CVE-2023-6329 is an authentication bypass vulnerability affecting Control iD iDSecure v4.7.32.0. According to the provided information, the login routine implemented in iDS-Core.dll exposes a "passwordCustom" option that allows an unauthenticated attacker to compute valid credentials. By using those computed credentials, an attacker can bypass the normal authentication process and successfully log in as an administrative user.
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2 valid exploits after Mallory filtered fakes, detection scripts, and README-only repos.
Repository contains a standalone Python exploit (exploit.py) and a detailed README for CVE-2023-6329 affecting Control iD iDSecure <= 4.7.43.0. The exploit is a network-based, unauthenticated authentication bypass that abuses a predictable server-side alternative login path using the passwordCustom parameter. It (1) probes /api/util/configUI (expects 401 with Version) to gauge vulnerability, (2) fetches serial and passwordRandom from unauthenticated /api/login/unlockGetData, (3) derives passwordCustom via SHA1(serial) + passwordRandom + hardcoded salt "cid2016" then SHA256 and truncation, (4) authenticates to /api/login/ to obtain an admin JWT accessToken, (5) uses the JWT to create a new administrative operator via /api/operator/ (idType=1), and (6) verifies the new credentials by logging in again. The script supports HTTPS by default (verify=False) with an option to use plain HTTP (--no-ssl) and configurable host/port/created username/password. Overall purpose: reliably gain administrative access and persist it by creating a new admin user on vulnerable iDSecure web interfaces.
This repository contains a single Metasploit auxiliary module targeting Control iD iDSecure (<= v4.7.43.0) for CVE-2023-6329. The exploit leverages an authentication bypass vulnerability to programmatically create a new administrative user on the device's web interface. The module works by first retrieving device-specific values (serial and passwordRandom), computing a valid password, and then using the API to log in and add a new admin user. The exploit interacts with several API endpoints over HTTPS (default port 30443), specifically '/api/util/configUI', '/api/login/unlockGetData', '/api/login/', and '/api/operator/'. The module is operational and provides a working attack chain, but is not weaponized for mass exploitation. The code is written in Ruby and is structured as a standard Metasploit module.
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