Skip to content
Open access

Identifying API, Tokens, Credentials and Secrets Keys from Github Private and Public Repositories

Jun 2026 · International Journal of Scientific Research in Network Security and Communication · Vol 14, pp. 1-11 · 0 citations · 23 references

TL;DR

The tool orchestrates established utility engines specifically Git, TruffleHog, and Notify into a cohesive pipeline incorporating member account enumeration, parallel repository downloads, temporal commit filtering, and active token validation, and its integration within corporate DevSecOps pipelines is discussed.

Abstract

Credential leakage in version control systems exposes enterprise software ecosystems to rapid automated exploitation. This paper presents gitxpose, a Go-based command-line tool for automated repository discovery and secret scanning. The tool orchestrates established utility engines specifically Git, TruffleHog, and Notify into a cohesive pipeline incorporating member account enumeration, parallel repository downloads, temporal commit filtering, and active token validation. In our experimental evaluation across 545 target repositories, gitxpose identified 710 unique secrets, representing an average repository compromise rate of 24.99%. Member-based scanning returned the highest compromise rate at 34.50%, demonstrating severe security exposures in employee-affiliated personal repositories. We analyze the orchestrator's multi-threaded architecture, compare its capabilities against existing tools, and discuss its integration within corporate DevSecOps pipelines.

Read PDF

Similar papers

2026

DevSecOps policy-as-code: Detecting and remediating over-privileged access tokens in SDLC tools

The article represents a Proof of Concept (PoC) for policy-as-code methodology designed to detect “Privilege Sprawl” in GitLab CI/CD environments and showed how teams can reduce their organisational exposure by 73% and get back into compliance with Least Privilege.

V. Havryliak, S. Vasylyshyn · 0 citations
Conference Jul 2026

Evaluating Runtime Security in DevSecOps Pipelines with SELinux Mandatory Access Control

Runtime security in DevSecOps pipelines remains a significant challenge because widely used tools such as Bandit, Hadolint, and Trivy detect vulnerabilities during development but do not enforce security at execution time. This paper evaluates a three-layer defense-in-depth model combining DevSecOps tools, Linux Discre...

Harsh Dhruv · 0 citations
2026

Tools for detecting secret leaks in source code repositories

This article examines tools for detecting secret leaks in source code repositories as an element of software system security engineering. The article examines the causes of credentials, tokens, private keys, and service parameters being included in version history, as well as methods for their detection based on signat...

R. Gainullin, M. Isaev, A. A. Khalidov · 0 citations
Conference Jul 2026

Commit-Message-Augmented Static Analysis of Cross-Site Scripting Fixes in Java Web Applications

Cross-Site Scripting (XSS) remains a common and high-impact web vulnerability. Detecting XSS with high precision is difficult because exploitability depends on end-to-end data flow (sources, sanitizers, and sinks), framework-specific rendering semantics, and the correctness of context-aware output encoding. Although se...

Abu Alam, Qka Mirza · 0 citations
Preprint Aug 2026

WebMCP-Phalanx: Enforcing and Characterizing Trust Boundaries for Browser-Integrated LLM Agents

This work proposes WebMCP-Phalanx, a dual-layer agent runtime architecture that provides a browser-native trust anchor that binds each tool to its registering principal through cryptographically protected capability credentials and propagates provenance labels throughout the tool lifecycle.

Lin-Fa Lee, Yi-Yu Chang, Kuo-Hui Yeh · 0 citations

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.