A vulnerability was found in code-projects Point of Sales and Inventory Management System 1

CVE-2025-0174 is an SQL injection in code-projects Point of Sales and Inventory Management System affecting version 1.0, specifically the /user/search_result2.php path and its search parameter. The CVE/CNA record says the flaw is remotely reachable and has a public exploit, but the assigned CVSS vector includes PR:L, which means the intended attack model requires a valid low-privilege application account before the injection point is reachable.

The vendor/CNA MEDIUM label is technically fair in a lab, but it overstates enterprise urgency. The biggest downward pressure is not the bug class—SQLi is serious—it is the deployment reality: this is a niche educational PHP/XAMPP project, often run locally or on small ad hoc installs, not a broadly managed enterprise platform. Combine that with low EPSS, no KEV listing, no observed campaign evidence, and an authenticated path, and this drops into backlog territory unless you knowingly exposed this app to the internet.

Why this verdict

• Attacker position drags this down: PR:L means the chain starts after the attacker already has a valid app account or session, which is a major severity discount versus pre-auth SQLi.
• Reachable population looks small: this appears to be a free educational PHP/XAMPP project, not a mainstream enterprise package; that sharply narrows how many 10,000-host shops even have it.
• Threat signals are weak: no KEV listing, very low EPSS, and no convincing campaign reporting found in primary reviewed sources.
• Blast radius is usually app-local: the likely impact is the POS app database, not immediate OS compromise or broad tenant escape.
• Public exploit keeps it from being ignored: the PoC exists, so any environment that *does* expose and use this app should still treat it as real.

Why not higher?

If this were unauthenticated SQLi on a widely deployed edge product, this would climb fast. But the combination of authenticated access, niche software footprint, and no strong exploitation evidence keeps it out of MEDIUM or HIGH for enterprise prioritization.

Why not lower?

This is still genuine SQL injection with a public PoC against a live code path, not a theoretical weakness. If you actually run this app, an attacker with basic app access can likely read or tamper with business data, so IGNORE would be too dismissive.

1. Remove external exposure — If this app exists at all, put it behind VPN, IP allowlisting, or an internal reverse proxy so the internet cannot reach /user/search_result2.php. For a LOW verdict there is no formal SLA, so do this as backlog hygiene at the next change window.
2. Kill shared and default app credentials — Because the exploit path assumes valid app access, credential hygiene directly cuts exploitability. Reset any shared POS accounts and disable dormant users as backlog hygiene; this is more valuable here than broad emergency patching.
3. Add a virtual patch rule — Block suspicious SQL metacharacters and UNION/error-based payloads on requests to /user/search_result2.php and closely related search endpoints. With a LOW verdict there is no noisgate mitigation deadline, so implement during normal WAF tuning rather than breaking production in a rush.
4. Constrain database privileges — Ensure the app DB account only has the minimum CRUD rights it actually needs, and rotate secrets if the database user is over-privileged. This reduces blast radius even if the SQLi remains present; handle as backlog hygiene.
5. Inventory and retire the app if possible — For enterprises, the real control is often elimination: if this is a forgotten training/demo POS instance, decommission it instead of carrying patch debt. For LOW, there is no SLA, but retirement should be folded into routine application rationalization.

Run this on the target host or on a checked-out source tree of the application, pointing it at the vulnerable file path. Example: python3 verify_cve_2025_0174.py /var/www/html/PISP/user/search_result2.php or python verify_cve_2025_0174.py C:\xampp\htdocs\PISP\user\search_result2.php; it only needs read access to the source file, not admin privileges.

#!/usr/bin/env python3
# verify_cve_2025_0174.py
# Heuristic verifier for CVE-2025-0174 in code-projects Point of Sales and Inventory Management System 1.0
# Exit codes: 0=PATCHED, 1=VULNERABLE, 2=UNKNOWN, 3=usage/file error

import os
import re
import sys


def read_file(path):
    encodings = ["utf-8", "latin-1"]
    for enc in encodings:
        try:
            with open(path, "r", encoding=enc, errors="strict") as f:
                return f.read()
        except Exception:
            pass
    with open(path, "r", encoding="utf-8", errors="ignore") as f:
        return f.read()


def main():
    if len(sys.argv) != 2:
        print("UNKNOWN - usage: python3 verify_cve_2025_0174.py <path-to-search_result2.php>")
        sys.exit(3)

    path = sys.argv[1]
    if not os.path.isfile(path):
        print(f"UNKNOWN - file not found: {path}")
        sys.exit(3)

    if os.path.basename(path).lower() != "search_result2.php":
        print("UNKNOWN - expected target file name search_result2.php")
        sys.exit(2)

    try:
        data = read_file(path)
    except Exception as e:
        print(f"UNKNOWN - unable to read file: {e}")
        sys.exit(2)

    blob = data.lower()

    # Fast indicators of safer code
    prepared_markers = [
        "->prepare(",
        "mysqli_prepare(",
        "$pdo->prepare(",
        "bindparam(",
        "bindvalue(",
        "execute([",
    ]
    escape_markers = [
        "mysqli_real_escape_string(",
        "pdo::quote(",
        "->quote(",
    ]

    has_prepared = any(m in blob for m in prepared_markers)
    has_escape = any(m in blob for m in escape_markers)

    # Signs the 'search' parameter is used unsafely in a query
    param_patterns = [
        r"\$_get\s*\[\s*['\"]search['\"]\s*\]",
        r"\$_post\s*\[\s*['\"]search['\"]\s*\]",
        r"\$_request\s*\[\s*['\"]search['\"]\s*\]",
    ]
    query_patterns = [
        r"select\s+.*from",
        r"where\s+.*like",
        r"where\s+.*=",
    ]
    concat_patterns = [
        r"\.(\s*)\$search",
        r"\$search(\s*)\.",
        r"['\"].*\$search.*['\"]",
    ]

    has_param = any(re.search(p, blob, re.IGNORECASE | re.DOTALL) for p in param_patterns)
    has_query = any(re.search(p, blob, re.IGNORECASE | re.DOTALL) for p in query_patterns)
    has_concat = any(re.search(p, blob, re.IGNORECASE | re.DOTALL) for p in concat_patterns)

    # Broader hint: direct mysql query functions with search variable nearby
    risky_db_calls = [
        "mysql_query(",
        "mysqli_query(",
        "->query(",
        "$conn->query(",
        "$db->query(",
    ]
    has_risky_db_call = any(m in blob for m in risky_db_calls)

    if has_param and has_query and (has_concat or (has_risky_db_call and not has_prepared and not has_escape)):
        print("VULNERABLE - search parameter appears to flow into SQL without strong parameterization")
        sys.exit(1)

    if has_param and has_prepared and not has_concat:
        print("PATCHED - prepared statements detected for a search-driven code path")
        sys.exit(0)

    if has_param and has_escape and has_risky_db_call and not has_prepared:
        print("UNKNOWN - escaping detected, but manual review still needed to confirm exploitability")
        sys.exit(2)

    print("UNKNOWN - heuristic check could not confirm vulnerable or patched state")
    sys.exit(2)


if __name__ == "__main__":
    main()

Sources

1. NVD CVE-2025-0174
2. OpenCVE record for CVE-2025-0174
3. CVE.org record endpoint
4. Vendor project page
5. Public exploit reference (GitHub Gist)
6. CISA Known Exploited Vulnerabilities Catalog
7. FIRST EPSS project
8. FIRST EPSS API documentation