609 matches found
cve-2025-2082-POV
CVE-2025-2082 – Function Pointer Overwrite PoV VCSEC-style This repository demonstrates a Proof of Vulnerability PoV simulating a critical memory corruption flaw inspired by CVE-2025-2082, discovered in Tesla's VCSEC Vehicle Controller Security component. The vulnerability allows an attacker to...
colabcat
Colabcat Run Hashcat on Google Colab with session restore capabilities with Google Drive. Usage Go to the link below to open a copy of the colabcat.ipynb file in Google Colab: https://colab.research.google.com/github/someshkar/colabcat/blob/master/colabcat.ipynb Click on Runtime, Change runtime...
Agent-Tesla-APC-Injection-Token-Manipulation-Registry-Persistence-Analysis
1. API nativa e inyección APC El volcado de memoria de x64dbg revela que Agent Tesla usa llamadas a la API nativa NT API para operaciones de bajo nivel, incluida la inyección APC llamada a procedimiento asíncrono. Funciones clave observadas: NtQueueApcThread – Inyecta código en un hilo de destino...
agent_tesla_panel_rce
agentteslapanelrce This module exploit the command injection vulnerability in control center of the agent Tesla. Setup Resources for testing are available here: https://github.com/mekhalleh/agentteslapanelrce/tree/master/resources Windows For WebPanel1.7z unauthenticated RCE, I used WAMP server...
tesla-security-research
Tesla Security Research Vulnerability research on the Tesla Model 3/Y infotainment system Intel Atom MCU, Linux 4.14.235, responsibly disclosed to Tesla via Bugcrowd. Obtained persistent root access on a production Tesla Model 3 through a command injection vulnerability in Tesla's ODIN diagnostic...
CVE-2020-10558
CVE-2020-10558: Tesla Model S/3/X Denial of Service DoS Security Researcher: Jacob Archuleta @nullze 📝 Vulnerability Overview A critical Denial of Service DoS vulnerability was discovered in the Tesla Model 3, Model S, and Model X all versions prior to 2020.4.10. This vulnerability allowed a remo...
google_gax
googlegax patched Patched fork of googlegax v0.4.1 for compatibility with Tesla = 1.18.3. Why this fork exists Tesla 1.18.3 June 2, 2026 introduced strict validation of multipart field names via assertquotedstringsafe!/2 as part of security fixes for CVE-2026-48598. The upstream googlegax last...
Tesla-CVE-2020-10558
Tesla Model 3 Vulnerability | CVE-2020-10558...
cve-2025-2082
How to Hack a Tesla? — Interactive Scenario Application This project is an interactive cybersecurity scenario based on a real vulnerability discovered by the security firm Synacktiv TPMS → VCSEC → CAN Bus chain. The scenario aims to teach how a Tesla Model 3 could be compromised through a...
GHSA-28JH-G32X-V9V4 Tesla vulnerable to multipart part smuggling via unescaped `content-disposition` values
Summary Tesla.Multipart.partheadersfordisposition/1 interpolates Content-Disposition parameter values field name, filename, and other opts verbatim into the part header line without encoding or escaping any special characters. An attacker who controls a filename, field name, or other disposition...
EUVD-2026-34012
Tesla vulnerable to multipart part smuggling via unescaped content-disposition values...
Tesla vulnerable to multipart part smuggling via unescaped `content-disposition` values
Summary Tesla.Multipart.partheadersfordisposition/1 interpolates Content-Disposition parameter values field name, filename, and other opts verbatim into the part header line without encoding or escaping any special characters. An attacker who controls a filename, field name, or other disposition...
EUVD-2026-34013
Tesla vulnerable to atom exhaustion via untrusted URL scheme...
Tesla vulnerable to atom exhaustion via untrusted URL scheme
Summary In the Mint adapter for the Tesla HTTP client library, Tesla.Adapter.Mint.openconn/2 passes the URL scheme of every outgoing request through String.toatom/1 with no allow-list validation. Because BEAM atoms are permanent never garbage-collected and the atom table is bounded at roughly...
GHSA-H74C-Q9J7-MPCM Tesla vulnerable to atom exhaustion via untrusted URL scheme
Summary In the Mint adapter for the Tesla HTTP client library, Tesla.Adapter.Mint.openconn/2 passes the URL scheme of every outgoing request through String.toatom/1 with no allow-list validation. Because BEAM atoms are permanent never garbage-collected and the atom table is bounded at roughly...
EUVD-2026-34014
Tesla: Authorization header leaks on cross-origin redirect via case-sensitive filtering...
Tesla: Authorization header leaks on cross-origin redirect via case-sensitive filtering
Summary Tesla.Middleware.FollowRedirects is meant to strip the Authorization header when following a cross-origin redirect, but performs the check with a case-sensitive comparison against the lowercase string "authorization". Because Tesla preserves header keys exactly as supplied by the caller,...
GHSA-9M9W-GXF7-RH8M Tesla: Authorization header leaks on cross-origin redirect via case-sensitive filtering
Summary Tesla.Middleware.FollowRedirects is meant to strip the Authorization header when following a cross-origin redirect, but performs the check with a case-sensitive comparison against the lowercase string "authorization". Because Tesla preserves header keys exactly as supplied by the caller,...
GHSA-MC85-72GR-VM9F Tesla has decompression bomb on response body
Summary Any Tesla client pipeline that includes Tesla.Middleware.DecompressResponse or Tesla.Middleware.Compression eagerly decompresses HTTP response bodies with no size limit. A server under attacker control or reached via a redirect can return a tiny gzip-encoded payload that expands into...