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AI-powered phishing URL & email analyzer with IOC extraction and risk scoring.
View on GitHub →Detects leaked API keys, tokens, and credentials in codebases & repos.
View on GitHub →Correlates alerts, scores campaigns, and auto-generates response playbooks.
View on GitHub →Audits ZTNA policies across Cloudflare, Zscaler, Prisma & more.
View on GitHub →Detects VVS-style Discord stealers, fake Nitro scams & token grabs.
View on GitHub →Ethical red-team tool to test EDR evasion via polymorphism.
View on GitHub →Checks emails & domains against known breach exposure with playbooks.
View on GitHub →Fast Solidity vulnerability scanner for Web3 & DeFi projects.
View on GitHub →Analyzes phishing kits, extracts IOCs & generates takedown playbooks.
View on GitHub →High-interaction deception honeypot capturing attacker TTPs safely.
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Published: January 17, 2026 | CYBERDUDEBIVASH,INDIA In the high-stakes world of cloud cybersecurity and supply-chain threats in 2026, the AWS CodeBuild/CodeBreach incident served as a wake-up call for enterprises worldwide. A subtle regex misconfiguration in AWS-managed CI/CD pipelines nearly enabled a zero-day takeover of the AWS JavaScript SDK – the "central nervous system" powering the AWS Console and millions of customer applications. This could have led to catastrophic compromise, injecting malicious code into NPM releases and cascading through the cloud ecosystem. At CYBERDUDEBIVASH ECOSYSTEM, we don't just analyze threats – we build solutions to counter them. Introducing CDB-CPS (CyberDudeBivash Cloud Control Plane Sentinel) – our flagship, passive monitoring tool designed to detect early indicators of provider-side supply-chain compromise before official disclosures. This ultra-detailed guide explores the AWS incident, CDB-CPS features, how it counters such attacks, usage, customization, and integration with our APPS, SERVICES, PRODUCTS, CORPORATE REALTIME TRAININGS, FREELANCE SERVICES, and APPS DEVELOPMENT & SHIPPING. AWS CodeBreach Key Facts:
- Root Cause: Unanchored regex in CodeBuild PR triggers → PAT leak → repo takeover
- Potential Impact: Compromise of AWS JS SDK → poisoned NPM → AWS Console hijack
- Remediation: AWS fixed in 48 hours (September 2025) – no exploitation
- Threat Model: CI/CD privilege escalation (MITRE T1078.004, T1195.001)
- Why CDB-CPS Counters It: Detects pre-exploitation anomalies like TLS drift and rogue certs AWS CodeBreach Supply Chain Zero-Day Overview – CYBERDUDEBIVASH Visualization
The AWS CodeBuild flaw stemmed from an unanchored regex in PR trigger configurations for AWS-managed GitHub repos. Attackers could craft malicious PRs to trigger privileged builds, leaking GitHub PATs with admin rights. This could compromise the AWS JS SDK, infecting the AWS Console and customer apps. Extended analysis: The incident echoes SolarWinds (2020) and Codecov (2021) – CI/CD misconfigs are a recurring blind spot. In 2026, with AI-accelerated attacks, such flaws could be weaponized in minutes. # Conceptual malicious PR trigger (educational only) actor_id = "aws-sdk-js-automation-evil" # Matches unanchored regex → build leak # Leaked PAT → repo compromise
AWS CodeBreach Attack Chain – CYBERDUDEBIVASH Analysis
CDB-CPS is an agentless, passive monitoring tool that detects anomalies in AWS control-plane behavior – from TLS JA3 drift to rogue certs – alerting you to potential supply-chain tampering before AWS announces it. Features in detail:
CDB-CPS would have flagged CodeBreach pre-disclosure via TLS/ cert anomalies if tampering occurred. In 2026, it monitors for similar regex/CI flaws indirectly through behavior drift.
Enhance with our APPS (AI correlation), SERVICES (audits), TRAININGS (DevSecOps). Explore CYBERDUDEBIVASH ECOSYSTEM Now → Ready to Defend Your Cloud?
This was not an “AWS bug” - it was a control-plane supply-chain trust failure that nearly allowed attacker-controlled code to execute inside the cloud provider’s own nervous system.
That’s why this matters more than any EC2, IAM, or Lambda exploit.
This is the worst-case cloud scenario:
You lose the ability to trust the cloud itself.
| Control | Why it failed |
|---|---|
| CloudTrail | Trusts AWS to log correctly |
| GuardDuty | Operates inside AWS |
| IAM | Irrelevant if provider code is tainted |
| Zero Trust (customer-side) | Assumes provider integrity |
This incident lives above the customer security boundary.
Treat cloud providers as a critical third-party supply chain, not an infallible root of trust.
Detect:
Especially when no IaC or CI/CD action exists.
Independently monitor:
If AWS is compromised, these signals change before advisories go out.
Flag events that should not exist:
These are supply-chain red flags, not misconfigs.
Pre-defined actions:
Most orgs do not have this documented.
(CDB-CCPS)
“Detect when the cloud itself starts lying.”
Detects cloud provider supply-chain compromise indicators
without trusting the provider.This is the key.
Builds a graph of:
Then diffs day-to-day.Hidden edges = danger.
Ingests:
Runs outside AWS.
High-confidence alerts for:
This reduces noise and raises signal quality.
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CyberDudeBivash is a research-driven cybersecurity platform focused on real-world threats — malware, ransomware, cloud attacks, supply-chain risks, and advanced adversary tradecraft.
A suite of internally developed, security-reviewed applications designed for SOC teams, defenders, DFIR analysts, and threat intelligence professionals.
CyberDudeBivash exists to independently detect, analyze, and counter advanced cyber threats — from malware and ransomware to cloud and supply-chain attacks — empowering defenders with research-driven intelligence, tools, and real-world security engineering.