Safeguard on social

A Zero Day has no CVE, so a scanner that only matches public feeds has nothing to match. Run a loop instead of a ticket queue: detect, decide, fix, source a safe component, verify, prevent. People set the rules. https://t.co/PMf9ymrLTq https://t.co/46FxomXyNS

A Zero Day has no CVE. So a scanner that only matches public feeds has nothing to match. There is no advisory and usually no fix. CISA's KEV catalog can't list it either, because KEV needs a CVE ID first. Waiting on the feed is the one plan that cannot work here. What works is a loop that does its own hand offs, with no ticket queue in the middle: Detect: known and novel flaws, in your code and in your dependencies. Decide: rank by what your application actually calls, then apply policy. Fix: a tested pull request, not a ticket. Source: move to a safe version of the component. Verify: rescan the merged commit. If the finding is still there, it isn't fixed. Prevent: stop that class of flaw in the IDE, at install time and in CI. People stay in charge. They decide which classes of fix may run without review and who can grant an exception, and for how long. Autonomy is earned one class of fix at a time. Suggest only first. Then pull requests that open automatically and a person merges. Then your own repository rules for the safest class. In Safeguard, autonomous remediation ships switched off until an admin turns it on. The full guide maps the loop to NIST SSDF and includes a decision table and a 30/60/90 day rollout. https://lnkd.in/g28ciUMe #AppSec #SoftwareSupplyChain #VulnerabilityManagement #DevSecOps

OpenCode Console Breach: Rotate Your OpenAI, Anthropic and Google Keys https://safeguard.sh/resources/blog/opencode-console-breach-provider-api-keys

OpenCode Console Breach: Rotate Your OpenAI, Anthropic and Google Keys https://na2.hubs.ly/H08s4tX0

OpenCode Console Breach: Rotate Your OpenAI, Anthropic and Google Keys https://lnkd.in/g7a7fERj

OpenCode Console Breach: Rotate Your OpenAI, Anthropic and Google Keys https://t.co/y9tLolXcjN

Most data doesn't leak in some dramatic hack scene. It leaks quietly, through a vulnerability nobody was watching for yet. Zero-day discovery runs its own research pipeline to catch these before they're public knowledge, so the window where you're exposed gets a lot smaller. See how it works.

Most data doesn't leak in some dramatic hack scene. It leaks quietly, through a vulnerability nobody was watching for yet. Zero-day discovery runs its own research pipeline to catch these before they're public knowledge, so the window where you're exposed gets a lot smaller. See how it works.

Most data doesn't leak in some dramatic hack scene. It leaks quietly, through a vulnerability nobody was watching for yet. Zero-day discovery runs its own research pipeline to catch these before they're public knowledge, so the window where you're exposed gets a lot smaller. See how it works.

Most data doesn't leak in some dramatic hack scene. It leaks quietly, through a vulnerability nobody was watching for yet. Zero-day discovery runs its own research pipeline to catch these before they're public knowledge, so the window where you're exposed gets a lot smaller. https://t.co/o2hjBVQprQ

Customers don't see your infrastructure. They just see whether their information stayed theirs. Catching a vulnerability before it's exploited isn't just a technical task, it's what keeps that trust intact. See how early detection protects it.

Customers don't see your infrastructure. They just see whether their information stayed theirs. Catching a vulnerability before it's exploited isn't just a technical task, it's what keeps that trust intact. See how early detection protects it. https://t.co/sKwsjYPi4U

the SBOM gives you a receipt. it doesn't tell you if what you bought is safe. knowing you have lodash 4.17.21 is useful. knowing whether that specific build of lodash was tampered with in the registry before you pulled it is a different question entirely, and most SBOMs don't

vibe coding didn't create the supply chain problem. it just removed the last human who was skimming the dependency list before hitting install. that human wasn't doing a great job. but they were doing something. now there's nobody.

most orgs are solving the wrong supply chain problem. they scan for known CVEs. they block packages on the NIST list. they feel covered. but the actual attacks in 2026 don't use known CVEs. they use packages with no CVE, no history, and clean provenance. a fresh malicious

Safeguard Superintelligence Lab https://t.co/VzDuqd35g9

Every dev team knows the feeling. The security scan comes back with thousands of issues and nobody knows where to start. Here's the thing: most of those issues sit in code your app never touches. Safeguard scans your code and dependencies, works out what's actually reachable, and opens a tested fix for the ones that matter. Your team just reviews and merges. Less noise. Real fixes. 🔒 Link in bio to see it run on your code. #AppSec #DevSecOps #CyberSecurity #SoftwareDevelopment #DevLife #CodeSecurity #TechStartup #Developers

Every dev team knows the feeling. The security scan comes back with thousands of issues and nobody knows where to start. Here's the thing: most of those issues sit in code your app never touches. Safeguard scans your code and dependencies, works out what's actually reachable, and opens a tested fix for the ones that matter. Your team just reviews and merges. Less noise. Real fixes. 🔒 Link in bio to see it run on your code. #AppSec #DevSecOps #CyberSecurity #SoftwareDevelopment #DevLife #CodeSecurity #TechStartup #Developers

Every dev team knows the feeling. The security scan comes back with thousands of issues and nobody knows where to start. Here's the thing: most of those issues sit in code your app never touches. Safeguard scans your code and dependencies, works out what's actually reachable, and https://t.co/XeUO6Vk6c4