CVE-2006-2714

Secure Elements Class 5 AVR client aka C5 EVM before 2.8.1 does not validate the CEID of an incoming message, which allows remote attackers to send messages to a protected asset without knowing the proper CEID...

CVE-2006-2709

CVE-2006-2709 affects Secure Elements Class 5 AVR (aka C5 EVM ) before version 2.8.1. The issue: messages’ source address is not validated, enabling a remote attacker to execute arbitrary code on a client or forge messages to the server . The connected documents provide the product and impact det...

CVE-2006-2711

Secure Elements Class 5 AVR aka C5 EVM 2.8.1 and earlier, and possibly later 2.8.x releases, uses the same initialization vector and key for each message session, which allows remote attackers to obtain potentially sensitive information about messages...

CVE-2006-2716

Secure Elements Class 5 AVR server aka C5 EVM before 2.8.1 uses a hard-coded user ID and password, which allows remote attackers to gain access to the server...

CVE-2006-2716

CVE-2006-2716 affects the Secure Elements Class 5 AVR server (aka C5 EVM) prior to version 2.8.1. The vulnerability stems from a hard-coded user ID and password, which enables remote attackers to gain access to the server. The connected sources confirm the affected component and root cause as har...

CVE-2006-2705

Secure Elements Class 5 AVR server aka C5 EVM before 2.8.1 allows remote attackers to cause an unspecified denial of service via a large number of forged client registration messages...

CVE-2006-2713

Secure Elements Class 5 AVR client aka C5 EVM before 2.8.1 generates predictable CEIDs, which allows remote attackers to determine the CEID of a protected asset, which can be used in other attacks against AVR...

CVE-2006-2707

The CVE-2006-2707 entry affects the Secure Elements Class 5 AVR server (aka C5 EVM) prior to version 2.8.1. The root cause is that the server does not validate the peer certificate when obtaining updates, which could allow remote attackers to distribute malicious updates to clients. The available...

CVE-2006-2706

CVE-2006-2706 affects the Secure Elements Class 5 AVR server (aka C5 EVM) prior to version 2.8.1. The issue allows remote attackers to trigger a denial of service by sending forged "session start" messages that cause the AVR server to connect to arbitrary hosts. The vulnerability description in t...

CVE-2006-2711

CVE-2006-2711 affects Secure Elements Class 5 AVR (C5 EVM) version 2.8.1 and earlier (and possibly later 2.8.x), where the same initialization vector (IV) and key are reused for each message session. This is the underlying root cause stated in the CVE description, enabling remote attackers over a...

CVE-2006-2704

Secure Elements Class 5 AVR server and client aka C5 EVM before 2.8.1 send messages in cleartext, which allows remote attackers to read sensitive vulnerability information...

CVE-2006-2705

CVE-2006-2705 affects Secure Elements Class 5 AVR server (aka C5 EVM) prior to version 2.8.1. The vulnerability allows remote attackers to cause an unspecified denial of service through a flood of forged client registration messages. Connected documents do not add concrete technical details (affe...

CVE-2006-2714

The CVE-2006-2714 issue is in Secure Elements Class 5 AVR client (aka C5 EVM) before version 2.8.1. The product does not validate the CEID of incoming messages, which can allow a remote attacker to send messages to a protected asset without knowing the proper CEID. Affected software: C5 EVM clien...

CVE-2006-2713

CVE-2006-2713 affects Secure Elements Class 5 AVR client (aka C5 EVM) prior to version 2.8.1. The vulnerability stems from generating predictable CEIDs, allowing a remote attacker to determine the CEID of a protected asset. This information could be leveraged in subsequent attacks against AVR. Th...

Secure Elements Class 5 AVR client fails to properly validate the size of EM_SET_CE_PARAMETER messages

Overview The Secure Elements Class 5 AVR client fails to properly handle the size of EMSETCEPARAMETER messages. This may allow an attacker to cause a buffer overflow and reveal process memory. Description Class 5 AVR Secure Elements Class 5 AVR Automated Vulnerability Remediation is a security...

Secure Elements Class 5 AVR client fails to properly validate the size of EM_GET_CE_PARAMETER messages

Overview The Secure Elements Class 5 AVR client fails to properly handle the size of EMGETCEPARAMETER messages. This may allow an attacker to cause a buffer overflow and reveal process memory. Description Class 5 AVR Secure Elements Class 5 AVR Automated Vulnerability Remediation is a security...

Secure Elements Class 5 AVR server fails to validate source address of messages

Overview The Secure Elements Class 5 AVR server fails to validate the source address of messages it receives. This may allow an attacker to forge messages to the server. Description Class 5 AVR Secure Elements Class 5 AVR Automated Vulnerability Remediation is a security product that monitors and...

Secure Elements Class 5 AVR uses the same encryption key and initialization vector for every message session

Overview Secure Elements Class 5 AVR uses the same encryption key and initialization vector for every message session. This may allow an attacker to discover some information about encrypted messages. Description Class 5 AVR Secure Elements Class 5 AVR Automated Vulnerability Remediation is a...

Secure Elements Class 5 AVR server fails to enforce integrity of message digests

Overview The Secure Elements Class 5 AVR server fails to enforce integrity of message digests. This may allow a remote attacker to replay and modify messages without knowledge of any keys. Description Class 5 AVR Secure Elements Class 5 AVR Automated Vulnerability Remediation is a security produc...

Secure Elements Class 5 AVR client generates predictable CEIDs

Overview The Secure Elements Class 5 AVR client generates predictable CEIDs. This may allow an attacker to guess the unique identifier of a protected asset. Description Class 5 AVR Secure Elements Class 5 AVR Automated Vulnerability Remediation is a security product that monitors and enforces...