Scan before you trust. CyberLens checks websites, repos, and AI agent skills for security/trust red flags before they touch real workflows. cyberlensai.com
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Most security advice starts too late: after the app exists.
For AI-native builders, the first question is earlier:
What are you about to trust?
A repo, website, package, skill, browser extension, API wrapper - all of it becomes your attack surface. #AISecurity
CVE watch: LiteLLM Flaw CVE-2026-42271 Exploited in the Wild, Chains to Unauthenticated...
Check exposure, dependency, and agent/tool access before panic-patching. Inventory beats vibes.
Source: thehackernews.com
https://thehackernews.com/2026/06/litellm-flaw-cve-2026-42271-exploited.html
Most teams trust third-party agent tools way too fast.
If a skill can browse, install, or touch production, it deserves the same scrutiny as code.
CyberLens was built around one idea: **scan before you trust.**
https://cyberlensai.com #AISecurity #AppSec
Disabling CORS to fix a bug isn't a fix — it's a vulnerability introduction. Find the actual origin mismatch. #websecurity #dev
The security question for agent tools is not just 'does it work?' It is 'what can it do when it is wrong, compromised, or over-permissioned?' #AIAgents #AppSec
Trust check pattern for any new devtool:
1. Who maintains it?
2. What permissions does it request?
3. Does the repo expose secrets/config?
4. Are deps pinned and current?
5. Does the website pass basic browser hardening?
Speed is great. Blind trust is how you get owned. #DevSecOps
Disabling CORS to fix a bug isn't a fix - it's a vulnerability introduction. Find the actual origin mismatch. #websecurity #dev
The risky part of vibe-coded products is not the vibe coding.
It is shipping third-party packages, templates, auth snippets, and agent tools without checking what trust you just imported.
That is the gap CyberLens is built around. #BuildInPublic #AISecurity
