Cybersecurity Research & Threat Intelligence Reports

This repository contains a collection of technical reports, threat intelligence briefs, and offensive security research focused on the 2025-2026 cybersecurity landscape.

Project Structure

Reports are categorized using the following prefix system:

• OS: Offensive Security (Exploit research, lab PoCs, and red teaming tactics)
• IS: Information Security (Threat intelligence, incident post-mortems, and defensive strategy)
• LS: Landscape (Broad industry trends, projections, and situational awareness)

Report Index

2026 Reports

2025 Reports

Formatting & Syntax Notices

To maintain a high level of technical clarity, these reports utilize specific formatting standards. Ensure your markdown viewer supports the following extensions for the best experience:

1. Mathematical Notation

Several reports (specifically the DDoS and Kernel research) use LaTeX/KaTeX for expressing amplification factors, execution flows, and cryptographic projections.

• Inline: $ \text{Factor} = \frac{\text{Response}}{\text{Request}} $
• Block: $$ \text{Command: } \texttt{esxcli vm process kill} \quad \longrightarrow \quad \text{Encryption} $$

2. Specialized Callouts (Alerts)

We use GitHub-style callouts to highlight critical warnings, especially regarding legal ethical boundaries and lab safety.

> [!WARNING]
> This document is authorized exclusively for internal red-team exercises within air-gapped laboratory networks.

> [!NOTE]
> Information generated via A.T.L.A.S assisted research.

3. Technical Diagrams

Architecture and attack flow diagrams are provided in ASCII format to ensure compatibility across all terminal-based and web-based markdown editors.

[Attacker] ---> [OIDC Token Abuse] ---> [Cloud Environment]

4. Code Blocks & Diffs

Code samples are provided with language-specific syntax highlighting. Offensive samples often include "Production-Quality" annotations to explain evasion mechanics line-by-line.

Consolidated CVE Index

The following table summarizes all vulnerabilities discussed across the research reports, sorted by year.

Lab Safety & Legal Disclaimer

All offensive security content within these reports is for academic and defensive research only.

The techniques described—including kernel-level exploitation, workflow poisoning, and DDoS amplification—can cause significant damage if used outside of controlled environments. Unauthorized access to computer systems is a violation of international law.

Author: J4ck3LSyN Github: https://github.com/J4ck3LSyN-Gen2/
X: https://twitter.com/J4ck3LSyN
Assistance: A.T.L.A.S (Advanced.Transmit.Logic.Analysis.Systems)