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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.{{facebook_mention(126104680913617|#AppSec)}}c{{facebook_mention(622676334446997|#DevSecOps)}}s{{facebook_mention(341199579317799|#cybersecurity)}}y{{facebook_mention(472102029509957|#softwaredevelopment)}}t{{facebook_mention(146063558893416|#devlife)}}e{{facebook_mention(154772514709359|#CodeSecurity)}}y{{facebook_mention(161905960632922|#TechStartup)}}p{{facebook_mention(556072767756283|#developers)}}s

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

Your CVE dashboard is all green. That’s the part that should worry you. Closing every known CVE proves you handled the vulnerabilities that already have a name. A zero-day is the one that doesn’t, so it never shows up on the board you hand the auditor. When a customer’s security review or a regulator asks how you handle the unknown, “we scan for CVEs” isn’t an answer. Safeguard finds zero-days before they’re public, proves which ones are actually reachable, and gives you both the fix and the evidence. Coverage complete, before the CVE exists. 30-second version below. See where you’re exposed. Book a demo.

Your CVE dashboard is all green. That’s the part that should worry you. Closing every known CVE proves you handled the vulnerabilities that already have a name. A zero-day is the one that doesn’t, so it never shows up on the board you hand the auditor. When a customer’s security review or a regulator asks how you handle the unknown, “we scan for CVEs” isn’t an answer. Safeguard finds zero-days before they’re public, proves which ones are actually reachable, and gives you both the fix and the evidence. Coverage complete, before the CVE exists. 30-second version below. See where you’re exposed. Book a demo.

Your CVE dashboard is all green. That’s the part that should worry you. Closing every known CVE proves you handled the vulnerabilities that already have a name. A zero-day is the one that doesn’t, so it never shows up on the board you hand the auditor. When a customer’s security https://t.co/UHS6yDk7hk

Your CVE dashboard is all green. That’s the part that should worry you. Closing every known CVE proves you handled the vulnerabilities that already have a name. A zero-day is the one that doesn’t, so it never shows up on the board you hand the auditor. When a customer’s security review or a regulator asks how you handle the unknown, “we scan for CVEs” isn’t an answer. Safeguard finds zero-days before they’re public, proves which ones are actually reachable, and gives you both the fix and the evidence. Coverage complete, before the CVE exists. 30-second version below. See where you’re exposed. Book a demo.

Your CVE dashboard is all green. That’s the part that should worry you. Closing every known CVE proves you handled the vulnerabilities that already have a name. A zero-day is the one that doesn’t, so it never shows up on the board you hand the auditor. When a customer’s security review or a regulator asks how you handle the unknown, “we scan for CVEs” isn’t an answer. Safeguard finds zero-days before they’re public, proves which ones are actually reachable, and gives you both the fix and the evidence. Coverage complete, before the CVE exists. 30-second version below. See where you’re exposed. Book a demo.

Your CVE dashboard is all green. That’s the part that should worry you. Closing every known CVE proves you handled the vulnerabilities that already have a name. A zero-day is the one that doesn’t, so it never shows up on the board you hand the auditor. When a customer’s security review or a regulator asks how you handle the unknown, “we scan for CVEs” isn’t an answer. Safeguard finds zero-days before they’re public, proves which ones are actually reachable, and gives you both the fix and the evidence. Coverage complete, before the CVE exists. 30-second version below. See where you’re exposed. Book a demo.

Your team ships more code every week. Your scanner only knows last year’s CVEs. A scanner matches known vulnerabilities. But the one that actually hurts, the flaw an AI just wrote into your codebase, doesn’t have a CVE yet. No advisory, no signature, nothing to match. So we built Safeguard to find the zero-day in your own code and dependencies, prove it’s actually reachable so you’re not chasing noise, then open the tested fix as a pull request your team can review. Review it, merge it, keep shipping. 30-second version below. Want it pointed at your repo? Book a demo.

Your team ships more code every week. Your scanner only knows last year’s CVEs. A scanner matches known vulnerabilities. But the one that actually hurts, the flaw an AI just wrote into your codebase, doesn’t have a CVE yet. No advisory, no signature, nothing to match. So we built Safeguard to find the zero-day in your own code and dependencies, prove it’s actually reachable so you’re not chasing noise, then open the tested fix as a pull request your team can review. Review it, merge it, keep shipping. 30-second version below. Want it pointed at your repo? Book a demo.

