Venak Security Launches AMTSO Public Test: AMTSO-LS1-TP182

If traditional Antivirus (AV) is like a lock that recognizes a known key, Endpoint Detection and Response (EDR) is like a security guard watching every move inside the building. Traditional AV: Focuses on signatures (known file hashes or code patterns). Great against known malware. Blind to Living off the Land (LotL) and novel (zero-day) attacks. EDR: Focuses on behavior and telemetry (system calls, process relationships, network connections). Effective against unknown threats and advanced adversaries. Provides the data necessary for Threat Hunting and swift response. Modern threats, especially those using stealthy LotL techniques, render signature-based AV obsolete. A resilient security posture requires EDR to detect the attack after it bypasses the initial defenses. Are you still relying on just signatures to protect your endpoints? #CyberSecurity #EDR #EndpointSecurity #ThreatDetection #InfoSec

Is your endpoint security still relying on signature-based defenses, leaving your organization perpetually vulnerable to being "patient zero"? According to IDC, the explosion of targeted malware and singular exploits has rendered traditional antivirus ineffective. Modern threats require a prevention-first approach that stops both known and unknown attacks before they can execute. Palo Alto Networks Traps addresses the patient zero problem by replacing reactive signatures with a multi-layered, signatureless approach: • Prevents exploits by blocking the techniques attackers use, rather than relying on known vulnerabilities. • Leverages cloud-based sandboxing and behavioral analysis to detect and stop never-before-seen malware. • Integrates with WildFire to automate prevention and share threat intelligence across the network and endpoints. • Provides continuous protection, whether the endpoint is on or off the corporate network. Stop sacrificing the first victim. Move from detection to prevention with modern endpoint protection. Explore Palo Alto Networks Quick Start Service: https://lnkd.in/gcDg3rrf Explore Palo Alto Networks Firewall Managed Service: https://lnkd.in/gTt-RcTB #PaloAltoNetworks #ResourceLibrary #PaloAltoNetworksResourceLibrary #Traps #EndpointSecurity #PatientZero #CyberThreats #ZeroDay #ModernSecurity

Every cyber attack doesn’t happen instantly. It follows a step-by-step life cycle 👇 1️⃣ Reconnaissance – Attacker collects information about the target 2️⃣ Weaponization – Malicious file or exploit is prepared 3️⃣ Delivery – Malware is sent via email, link, USB, website, etc. 4️⃣ Exploitation – Vulnerability is triggered to gain access 5️⃣ Installation – Backdoor is installed to stay inside the system 6️⃣ Command & Control (C2) – Attacker remotely controls the infected device ⚠️ If you break the chain at any one stage, you can stop the attack. That’s why: Keep your OS and apps updated Use strong passwords + MFA Don’t click unknown links or attachments Use a firewall and updated antivirus Monitor unusual network activity Understand the attack path → Defend before damage happens. 🔁 Share this with your friends & team ❤️ Like if you learned something new ➕ Follow for update: https://lnkd.in/eYDw6tb2 #CyberSecurity #CyberAwareness #InfoSec #OnlineSafety #DataProtection #CyberDefense #TechEducation #USAtech #UKtech #CanadaTech #SmallBusinessSecurity #EnterpriseSecurity #CloudSecurity #RansomwareProtection #MalwareAnalysis

Emerging Threat: ClickFix Attack Now Using DNS Hijacking to Deliver Malware Security teams and end users alike should be aware of the latest evolution in the longstanding ClickFix social engineering campaign. According to a recent report from Cybersecurity News, attackers are now combining deceptive ClickFix lures with DNS hijacking techniques to stealthily stage and deliver malware. What’s new? Instead of just tricking users into pasting malicious scripts, this variant leverages DNS lookups to fetch and execute a second-stage payload. This makes the activity harder to spot and allows the attacker to blend malicious traffic into normal network flows. Why this matters: • DNS traffic is ubiquitous and often assumed safe — making it a powerful covert channel for attackers. • By abusing the DNS system, threat actors can evade traditional detection techniques and increase the likelihood of successful compromise. • Once executed, the payload can deliver advanced malware and establish persistence on the victim system. What can defenders do? • Educate users about the risks of social-engineering lures like “ClickFix”. • Monitor DNS traffic for unusual patterns or connections to unexpected domains. • Enhance endpoint detection to inspect scripts invoked by user actions. This development underscores how threat actors continuously evolve even well-known tactics by adding sophisticated infrastructure-based evasion techniques. #cybersecurity #infosec #DNS #malware #threatintelligence Wortell

Legacy antivirus stops what it knows. Modern attackers rely on what it doesn’t. Traditional AV is built on signatures—meaning it can only detect threats it has already seen. But today’s attacks are smarter: fileless malware, zero-day exploits, and rapidly evolving tactics easily bypass outdated defenses. That’s where EDR (Endpoint Detection & Response) changes the game. EDR goes beyond signatures by: • Continuously monitoring endpoint activity • Analysing behavioural patterns • Detecting anomalies in real time • Enabling rapid investigation and response Instead of reacting after damage is done, EDR helps security teams contain threats early—minimising downtime, data loss, and business disruption. In a threat landscape that evolves daily, behaviour-based detection and proactive response are no longer optional. They’re essential. Protect your endpoints with security that sees what legacy antivirus cannot. #SNS #CyberSecurity #EDR #EndpointSecurity #ThreatDetection #LegacyAV #InfoSec #DigitalSafety #ZeroDayThreats #CyberAwareness #ProactiveSecurity

