CVE-2017-16148

The CVE-2017-16148 entry concerns the static file server serve46 . The connected advisories document a directory traversal vulnerability where a URL containing relative path segments (for example, ../../) can cause the server to disclose files outside the intended directory. The vulnerability aff...

CVE-2017-16156

CVE-2017-16156 affects the static file server myprolyz, where a directory traversal flaw allows accessing the filesystem by placing relative paths (e.g., ../ or ../../.. ) in the URL. The vulnerability is demonstrated by examples such as requesting URLs that traverse up the directory tree to reve...

CVE-2017-16160

CVE-2017-16160 affects the 11xiaoli simple file server. A directory traversal vulnerability exists when a URL containing "../" (or similar path traversal sequences) is requested, enabling an attacker to access filesystem paths outside the intended root. Several connected sources corroborate the i...

CVE-2017-16161

shenliru, a simple file server, is vulnerable to a directory traversal issue (CVE-2017-16161) where exposing the filesystem is possible by using relative paths like ../ in the URL. The root cause is improper handling of relative path resolution, allowing access to files outside the intended direc...

CVE-2017-16162

Summary: CVE-2017-16162 affects the 22lixian simple file server, where a directory traversal flaw allows an attacker to access the filesystem by sending URLs containing relative paths like "../". The public sources (NVD/CVE, GHSA advisories, Veracode, CNVD, OSV, GitLab/file, npm advisory) describ...

CVE-2017-16167

Affected software: yyooopack (a simple file server). Vulnerability: directory traversal via crafted URL segments like ../, allowing access to filesystem outside the intended directory. Root cause/details (as stated): the vulnerability resides in how relative paths are resolved, enabling traversal...

CVE-2017-16170

CVE-2017-16170 affects liuyaserver (a static file server) and is a directory traversal vulnerability exploitable by placing ../ in the URL to access the filesystem. The vulnerability is documented with CVSS metrics (v3 base 7.5, HIGH; NETWORK, LOW complexity) and is referenced across multiple sou...

CVE-2017-16171

CVE-2017-16171 affects hcbserver, a static file server, where a directory traversal vulnerability can be triggered by requesting URLs containing relative paths (e.g., ../) to access files outside the intended directory. Connected sources (GHSA/MWJ7… and OSV, Veracode, CNVD/CNVD-2018‑11655) confir...

CVE-2017-16175

CVE-2017-16175 concerns a vulnerability in the file server ewgaddis.lab6 where a directory traversal flaw allows an attacker to access the filesystem by placing ".." in the URL (e.g., ../../). Connected sources repeatedly state that the vulnerability stems from improper path resolution, enabling ...

CVE-2017-16176

The CVE concerns jansenstuffpleasework, a file server, with a directory traversal vulnerability exploitable by placing sequences like ../ in the URL to access the filesystem. Multiple connected sources confirm the issue and demonstrate that affected versions resolve relative file paths, permittin...

CVE-2017-16177

CVE-2017-16177 affects chatbyvista (a file server). The vulnerability is a directory traversal flaw triggered by crafted URLs that include path segments like ../, allowing access to the filesystem outside the intended directory. The CVE entry documents this vulnerability with a medium to high imp...

CVE-2017-16178

Summary: CVE-2017-16178 affects the intsol-package file server and is a directory traversal vulnerability that allows an attacker to access the filesystem by including "../" in the URL. The issue is documented across multiple sources (NVD entry and advisories) with concrete description and exampl...

CVE-2017-16180

CVE-2017-16180 is a vulnerability in the static file server serverabc where a URL containing directory traversal sequences (e.g., ../) allows attackers to access the host filesystem. Public datasheets describe the issue as a path traversal that can disclose private files (example: GET /../../../....

CVE-2017-16182

CVE-2017-16182 affects the static file server named serverxxx, where a directory traversal vulnerability exists due to improper handling of relative file paths in URLs (e.g., ..). The issue, described across multiple sources (GitHub advisory GHSA-wh33-4P32-G7VH, Veracode, CNVD, NVD, CVE list, OSV...

CVE-2017-16183

CVE-2017-16183 affects iter-server, a static file server. The vulnerability is a directory traversal flaw where crafted URLs containing ../ allow access to the filesystem. Examples and descriptions across multiple sources confirm direct path traversal via relative file paths, potentially exposing...

CVE-2017-16185

CVE-2017-16185 affects the static file server uekw1511server . A directory traversal vulnerability allows an attacker to access the filesystem by placing traversal sequences (e.g., ../) in the URL, potentially disclosing private files. Multiple connected sources confirm the issue and describe exp...

CVE-2017-16186

The CVE CVE-2017-16186 affects 360class.jansenhm, a static file server. A directory traversal flaw allows an attacker to access the host filesystem by crafting URLs containing ../ sequences, enabling potential disclosure of private files. Reported impact supports confidentiality risk (NVD CVSS2/C...

CVE-2017-16190

Details show that the static file server dcdcdcdcdc is affected by a directory traversal vulnerability. An attacker can access the filesystem by placing relative path sequences (e.g., "../" or similar encodings) in the request URL, potentially escaping the intended document root. This is document...

CVE-2017-16193

CVE-2017-16193 affects the static file server mfrs . The vulnerability is a directory traversal flaw where a URL containing "../" (and variants) allows access to files outside the intended root. Public documents confirm the root cause is improper resolution of relative file paths, enabling potent...

CVE-2017-16195

CVE-2017-16195 affects pytservce, a static file server, due to a directory traversal flaw where a URL containing relative paths (for example, ../../) can access the filesystem. Multiple connected sources (GHSA, OSV, CNVD, Veracode, NVD mirror) describe the vulnerability as a directory traversal i...