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Free, in-browser payload generators for every common web vulnerability — XSS, SQL injection, reverse shells, SSRF, XXE, SSTI, command injection and more. Pick a vulnerability class, tune the options for your target, and copy ready-to-use payloads. Everything runs 100% client-side: nothing you type is uploaded, stored, or logged, and there’s no signup. Built for bug bounty, penetration testing, and CTF workflows.
Generate reverse shell one-liners for various languages and OS targets.
Craft Cross-Site Scripting payloads with encoding and tag options.
Build SQL injection payloads for MySQL, PostgreSQL, MSSQL, and more.
Create OS command injection payloads with separators and encoding.
Generate LFI traversal payloads with wrappers and encoding options.
Craft Server-Side Request Forgery payloads with IP encoding tricks.
Generate malicious filenames and web shell content for upload testing.
Build XXE payloads for file retrieval, SSRF, and OOB exfiltration.
Create SSTI payloads for Jinja2, Twig, Freemarker, and more.
Generate deserialization exploit commands for Java, PHP, and .NET.
Craft NoSQL injection payloads for MongoDB and other databases.
Build prototype pollution payloads using __proto__ and constructor.
Generate CRLF injection payloads for header injection and response splitting.
Create and sign JWT tokens with various algorithms including 'none'.
Craft open redirect payloads with protocol-relative and domain bypass tricks.
Generate CORS misconfiguration PoC payloads for reflected origin and subdomain bypass testing.
Generate GraphQL injection payloads for introspection, batching, and query abuse.
Generate XPath injection payloads for authentication bypass and data extraction.
Generate LDAP injection payloads for authentication bypass and data extraction.
Generate HTTP request smuggling payloads for CL.TE, TE.CL, and HTTP/2 downgrade attacks.
Generate Cross-Site Request Forgery PoC payloads with auto-submit forms, XHR, and clickjacking.
Generate WAF evasion payloads using encoding tricks, case variations, and alternative syntax.
Generate Insecure Direct Object Reference testing payloads with sequential IDs, UUID tampering, and path traversal.
Generate race condition PoC payloads with parallel curl, Turbo Intruder, async Python, and last-byte sync.
Generate AWS, GCP, Azure, Kubernetes, and Docker attack payloads for metadata SSRF, IAM credential theft, and container escape.
Input your enumeration results to get targeted Linux and Windows privilege escalation commands.
Generate cache poisoning payloads using unkeyed headers for XSS, DoS, and open redirect attacks.
Generate CSWSH, injection, smuggling, and authentication bypass payloads for WebSocket testing.
Generate Kerberoasting, AS-REP Roasting, Pass-the-Hash, DCSync, Golden Ticket, and lateral movement commands.
Kubernetes RBAC abuse, container escape, AWS/GCP/Azure IAM privilege escalation chains for post-compromise cloud attacks.
Price manipulation, workflow bypass, race conditions, and privilege escalation payloads for business logic vulnerability testing.
iOS Frida scripts, Android ADB/intent fuzzing, certificate pinning bypass, and OWASP Mobile Top 10 testing payloads.
A payload generator builds ready-to-use test strings for a specific web vulnerability — XSS, SQL injection, SSRF and more. You choose options for your target and copy a working payload, instead of writing it by hand or memorizing syntax.
Yes. Every generator is completely free with no signup, and runs 100% in your browser — nothing you type is uploaded, stored, or logged.
XSS, SQL injection, reverse shells, SSRF, XXE, SSTI, command injection, LFI, NoSQL injection, JWT attacks and more — 32 generators spanning the OWASP Top 10 and beyond.
Yes — for authorized testing only, on systems you own or have explicit written permission to test. They are built for bug bounty, penetration testing, and CTF workflows.
A cheat sheet gives you fixed example payloads to copy. A payload generator builds the exact string for your target: you set options like the injection context, target engine or OS, and encoding, and it assembles a working payload — so you spend less time hand-editing syntax and more time testing.