CashDro 3 CVE-2026-8076

Remote unauthenticated exploitation against default configurations of CashDro 3 administration panel version 24.01.00.26. The web administration interface must be network-accessible to the attacker (CVSS AV:N) - most critical if exposed to the internet, but also exploitable from compromised internal networks in retail/banking environments. No special configuration is required as numeric PIN authentication is the standard authentication method maintained for POS compatibility since 2012. Exploitation is NOT limited by account lockout mechanisms, CAPTCHA, or rate limiting controls. The only practical limitation is network latency affecting brute-force speed and whether administrators have chosen longer PIN lengths (though even 8-digit numeric PINs contain only 100 million combinations, feasible to enumerate). Organizations that have implemented network segmentation restricting access to the administration panel to specific management VLANs face reduced but not eliminated risk if an attacker pivots through other compromised systems.

This vulnerability presents CRITICAL real-world risk despite no confirmed active exploitation (CISA KEV). The CVSS 9.3 score accurately reflects severity: network attack vector (AV:N), low complexity (AC:L), no privileges required (PR:N), and high impact to confidentiality and integrity (VC:H/VI:H). The attack is fully automatable - a simple script can enumerate numeric PINs at network speeds, limited only by HTTP response times. Cash management systems control physical currency access and transaction data, making administrative compromise high-value for financially motivated attackers. The legacy design constraint (2012 POS compatibility) suggests remediation may require architectural changes beyond a simple patch, potentially delaying full mitigation. Organizations using CashDro 3 in retail, banking, or gaming environments face immediate risk of configuration tampering, transaction manipulation, and data exfiltration. The combination of trivial exploitation, critical asset exposure, and network accessibility makes this a priority remediation target regardless of current EPSS or KEV status. Authentication bypass vulnerabilities are consistently exploited in real-world incidents, and numeric PIN systems are well-understood attack targets.

An attacker scans the internet for exposed CashDro 3 administration panels using HTTP banner fingerprinting or Shodan searches. Upon locating a target at a retail location, the attacker develops a Python script to iterate through common 4-6 digit numeric PINs (0000-9999 for 4-digit, expanding as needed). With no account lockout, the script submits authentication attempts at 10-100 requests per second depending on network conditions. Within minutes to hours depending on PIN length, the attacker gains administrative access, allowing them to modify cash handling configurations, exfiltrate transaction history, or manipulate device settings to facilitate physical theft during next cash collection cycle.