HCL Aftermarket EPC vulnerabilities

The vulnerability in HCL Aftermarket EPC is due to the HTTP OPTIONS method being enabled on the web server. This method discloses a list of supported HTTP methods, allowing an attacker to narrow down and intensify their attacks.

The vulnerability in HCL Aftermarket EPC is due to a misconfigured CORS policy that allows access from any domain (wildcard '*'). This enables attackers to perform cross-origin requests from external sites.

The vulnerability in HCL Aftermarket EPC is due to the lack of validation of the HOST header in HTTP requests, allowing arbitrary hosts to be accepted. This can lead to Host header poisoning and server misconfigurations.

The vulnerability in HCL Aftermarket EPC involves returning detailed error messages that leak information about server-side processing. An attacker can use this information to launch a more targeted attack.

A vulnerability in HCL Aftermarket EPC allows an attacker to use brute-force techniques to guess or confirm valid users in the system. This attack can lead to confidentiality breaches by identifying user accounts.

The Lucky 13 vulnerability in HCL Aftermarket EPC allows a man-in-the-middle attack on TLS 1.1, 1.2, DTLS 1.0/1.2, and older SSL 3.0 and TLS 1.0 protocols. An attacker can exploit this flaw to decrypt network traffic.

The vulnerability in HCL Aftermarket EPC is due to a session token being stored in a cookie, increasing the attack risk. The cookie's content should be reviewed to determine its function.

The vulnerability in HCL Aftermarket EPC is caused by the lack of an appropriate caching policy, allowing sensitive data to be stored in the local cache. Other users with access to the same computer may later retrieve this data.

HCL Aftermarket EPC is affected by a clickjacking vulnerability (Cross-Frame Scripting), allowing an attacker to load the vulnerable application in an iFrame on a malicious site. The attacker can then launch a clickjacking attack, potentially leading to phishing, Cross-Site Request Forgery (CSRF), sensitive information leakage, and more.

Missing X-XSS-Protection header in HCL Aftermarket EPC server allows potential Cross-Site Scripting (XSS) attacks. This vulnerability stems from improper HTTP security configuration.

The vulnerability in HCL Aftermarket EPC exposes the web server software version, allowing an attacker to identify potential security flaws, especially if an outdated version with known vulnerabilities is in use.

A vulnerability in HCL Aftermarket EPC allows sensitive information to be passed via GET method parameters in URLs. This data can be exposed through storage in server logs, browser history, or proxy logs.

HCL Aftermarket EPC is vulnerable to brute force attacks due to missing CAPTCHA implementation. This allows automated login attempts and user account enumeration.

A vulnerability in HCL Aftermarket EPC allows email flooding due to the lack of a proper mail limitation mechanism in the Forget Password functionality. An attacker (human or bot) can send numerous requests, leading to mail server overload.

A business logic vulnerability in HCL Aftermarket EPC allows an unauthorized user to obtain passwords from the server by manipulating server responses. Lack of validation on email requests enables redirecting passwords to the attacker's own email address.