Ritlabs The Bat vulnerabilities
8 vulnerabilities
Known vulnerabilities in Ritlabs The Bat, newest first, with CVSS severity, EPSS, KEV listings, ransomware use and the affected versions.
CVE-2003-1133ritlabsthe_bat
EPSS score0.44%
Rit Research Labs The Bat! 1.0.11 through 2.0 creates new accounts with insecure ACLs, which allows local users to read other users' email messages.CVE-2001-0676ritlabsthe_batEPSS score1.46%
Directory traversal vulnerability in Rit Research Labs The Bat! 1.48f and earlier allows a remote attacker to create arbitrary files via a "dot dot" attack in the filename for an attachment.CVE-2001-0675ritlabsthe_batEPSS score3.21%
Rit Research Labs The Bat! 1.51 for Windows allows a remote attacker to cause a denial of service by sending an email to a user's account containing a carriage return <CR> that is not followed by a line feed <LF>.CVE-2001-0398ritlabsthe_batEPSS score2.04%
The BAT! mail client allows remote attackers to bypass user warnings of an executable attachment and execute arbitrary commands via an attachment whose file name contains many spaces, which also causes the BAT! to misrepresent the attachment's type with a different icon.CVE-2017-176899foldersnine+22EPSS score4.22%
The S/MIME specification allows a Cipher Block Chaining (CBC) malleability-gadget attack that can indirectly lead to plaintext exfiltration, aka EFAIL.CVE-2002-0338ritlabsthe_batEPSS score3.28%
The Bat! 1.53d and 1.54beta, and possibly other versions, allows remote attackers to cause a denial of service (crash) via an attachment whose name includes an MS-DOS device name.CVE-2006-0918ritlabsthe_batEPSS score3.69%
Buffer overflow in RITLabs The Bat! 3.60.07 allows remote attackers to execute arbitrary code via a long Subject field.CVE-2006-0630ritlabsthe_batEPSS score1.64%
RITLabs The Bat! before 3.0.0.15 displays certain important headers from encapsulated data in message/partial MIME messages, instead of the real headers, which is in violation of RFC2046 header merging rules and allows remote attackers to spoof the origin of e-mail by sending a fragmented message, as demonstrated using spoofed Received: and Message-ID: headers.