workflows

  • bugbounty_reconnaissance_workflow: Comprehensive recon workflow
  • bugbounty_vulnerability_hunting: Impact-prioritized vulnerability hunting
  • bugbounty_business_logic_testing: Business logic testing workflow
  • bugbounty_osint_gathering: OSINT gathering workflow
  • bugbounty_file_upload_testing: File upload vulnerability testing
  • bugbounty_comprehensive_assessment: Comprehensive bug bounty assessment
  • bugbounty_authentication_bypass_testing: Auth bypass testing workflow

Advanced API & Web Testing

  • http_framework_test: Enhanced HTTP testing framework
  • browser_agent_inspect: AI-powered browser agent
  • http_repeater: Send crafted HTTP requests
  • http_intruder: Simple intruder/fuzzing
  • burpsuite_alternative_scan: Comprehensive Burp Suite alternative
  • api_fuzzer: Advanced API endpoint fuzzing
  • graphql_scanner: Advanced GraphQL security scanning
  • jwt_analyzer: Advanced JWT token analysis
  • api_schema_analyzer: Analyze API schemas for security issues
  • comprehensive_api_audit: Comprehensive API security audit

AI-Powered Analysis & Automation

  • analyze_target_intelligence: AI-powered target profiling
  • select_optimal_tools_ai: AI-powered tool selection
  • optimize_tool_parameters_ai: AI-powered parameter optimization
  • create_attack_chain_ai: AI-powered attack chain creation
  • intelligent_smart_scan: AI-driven tool selection & execution
  • detect_technologies_ai: AI-powered technology detection
  • ai_reconnaissance_workflow: AI-driven reconnaissance
  • ai_vulnerability_assessment: AI-driven vulnerability assessment

A Glimpse Under the Hood

HexenCore MCP's advanced capabilities are made possible by a modular, extensible architecture. At its core is a runtime patching system that enhances a foundational toolset with a powerful layer of intelligence and control. This approach allows for rapid innovation and the seamless integration of new technologies.

Tool Telemetry Store

A persistent, thread-safe data store for capturing and analyzing tool performance metrics. It provides the raw data that powers the adaptive decision-making capabilities of the system.

Chain Performance Store

Tracks the aggregate performance of attack chains and patterns, allowing the system to learn which sequences of actions are most effective against different types of targets.

Advanced Runtime Patching

A sophisticated mechanism for dynamically modifying and extending the core functionality of the system at runtime. This allows for the injection of advanced features like telemetry, adaptive timeouts, and intelligent tool selection without altering the underlying code.

Adaptive Timeout Engine

To optimize performance, the system uses an Exponential Moving Average (EMA) to calculate the optimal timeout for each tool. This forward-looking approach is more responsive to recent performance than a simple average, ensuring that the system is always operating at peak efficiency.

Engage with the Future of Security

HexenCore MCP is available for select research partners and enterprise clients. Contact us to learn more about how our technology can transform your security operations.

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