Shell Metacharacter Injection in www/modules/save.php in FruityWifi (aka PatatasFritas/PatataWifi) through 2.4 allows remote attackers to execute arbitrary code with root privileges via a crafted mod_name parameter in a POST request. NOTE: unlike in CVE-2018-17317, the attacker does not need a valid session.

An issue was discovered on D-Link DIR-816 A2 1.10 B05 devices. An HTTP request parameter is used in command string construction in the handler function of the /goform/Diagnosis route. This could lead to command injection via shell metacharacters in the sendNum parameter.

FruityWifi (aka PatatasFritas/PatataWifi) 2.1 allows remote attackers to execute arbitrary commands via shell metacharacters in the io_mode, ap_mode, io_action, io_in_iface, io_in_set, io_in_ip, io_in_mask, io_in_gw, io_out_iface, io_out_set, io_out_mask, io_out_gw, iface, or domain parameter to /www/script/config_iface.php, or the newSSID, hostapd_secure, hostapd_wpa_passphrase, or supplicant_ssid parameter to /www/page_config.php.

An OS command injection issue exists in Nimesa Backup and Recovery v2.3 and v2.4. If this vulnerability is exploited, an arbitrary OS commands may be executed on the server where the product is running.

System command injection in formAliasIp in TOTOLINK A3002RU version 1.0.8 allows attackers to execute system commands via the "subnet" POST parameter.

Shell Metacharacter Injection in the SSH configuration interface on Grandstream GXP16xx VoIP 1.0.4.128 phones allows attackers to execute arbitrary system commands and gain a root shell.

A command injection vulnerability in Trend Micro InterScan Web Security Virtual Appliance 6.5 SP2, with the improved password hashing method enabled, could allow an unauthenticated attacker to execute certain commands by providing a manipulated password.

This affects all versions of package ts-process-promises. The injection point is located in line 45 in main entry of package in lib/process-promises.js. The vulnerability is demonstrated with the following PoC:

HP nagios plugin for iLO (nagios-plugins-hpilo v1.50 and earlier) has a php code injection vulnerability.

install-package through 0.4.0 is vulnerable to Command Injection. It allows execution of arbitrary commands via the options argument.

gulp-styledocco through 0.0.3 allows execution of arbitrary commands. The argument 'options' of the exports function in 'index.js' can be controlled by users without any sanitization.

node-prompt-here through 1.0.1 allows execution of arbitrary commands. The "runCommand()" is called by "getDevices()" function in file "linux/manager.js", which is required by the "index. process.env.NM_CLI" in the file "linux/manager.js". This function is used to construct the argument of function "execSync()", which can be controlled by users without any sanitization.

get-git-data through 1.3.1 is vulnerable to Command Injection. It is possible to inject arbitrary commands as part of the arguments provided to get-git-data.

apiconnect-cli-plugins through 6.0.1 is vulnerable to Command Injection.It allows execution of arbitrary commands via the pluginUri argument.

All versions of chrome-launcher allow execution of arbitrary commands, by controlling the $HOME environment variable in Linux operating systems.

pomelo-monitor through 0.3.7 is vulnerable to Command Injection.It allows injection of arbitrary commands as part of 'pomelo-monitor' params.

This affects the package connection-tester before 0.2.1. The injection point is located in line 15 in index.js. The following PoC demonstrates the vulnerability:

effect through 1.0.4 is vulnerable to Command Injection. It allows execution of arbitrary command via the options argument.

diskusage-ng through 0.2.4 is vulnerable to Command Injection.It allows execution of arbitrary commands via the path argument.

pixl-class prior to 1.0.3 allows execution of arbitrary commands. The members argument of the create function can be controlled by users without any sanitization.

A command injection vulnerability in the `devcert` module may lead to remote code execution when users of the module pass untrusted input to the `certificateFor` function.

node-mpv through 1.4.3 is vulnerable to Command Injection. It allows execution of arbitrary commands via the options argument.

This affects all versions of package spritesheet-js. It depends on a vulnerable package platform-command. The injection point is located in line 32 in lib/generator.js, which is triggered by main entry of the package.

This affects all versions of package buns. The injection point is located in line 678 in index file lib/index.js in the exported function install(requestedModule).

npm-programmatic through 0.0.12 is vulnerable to Command Injection.The packages and option properties are concatenated together without any validation and are used by the 'exec' function directly.

op-browser through 1.0.6 is vulnerable to Command Injection. It allows execution of arbitrary commands via the url function.

