CVE-2019-15508

In Octopus Tentacle versions 3.0.8 to 5.0.0, when a web request proxy is configured, an authenticated user in certain limited OctopusPrintVariables circumstances could trigger a deployment that writes the web request proxy password to the deployment log in cleartext. This is fixed in 5.0.1. The f...

CVE-2019-15507

In Octopus Deploy versions 2018.8.4 to 2019.7.6, when a web request proxy is configured, an authenticated user in certain limited special-characters circumstances could trigger a deployment that writes the web request proxy password to the deployment log in cleartext. This is fixed in 2019.7.7. T...

CVE-2019-15508

In Octopus Tentacle versions 3.0.8 to 5.0.0, when a web request proxy is configured, an authenticated user in certain limited OctopusPrintVariables circumstances could trigger a deployment that writes the web request proxy password to the deployment log in cleartext. This is fixed in 5.0.1. The f...

Cross site request forgery (csrf)

In Octopus Deploy versions 2018.8.4 to 2019.7.6, when a web request proxy is configured, an authenticated user in certain limited special-characters circumstances could trigger a deployment that writes the web request proxy password to the deployment log in cleartext. This is fixed in 2019.7.7. T...

Cross site request forgery (csrf)

In Octopus Tentacle versions 3.0.8 to 5.0.0, when a web request proxy is configured, an authenticated user in certain limited OctopusPrintVariables circumstances could trigger a deployment that writes the web request proxy password to the deployment log in cleartext. This is fixed in 5.0.1. The f...

CVE-2019-15507

In Octopus Deploy versions 2018.8.4 to 2019.7.6, when a web request proxy is configured, an authenticated user in certain limited special-characters circumstances could trigger a deployment that writes the web request proxy password to the deployment log in cleartext. This is fixed in 2019.7.7. T...

CVE-2019-15507

Octopus Deploy exposes a vulnerability (CVE-2019-15507) affecting versions 2018.8.4 to 2019.7.6 where, if a web request proxy is configured and the user is authenticated, a deployment could cause the web proxy password to be logged in cleartext. The issue is fixed in 2019.7.7, with back-ports to ...

CVE-2019-15508

In Octopus Tentacle versions 3.0.8 to 5.0.0, when a web request proxy is configured, an authenticated user in certain limited OctopusPrintVariables circumstances could trigger a deployment that writes the web request proxy password to the deployment log in cleartext. This is fixed in 5.0.1. The f...

CVE-2019-5635

A cleartext transmission of sensitive information vulnerability is present in Hickory Smart Ethernet Bridge from Belwith Products, LLC. Captured data reveals that the Hickory Smart Ethernet Bridge device communicates over the network to an MQTT broker without using encryption. This exposed the...

Default credentials

A cleartext transmission of sensitive information vulnerability is present in Hickory Smart Ethernet Bridge from Belwith Products, LLC. Captured data reveals that the Hickory Smart Ethernet Bridge device communicates over the network to an MQTT broker without using encryption. This exposed the...

CVE-2019-5635

CVE-2019-5635 describes a cleartext credential transmission in the Hickory Smart Ethernet Bridge (model H077646) from Belwith Products. The device reportedly communicates with an MQTT broker over the network without encryption, exposing the default username/password used for MQTT authentication. ...

CVE-2019-5635 Hickory Smart Lock Cleartext Password

A cleartext transmission of sensitive information vulnerability is present in Hickory Smart Ethernet Bridge from Belwith Products, LLC. Captured data reveals that the Hickory Smart Ethernet Bridge device communicates over the network to an MQTT broker without using encryption. This exposed the...

CVE-2019-15135

The handshake protocol in Object Management Group OMG DDS Security 1.1 sends cleartext information about all of the capabilities of a participant including capabilities inapplicable to the current session, which makes it easier for attackers to discover potentially sensitive reachability...

CVE-2019-15135

The handshake protocol in Object Management Group OMG DDS Security 1.1 sends cleartext information about all of the capabilities of a participant including capabilities inapplicable to the current session, which makes it easier for attackers to discover potentially sensitive reachability...

CVE-2019-15135

The CVE-2019-15135 issue is in the handshake protocol of OMG DDS Security 1.1, which transmits cleartext information about a participant’s capabilities (including session-inapplicable ones). This leakage enables an attacker to discover potentially sensitive reachability information on a DDS netwo...

CVE-2019-15135

The handshake protocol in Object Management Group OMG DDS Security 1.1 sends cleartext information about all of the capabilities of a participant including capabilities inapplicable to the current session, which makes it easier for attackers to discover potentially sensitive reachability...

CVE-2019-14709

A cleartext password storage issue was discovered on MicroDigital N-series cameras with firmware through 6400.0.8.5. The file in question is /usr/local/ipsca/mipsca.db. If a camera is compromised, the attacker can gain access to passwords and abuse them to compromise further systems...

CVE-2019-14709

A cleartext password storage issue was discovered on MicroDigital N-series cameras with firmware through 6400.0.8.5. The file in question is /usr/local/ipsca/mipsca.db. If a camera is compromised, the attacker can gain access to passwords and abuse them to compromise further systems...

Default credentials

A cleartext password storage issue was discovered on MicroDigital N-series cameras with firmware through 6400.0.8.5. The file in question is /usr/local/ipsca/mipsca.db. If a camera is compromised, the attacker can gain access to passwords and abuse them to compromise further systems...

CVE-2019-14709

A cleartext password storage issue was discovered on MicroDigital N-series cameras with firmware through 6400.0.8.5. The file in question is /usr/local/ipsca/mipsca.db. If a camera is compromised, the attacker can gain access to passwords and abuse them to compromise further systems...