488 matches found
CVE-2025-13954
Hard-coded cryptographic keys in Admin UI of EZCast Pro II before version 1.17478.177 allows attackers to bypass authorization checks and gain full access to the admin UI...
CVE-2025-13954
Summary: EZCast Pro II Admin UI (version 1.17478.146) exposes hard-coded cryptographic keys, allowing bypass of authorization checks and granting full admin UI access. Affected product/component: EZCast Pro II Admin UI. Root cause: hard-coded cryptographic keys in the Admin UI. Impact: unauthoriz...
CVE-2025-13954 Hard-coded cryptographic keys in EZCast Pro II Dongle
Hard-coded cryptographic keys in Admin UI of EZCast Pro II before version 1.17478.177 allows attackers to bypass authorization checks and gain full access to the admin UI...
CVE-2025-41742
Sprecher Automations SPRECON-E-C, SPRECON-E-P, SPRECON-E-T3 is vulnerable to attack by an unauthorized remote attacker via default cryptographic keys. The use of these keys allows the attacker to read, modify, and write projects and data, or to access any device via remote maintenance...
CVE-2025-41744
Sprecher Automations SPRECON-E series uses default cryptographic keys that allow an unprivileged remote attacker to access all encrypted communications, thereby compromising confidentiality and integrity...
CVE-2025-41742 Sprecher Automation: SPRECON-E series has a critical vulnerability due to the use of static cryptographic keys in system components
Sprecher Automations SPRECON-E-C, SPRECON-E-P, SPRECON-E-T3 is vulnerable to attack by an unauthorized remote attacker via default cryptographic keys. The use of these keys allows the attacker to read, modify, and write projects and data, or to access any device via remote maintenance...
PT-2025-48663
Name of the Vulnerable Software and Affected Versions Sprecher Automations SPRECON-E series affected versions not specified Description The Sprecher Automations SPRECON-E series utilizes default cryptographic keys. This allows a remote attacker, without special privileges, to access all encrypted...
CVE-2025-64304
"FOD" App uses hard-coded cryptographic keys, which may allow a local unauthenticated attacker to retrieve the cryptographic keys...
CVE-2025-64304
"FOD" App uses hard-coded cryptographic keys, which may allow a local unauthenticated attacker to retrieve the cryptographic keys...
CVE-2025-64304
"FOD" App uses hard-coded cryptographic keys, which may allow a local unauthenticated attacker to retrieve the cryptographic keys...
CVE-2025-64304
"FOD" App uses hard-coded cryptographic keys, which may allow a local unauthenticated attacker to retrieve the cryptographic keys...
CVE-2025-64304
The CVE-2025-64304 entry concerns the FujiTV/FOD mobile app, which reportedly hard-codes cryptographic keys (CWE-321). A local, unauthenticated attacker may retrieve these keys from the app, as described in multiple sources. Documented impact centers on disclosure of cryptographic keys; the provi...
EUVD-2025-199539
"FOD" App uses hard-coded cryptographic keys, which may allow a local unauthenticated attacker to retrieve the cryptographic keys...
PT-2025-47986
"FOD" App uses hard-coded cryptographic keys, which may allow a local unauthenticated attacker to retrieve the cryptographic keys...
CVE-2025-52457
Observable Timing Discrepancy CWE-208 in HBUS devices may allow an attacker with physical access to the device to extract device-specific keys, potentially compromising further site security. This issue affects Command Centre Server: 9.30 prior to vCR9.30.251028a distributed in 9.30.2881 MR3, 9.2...
CVE-2025-64429 DuckDB Encryption Crypto implementation is vulnerable
DuckDB is a SQL database management system. DuckDB implemented block-based encryption of DB on the filesystem starting with DuckDB 1.4.0. There are a few issues related to this implementation. The DuckDB can fall back to an insecure random number generator pcg32 to generate cryptographic keys or...
PT-2025-48661
Name of the Vulnerable Software and Affected Versions Sprecher Automations SPRECON-E-C Sprecher Automations SPRECON-E-P Sprecher Automations SPRECON-E-T3 Description The software is susceptible to unauthorized remote access due to the use of default cryptographic keys. An attacker can leverage...
New TEE.Fail Side-Channel Attack Extracts Secrets from Intel and AMD DDR5 Secure Enclaves
A group of academic researchers from Georgia Tech, Purdue University, and Synkhronix have developed a side-channel attack called TEE.Fail that allows for the extraction of secrets from the trusted execution environment TEE in a computer's main processor, including Intel's Software Guard eXtension...