Your team ships more code every week. Your scanner only knows last year’s CVEs. A scanner matches known vulnerabilities. But the one that actually hurts, the flaw an AI just wrote into your codebase, doesn’t have a CVE yet. No advisory, no signature, nothing to match. So we built https://t.co/YCMm3CZ8PX

Your team ships more code every week. Your scanner only knows last year’s CVEs. A scanner matches known vulnerabilities. But the one that actually hurts, the flaw an AI just wrote into your codebase, doesn’t have a CVE yet. No advisory, no signature, nothing to match. So we built Safeguard to find the zero-day in your own code and dependencies, prove it’s actually reachable so you’re not chasing noise, then open the tested fix as a pull request your team can review. Review it, merge it, keep shipping. 30-second version below. Want it pointed at your repo? Book a demo.

Your team ships more code every week. Your scanner only knows last year’s CVEs. A scanner matches known vulnerabilities. But the one that actually hurts, the flaw an AI just wrote into your codebase, doesn’t have a CVE yet. No advisory, no signature, nothing to match. So we built Safeguard to find the zero-day in your own code and dependencies, prove it’s actually reachable so you’re not chasing noise, then open the tested fix as a pull request your team can review. Review it, merge it, keep shipping. 30-second version below. Want it pointed at your repo? Book a demo.

Your team ships more code every week. Your scanner only knows last year’s CVEs. A scanner matches known vulnerabilities. But the one that actually hurts, the flaw an AI just wrote into your codebase, doesn’t have a CVE yet. No advisory, no signature, nothing to match. So we built Safeguard to find the zero-day in your own code and dependencies, prove it’s actually reachable so you’re not chasing noise, then open the tested fix as a pull request your team can review. Review it, merge it, keep shipping. 30-second version below. Want it pointed at your repo? Book a demo.

That notification badge you’ve been ignoring for three weeks is doing more work than you think. The scariest bugs in your software aren’t the ones with a CVE and a patch waiting. They’re the ones nobody’s named yet, quietly worth more on the open market than most engineers make in a decade, sitting in code someone shipped and forgot.

That notification badge you’ve been ignoring for three weeks is doing more work than you think. The scariest bugs in your software aren’t the ones with a CVE and a patch waiting. They’re the ones nobody’s named yet, quietly worth more on the open market than most engineers make in a decade, sitting in code someone shipped and forgot.

That notification badge you’ve been ignoring for three weeks is doing more work than you think. The scariest bugs in your software aren’t the ones with a CVE and a patch waiting. They’re the ones nobody’s named yet, quietly worth more on the open market than most engineers make https://t.co/SsBhh7ORj6

That notification badge you’ve been ignoring for three weeks is doing more work than you think. The scariest bugs in your software aren’t the ones with a CVE and a patch waiting. They’re the ones nobody’s named yet, quietly worth more on the open market than most engineers make in a decade, sitting in code someone shipped and forgot.

That notification badge you’ve been ignoring for three weeks is doing more work than you think. The scariest bugs in your software aren’t the ones with a CVE and a patch waiting. They’re the ones nobody’s named yet, quietly worth more on the open market than most engineers make in a decade, sitting in code someone shipped and forgot.

That notification badge you’ve been ignoring for three weeks is doing more work than you think. The scariest bugs in your software aren’t the ones with a CVE and a patch waiting. They’re the ones nobody’s named yet, quietly worth more on the open market than most engineers make in a decade, sitting in code someone shipped and forgot.

The vulnerability that gets you won’t have a CVE yet. No CVE means no patch, no advisory, and nothing for a scanner to match against. That’s a zero-day, and it’s already sitting in your dependencies. So we built Safeguard to find the flaw before the CVE exists, prove it’s actually reachable in your code so you’re not chasing noise, then hand your team the fix as a pull request they can review. 30-second version below. Want it pointed at your code? Book a demo: http://safeguard.sh/demo

The vulnerability that gets you won’t have a CVE yet. No CVE means no patch, no advisory, and nothing for a scanner to match against. That’s a zero-day, and it’s already sitting in your dependencies. So we built Safeguard to find the flaw before the CVE exists, prove it’s actually reachable in your code so you’re not chasing noise, then hand your team the fix as a pull request they can review. 30-second version below. Want it pointed at your code? Book a demo: https://lnkd.in/gVHrach5

The vulnerability that gets you won’t have a CVE yet. No CVE means no patch, no advisory, and nothing for a scanner to match against. That’s a zero-day, and it’s already sitting in your dependencies. So we built Safeguard to find the flaw before the CVE exists, prove it’s actually reachable in your code so you’re not chasing noise, then hand your team the fix as a pull request they can review. 30-second version below. Want it pointed at your code? Book a demo: https://na2.hubs.ly/H080NJR0