USB attack vector: why human behavior is key

Windows event logs hold the truth if you know where to look. Here’s a snippet from one of our red team simulations: At first glance, everything appears legitimate. But one of these entries indicates malicious lateral movement. Your challenge: Which one is the red flag? Tomorrow, Silent Breach will reveal: • The hidden compromise • Why it bypassed SOC detection • What controls would have identified it earlier Share your analysis in the comments. Would your SOC have spotted this in time? #CyberSecurity #ThreatHunting #BlueTeam #DFIR #WindowsLogs #SilentBreach

🚨 The latest research from Cato CTRL reveals how ransomware gangs are leveraging RMM tools for stealthy intrusions. RMM tools are vital for enterprises, but that same trust makes them prime targets for threat actors. Cato CTRL highlights how the dual-use nature of RMM tools blurs the line between admin 👨💻 and adversary 🕵️♂️. Read more: https://bit.ly/44IXypd #Threat Intel #Cybersecurity #RMM

Defense in Depth Model 🛡 One wall is never enough. This module reminded me of the Defense-in-Depth model: Layers of security: Perimeter (firewalls, IPS) Network (segmentation, VPNs) Endpoint (patch mgmt, EDR) Application (secure coding, WAF) Data (encryption, backups) 💡 Attackers only need one weak spot. Defenders need layers. 👉 Which layer do you think is most neglected in real-world orgs? #DefenseInDepth #CyberSecurity #GoogleCertificate

Ever wonder about the vulnerabilities lurking in our everyday digital connections? Imagine a scenario where a simple router reset becomes a critical point of interception. The constant dance of devices disconnecting and reconnecting creates a window—a moment where valuable data packets are exposed. This highlights the importance of robust network security. It’s a reminder that every digital handshake could potentially be observed. How do you approach safeguarding your connections in an increasingly interconnected world? Curious to hear your thoughts on this. #NetworkSecurity #Cybersecurity #DataProtection #InfoSec

Full packet capture is slow, costly, and outdated. Insightz Network Detection & Response (NDR) delivers real-time threat visibility using only metadata. With no decryption required, no extra equipment needed, and no blind spots- you get COMPLETE network visibility. Stay ahead of global threats with faster & smarter protection. Learn more: https://lnkd.in/ggRrJqzb #InsightzTechnology #WeSeeWhatHackersSee #NetworkDetectionAndResponse #CyberResilience #CyberSecurity

Think you're immune to scams? Think again! Social engineering exploits human nature, not tech. Learn how to stay one step ahead of cyber tricksters and protect your personal information. Don't fall victim to their clever tactics - stay sharp, stay skeptical, and stay safe in the digital world. #CyberSecurity #SocialEngineering #ScamAlert #DigitalSafety #InfoSec #OnlineSafety #CyberAwareness #PhishingPrevention #TechSecurity #StaySafeOnline

If they can find you, they can hack you. Firewalls. VPNs. Zero Trust. Layer upon layer of defenses. Yet attackers don’t need to break in immediately. They start with reconnaissance: scanning IPs, mapping networks, collecting metadata. Every exposed port, every visible service is a clue that helps adversaries engineer their way in. Traditional defenses are like locking your front door while leaving your windows wide open. Entropya rethinks the model. With Digital Camouflage, we eliminate digital footprints and erase the breadcrumbs that attackers rely on. If your systems can’t be seen, they can’t be targeted. 🔒 Ready to rethink your foundation? Let’s talk about how to make your systems unfindable: https://lnkd.in/dKBQviZ9 📌 Follow Entropya for insights on quantum-ready cybersecurity and Digital Camouflage. #Cybersecurity #ZeroTrust #QuantumSafe #DataProtection #CISO #CTO #InvisibleNetworks #DigitalCamouflage #CyberResilience #FutureSecurity #Entropya

Hardcoded passwords. Default root credentials. Code comments that say “we’ll remove this later.” As Robert L. Kelley, Services Lead & Penetration Tester at Finite State, explains — these shortcuts are often left behind in millions of lines of code, creating an easy path for attackers. That’s why scanning binaries and uncovering hardcoded credentials with the Finite State platform is critical to protecting connected devices. #CyberSecurity #IoTSecurity #SoftwareSupplyChain #AppSec #SecurityShorts

So true — these “shortcuts” might save time in development, but they can create long-term risk once products ship. This is exactly why binary analysis and finding hardcoded credentials early is such a game-changer. Great insights from Robert and our Finite State team. 👏

Picture this: stumbling blindly into the future or strutting in with eyes wide open. The risks outlined—supply chain attacks, unauthorized access, data leaks—aren't sci-fi; they're today's headlines. Thousands of unsecured MCP servers are live, practically begging for trouble. Attackers don't send invites; they just show up. The choice is yours. So, let's gear up, sharpen our cybersecurity skills, and make sure we're the ones calling the shots. Who's ready to take charge? #cybersecurity #futureoftech #dataloss #infosec #riskmanagement