This affects all versions of package freediskspace. The vulnerability arises out of improper neutralization of arguments in line 71 of freediskspace.js.

node-key-sender through 1.0.11 is vulnerable to Command Injection. It allows execution of arbitrary commands via the 'arrParams' argument in the 'execute()' function.

System command injection in formDlna in TOTOLINK A3002RU version 1.0.8 allows attackers to execute system commands via the "sambaUser" POST parameter.

This affects all versions of package macfromip. The injection point is located in line 66 in macfromip.js.

closure-compiler-stream through 0.1.15 allows execution of arbitrary commands. The argument "options" of the exports function in "index.js" can be controlled by users without any sanitization.

This affects the package systeminformation before 4.30.2. The attacker can overwrite the properties and functions of an object, which can lead to executing OS commands.

OS command injection in the AP mode settings feature in /cgi-bin/luci /api/misystem/set_router_wifiap on Xiaomi R3D before 2.26.4 devices allows an attacker to execute any command via crafted JSON data.

This affects all versions of package node-ps. The injection point is located in line 72 in lib/index.js.

The package bestzip before 2.1.7 are vulnerable to Command Injection via the options param.

adb-driver through 0.1.8 is vulnerable to Command Injection.It allows execution of arbitrary commands via the command function.

curlrequest through 1.0.1 allows reading any file by populating the file parameter with user input.

We have recently released new version of AirMax AirOS firmware v6.3.0 for TI, XW and XM boards that fixes vulnerabilities found on AirMax AirOS v6.2.0 and prior TI, XW and XM boards, according to the description below:There are certain end-points containing functionalities that are vulnerable to command injection. It is possible to craft an input string that passes the filter check but still contains commands, resulting in remote code execution.Mitigation:Update to the latest AirMax AirOS firmware version available at the AirMax download page.

karma-mojo through 1.0.1 is vulnerable to Command Injection. It allows execution of arbitrary commands via the config argument.

docker-compose-remote-api through 0.1.4 allows execution of arbitrary commands. Within 'index.js' of the package, the function 'exec(serviceName, cmd, fnStdout, fnStderr, fnExit)' uses the variable 'serviceName' which can be controlled by users without any sanitization.

git-add-remote through 1.0.0 is vulnerable to Command Injection. It allows execution of arbitrary commands via the name argument.

A remote code execution issue was discovered in HashBrown CMS through 1.3.3. Server/Entity/Deployer/GitDeployer.js has a Service.AppService.exec call that mishandles the URL, repository, username, and password.

languageOptions.php in Rasilient PixelStor 5000 K:4.0.1580-20150629 (KDI Version) allows unauthenticated attackers to remotely execute code via the lang parameter.

acccheck.pl in acccheck 0.2.1 allows Command Injection via shell metacharacters in a username or password file, as demonstrated by injection into an smbclient command line.

SV3C L-SERIES HD CAMERA V2.3.4.2103-S50-NTD-B20170508B and V2.3.4.2103-S50-NTD-B20170823B devices allow OS Command Injection.

VTech Storio Max before 56.D3JM6 allows remote command execution via shell metacharacters in an Android activity name. It exposes the storeintenttranslate.x service on port 1668 listening for requests on localhost. Requests submitted to this service are checked for a string of random characters followed by the name of an Android activity to start. Activities are started by inserting their name into a string that is executed in a shell command. By inserting metacharacters this can be exploited to run arbitrary commands as root. The requests also match those of the HTTP protocol and can be triggered on any web page rendered on the device by requesting resources stored at an http://127.0.0.1:1668/ URI, as demonstrated by the http://127.0.0.1:1668/dacdb70556479813fab2d92896596eef?';{ping,example.org}' URL.

Symantec Endpoint Protection Manager (SEPM) 12.1 before 12.1-RU6-MP3 allows remote attackers to execute arbitrary OS commands via crafted data.

In Nick Chan Bot before version 1.0.0-beta there is a vulnerability in the `npm` command which is part of this software package. This allows arbitrary shell execution,which can compromise the bot This is patched in version 1.0.0-beta

install.php in Web Reference Database (aka refbase) through 0.9.6 allows remote attackers to execute arbitrary commands via the adminPassword parameter, a different issue than CVE-2015-7381.

A command injection vulnerability in libnmapp package for versions <0.4.16 allows arbitrary commands to be executed via arguments to the range options.