574 matches found
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...
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. Native API & APC Injection The x64dbg memory dump reveals that Agent Tesla uses Native API NT API calls for low-level operations, including APC Asynchronous Procedure Call injection. Key Functions Observed: NtQueueApcThread – Injects code into a target thread via APC. NtReadVirtualMemory –...
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...
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...
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...
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...
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...