What if you could debug with AI without ever leaking a credential?
That's why we made SecureIntent.
The first browser-level extension that intercepts secrets before they reach any AI model.
Just install it. It does the rest.
And we're just getting started -
- Mozilla Firefox extension coming soon
- Desktop app launching soon
One tool. Every platform. Zero leaks.
https://t.co/5Mb0gq2qoc
Your AI stack can leak secrets without a single prompt being sent.
On Oct 21, a compromised LiteLLM release shipped credential-stealing malware.
The lesson?
Your dependencies can access your environment variables, API keys and cloud credentials.
Audit what you run. Rotate secrets if exposed.
Security starts before the prompt.
Official report: https://t.co/NoMq0mxw5r
Your AI security is only as strong as the dependencies you trust.
One compromised package can expose secrets before your first prompt is even sent.
Secure the entire stack, not just the prompts
Your AI stack can leak secrets without a single prompt being sent.
On Oct 21, a compromised LiteLLM release shipped credential-stealing malware.
The lesson?
Your dependencies can access your environment variables, API keys and cloud credentials.
Audit what you run. Rotate secrets if exposed.
Security starts before the prompt.
Official report: https://t.co/NoMq0mxw5r
Push a GitHub token to a public repo and GitHub revokes it for you. Expose an AWS key in public and AWS attaches a quarantine policy. OpenAI disables keys it finds exposed on the public internet.
That is a real safety net, and it works quietly. GitHub’s secret scanning spots a provider’s key format in public code and sends it to that provider, which can shut the key off.
But look at where it watches: public repos, gists, issues, public packages. In a private repo only your own admins hear about it. An AI chat window is not on the list at all. And the gaps show: of credentials confirmed valid in 2022, 64 percent still worked in 2026.
Every net reacts after the leak, and only where it can see. The one check before the leak is at the paste. That is where SecureIntent runs, on your device, before the AI tool gets the text.
When did you last check what you pasted into a chat?
Push a GitHub token to a public repo and GitHub revokes it for you. Expose an AWS key in public and AWS attaches a quarantine policy. OpenAI disables keys it finds exposed on the public internet.
That is a real safety net, and it works quietly. GitHub’s secret scanning spots a provider’s key format in public code and sends it to that provider, which can shut the key off.
But look at where it watches: public repos, gists, issues, public packages. In a private repo only your own admins hear about it. An AI chat window is not on the list at all. And the gaps show: of credentials confirmed valid in 2022, 64 percent still worked in 2026.
Every net reacts after the leak, and only where it can see. The one check before the leak is at the paste. That is where SecureIntent runs, on your device, before the AI tool gets the text.
When did you last check what you pasted into a chat?
Your environment variables are encrypted.
Your deployment platform gets compromised.
Some secrets may still be exposed.
Railway's latest security incident is a reminder:
Encryption matters. But credential security doesn't end there.
If you use Railway, rotate your secrets and review your API usage.
Don't wait for an unexpected bill to find out your key was exposed.
Official source: https://t.co/laA6CcoHbZ
Your environment variables are encrypted.
Your deployment platform gets compromised.
Some secrets may still be exposed.
Railway's latest security incident is a reminder:
Encryption matters. But credential security doesn't end there.
If you use Railway, rotate your secrets and review your API usage.
Don't wait for an unexpected bill to find out your key was exposed.
Official source: https://t.co/laA6CcoHbZ
🚨 RAILWAY CONFIRMS SECURITY INCIDENT: CUSTOMER ENVIRONMENT VARIABLES MAY HAVE BEEN ACCESSED
Cloud deployment platform Railway says it detected anomalous activity on October 21 in systems that store customer environment variables.
According to Railway's security disclosure, an unauthorized third party may have accessed ENCRYPTED environment variables and, for some of them, obtained the DECRYPTED contents.
Those variables can hold:
* API keys
* Database credentials
* Private registry credentials
Railway's response so far:
* ALL builds and deployments are paused, including for Enterprise customers
* All storage bucket credentials are being rotated
* Upstream AI inference providers were notified to proactively revoke keys
* Affected customers will be contacted directly by email
Railway believes the incident is part of a series of attacks targeting platform companies with the aim of compromising AI inference providers.
Initial analysis suggests a subset of users may be affected, but Railway recommends ALL users act now.
⚠️ Analyst Note:
If you run anything on Railway, rotate every secret stored there (API keys, database and registry credentials) and review service logs for unusual activity. Because deployments are paused, new credentials cannot be rolled out until builds resume, so revoke keys at the provider side where you can. The AI-provider angle matters: stolen inference API keys are routinely resold or abused for compute.
https://t.co/E2XW33zVeT
#Railway #DataBreach #CloudSecurity #APIKeys #SupplyChainSecurity #AISecurity #ThreatIntel #DDW
AI agents can read your files, execute commands, browse the web, and call APIs.
but somehow, credential security is still an afterthought.
giving an agent more tools is easy.
making sure it doesn't leak your secrets is the hard part.
AI agents can read your files, execute commands, browse the web, and call APIs.
but somehow, credential security is still an afterthought.
giving an agent more tools is easy.
making sure it doesn't leak your secrets is the hard part.
@kelvinbuildss For SecureIntent, X has been great for reaching developers. But building trust and getting them to actually try the product is a different game.
🚨 PHP security alert .
Two critical flaws (CVSS 9.2) could allow unauthenticated remote code execution.
CVE-2026-109618
CVE-2026-109619
Fixed releases are available.
If your production server runs PHP, check your version and patch immediately.
Don't wait for an incident to update.
🚨 PHP security alert .
Two critical flaws (CVSS 9.2) could allow unauthenticated remote code execution.
CVE-2026-109618
CVE-2026-109619
Fixed releases are available.
If your production server runs PHP, check your version and patch immediately.
Don't wait for an incident to update.
@kelvinbuildss Your job shifts from writing every line of code to making sure what gets built is reliable, secure, and actually solves the problem.
AI can write the code. Accountability is still yours.
@NovaXCode Big win for enterprise AI. 👀
As AI adoption scales, security needs to scale with it. More models, more integrations, more access points - enterprises need guardrails that keep up