CVE-2020-7504

A CWE-20: Improper Input Validation vulnerability exists in Easergy T300 Firmware version 1.5.2 and older which could allow an attacker to disable the webserver service on the device when specially crafted network packets are sent...

CVE-2020-7504

The CVE-2020-7504 entry concerns Schneider Electric Easergy T300 (firmware ≤ 1.5.2) with an improper input validation flaw that could allow an attacker to disable the device’s webserver by sending specially crafted network packets. Connected sources (Red Hat, CNVD, CVE listings) confirm the affec...

CVE-2020-7503

A CWE-352: Cross-Site Request Forgery CSRF vulnerability exists in Easergy T300 Firmware version 1.5.2 and older which could allow an attacker to execute malicious commands on behalf of a legitimate user when xsrf-token data is intercepted...

CVE-2020-7503

CVE-2020-7503 affects Schneider Electric Easergy T300 (Firmware 1.5.2 and earlier). The vulnerability is a CWE-352 CSRF issue that could allow an attacker to execute malicious commands on behalf of a legitimate user when xsrf-token data is intercepted. The connected documents confirm the vulnerab...

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 (HU250) automation systems for transformer substations involves insecure management of privileges. This allows attackers to escalate their privileges and perform arbitrary file writing and deletion operations on the device.

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 HU250 automation systems for transformer substations is related to insecure privilege management. Exploiting this vulnerability allows an attacker to escalate their privileges and perform arbitrar...

The vulnerability of the software for configuring Schneider Electric Easergy Builder controllers and the micro-software for the modular controller used in automating transformer substations (Schneider Electric Easergy T300, HU250) lies in its weak password requirements. This allows a hacker to compromise the user’s credentials.

The vulnerability of the software for configuring Schneider Electric Easergy Builder controllers and the micro-software for the modular controller used in automating transformer substations—Schneider Electric Easergy T300 HU250—is related to weak password requirements. Exploiting this vulnerabili...

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 (HU250) automation systems in transformer substations lies in the storage and transmission of critical data in unencrypted form. This allows a intruder to obtain information about the device’s configuration.

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 HU250 automation systems in transformer substations relates to the storage and transmission of critical data in unencrypted form. Exploiting this vulnerability could allow an attacker, operating...

The vulnerability of the Schneider Electric Easergy Builder software in terms of controller configuration lies in the use and storage of the cryptographic key in an unencrypted form. This allows a hacker to decrypt user passwords.

The vulnerability of the Schneider Electric Easergy Builder software for configuring controllers is related to the use and storage of the cryptographic key in an unencrypted form. Exploiting this vulnerability could allow a hacker to decrypt user passwords...

The vulnerability in the protection of controller firmware for automated transformer substations of Schneider Electric Easergy T300 (HU250) allows a intruder to disclose protected information related to firmware files and directories, as well as potentially modify those files.

The vulnerability in the protection of controller firmware for automated transformer substations of Schneider Electric Easergy T300 HU250 is related to the leakage of information about files and directories. Exploiting this vulnerability allows a malicious actor to disclose the protected...

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 (HU250) automation systems for transformer substations lies in the improper limitation on the number of unsuccessful authentication attempts. This allows a perpetrator to gain full access.

The vulnerability of the microprogrammed control module software for automation of transformer substations in Schneider Electric Easergy T300 HU250 is related to an improper limitation on the number of unsuccessful authentication attempts. Exploiting this vulnerability can allow a malicious actor...

The vulnerability of the microprogramming software of the modular controller for the automation of transformer substations of Schneider Electric Easergy T300 (HU250) is related to the use of a less secure encryption algorithm. This allows a hacker to obtain the password.

The vulnerability of the microprogramming software of the modular controller for the automation of transformer substations of Schneider Electric Easergy T300 HU250 is related to the use of a less secure encryption algorithm. Exploiting this vulnerability could allow an attacker operating remotely...

The vulnerability of the software for configuring Schneider Electric Easergy Builder lies in the storage of confidential information in an unencrypted form, allowing a perpetrator to gain access to user credentials.

The vulnerability of the Schneider Electric Easergy Builder software for configuring controllers is related to the storage of confidential information in an unencrypted form. Exploiting this vulnerability could allow a perpetrator to gain access to user credentials...

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 (HU250) automation systems for transformer substations stems from improper verification of integrity. This allows a perpetrator to inject additional code into the device’s firmware and execute arbitrary commands.

The vulnerability of the microprogrammed control module software for automation of transformer substations of Schneider Electric Easergy T300 HU250 is related to improper verification of integrity. Exploiting this vulnerability allows a malicious actor to inject additional code into the device’s...

The vulnerability of the software for configuring Schneider Electric Easergy Builder lies in the use of a less secure encryption algorithm, which allows an attacker to gain full access to the device.

The vulnerability of the Schneider Electric Easergy Builder software for configuring controllers is related to the use of a less secure encryption algorithm. Exploiting this vulnerability could allow an attacker to gain access to the user credentials of the device, thereby granting full control...

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 (HU250) automation systems for transformer substations, related to the manipulation of inter-site requests, allows a perpetrator to execute malicious commands under the identity of an authorized user.

The vulnerability of the microprogrammed control module software for automation of transformer substations in Schneider Electric Easergy T300 HU250 is related to the manipulation of inter-site requests. Exploiting this vulnerability allows a malicious actor, operating remotely, to execute malicio...

The vulnerability of the software in Schneider Electric Easergy T300 (HU250) web-servers, a modular control system for automating transformer substations, allows a perpetrator to shut down the web-server service.

The vulnerability of the software for the web server of the micro-programming controller for transformer automation of Schneider Electric Easergy T300 HU250 exists due to insufficient verification of input data. Exploiting this vulnerability could allow a malicious actor to remotely shut down the...

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 (HU250) automation systems, related to the use of vulnerable external software, allows attackers to carry out various attacks on these components.

The vulnerability of the microprogramming software of the modular controller for the automation of transformer substations of Schneider Electric Easergy T300 HU250 is related to the use of a vulnerable external software. Exploiting this vulnerability allows a malicious actor to carry out various...

The vulnerability of the Schneider Electric Easergy Builder software for configuring controllers arises from improperly implemented data filtering during input processing. This allows attackers to alter the contents of project configuration files.

The vulnerability of the Schneider Electric Easergy Builder software for configuring controllers is related to improperly implemented data filtering. Exploiting this vulnerability allows a malicious actor to remotely modify the contents of project configuration files...

The vulnerability of the microprogrammed software of the modular controller for the automation of transformer substations of Schneider Electric Easergy T300 (HU250) – related to uncontrolled resource consumption – allows a intruder to trigger a maintenance failure.

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 HU250 for transformer substations automation involves an uncontrolled consumption of resources. Exploiting this vulnerability could allow a malicious actor to cause malfunctions in the system due ...

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 (HU250) automation systems in transformer substations stems from the lack of protection for operational data. This allows a malicious individual to compromise the closed keys used by the device.

The vulnerability of the microprogrammed control module software for Schneider Electric Easergy T300 HU250 automation systems in transformer substations is related to the lack of protection for operational data. Exploiting this vulnerability allows a malicious actor to compromise the closed keys...