NordVPN Boosts Threat Protection Pro™ with CrowdStrike Intelligence to Strengthen Online Safety. 👉 https://lnkd.in/gSC_kT8d NordVPN has announced a new partnership with CrowdStrike to enhance its Threat Protection Pro™ feature with enterprise-grade threat intelligence. The integration incorporates CrowdStrike’s Threat Intelligence feed - powered by Counter Adversary Operations - which monitors over 265 global threat groups, including nation-state actors, eCrime groups, and hacktivists. What this means for users: • More accurate detection of malicious websites, phishing attempts, and malware • Continuously updated threat intelligence • Broader visibility into emerging adversary tactics • No additional setup required for existing users The update runs automatically when Threat Protection Pro™ is enabled, adding a deeper intelligence layer while maintaining NordVPN’s existing privacy standards and detection framework. This move reflects a broader trend: consumer cybersecurity tools are increasingly integrating enterprise-grade intelligence feeds to strengthen proactive defense capabilities. Do you see this as a meaningful shift in consumer security posture? Share your thoughts below. #CyberSecurity #NordVPN #CrowdStrike #ThreatIntelligence #OnlineSafety #Privacy #MalwareProtection

Are you prepared for the 55% surge in vulnerability exploits and the 910% increase in AI-themed malware attacks targeting your organization? According to the Unit 42 Malware Report 2023, threat actors are evolving faster than ever, leveraging both sophisticated new techniques and proven old vulnerabilities to breach defenses. The current threat landscape demands immediate attention to these critical trends: • Vulnerability exploitation increased 55% in 2022, with attackers weaponizing both new zero-days and years-old unpatched vulnerabilities. • PDFs now represent 66.6% of malicious email attachments, using business-appropriate naming conventions to evade suspicion. • Encrypted malware traffic continues to grow, with 12.91% of malicious communications now using SSL to hide in plain sight. • OT/ICS environments saw a 27.5% increase in malware attacks, putting critical infrastructure at greater risk. • AI/ChatGPT-themed attacks exploded by 910% as threat actors capitalize on popular trends to distribute malware. • Cryptominer traffic doubled in 2022, with 45% of organizations experiencing cryptomining-related security events. Protect your organization with comprehensive security measures including SSL decryption, NRD blocking, automated patching processes, and Zero Trust architecture to defend against these evolving threats. Explore Palo Alto Networks Quick Start Service: https://lnkd.in/gcDg3rrf Explore Palo Alto Networks Firewall Managed Service: https://lnkd.in/gTt-RcTB #PaloAltoNetworks #ResourceLibrary #PaloAltoNetworksResourceLibrary #Unit42 #MalwareReport #CyberSecurity #ThreatIntelligence #ZeroTrust #ThreatPrevention

An EDR is an incredible tool to have installed on an endpoint. Here's what you need to know. This is day 17 of the 30-day My IronClad Cybersecurity SOC Analyst Kickstarter where I will share with you 30 tips in 30 days. EDR, AKA Endpoint Detection and Response, will give you deep visibility into individual computers and servers. Today, I'm explaining what an EDR does and how SOC analysts use it to investigate threats on an endpoint. An EDR will show you process-level detail: what programs are running, what files were created, what registry changes were made. And when you get an alert about malware on a workstation, an EDR should be able to see exactly what that malware is doing. The keyword here is should. EDR platforms typically provide you with 5 key things: 1. Running Processes: What programs are currently executing and which ones spawned them. This will show you if malware was launched from a suspicious location. 2. File Activity: What files were created, modified, or deleted. You can see if an attacker had dropped malware. 3. Network Connections: What external IPs is this endpoint communicating with? 4. Registry Changes: What persistence mechanisms were added? 5. Isolation Capability: You can isolate a compromised endpoint from the network with one click to contain the threat. Common EDR platforms include CrowdStrike, Microsoft Defender for Endpoint, SentinelOne, and Carbon Black. The concepts will transfer across all of them, so if you learn one, you're pretty much good to go. #cybersecurity #EDR #SOCAnalyst #blueteam #IronCladCyberDefense

If you execute malware, it will likely phone home, and here's how you catch it. This is day 14 of the 30-day My IronClad Cyber Defense SOC Analyst Kickstarter, where I will share with you 30 tips in 30 days. Command and control, aka C2, is when malware communicates with an attacker's server to receive commands or exfiltrate data. Today I am showing you how SOC analysts detect C2 traffic and what indicators to look out for. Once malware establishes C2, the attacker then has remote access to that system. They can begin stealing data, deploying additional malware, or move laterally. But if you detect C2 connection early, you can cut off the attacker and contain the compromise before it spreads. Here is what C2 can look like: - First, beaconing behavior. Malware tends to check in with the attacker's server at regular intervals (now, exceptions do apply). - Second, unusual outbound connections. - Third, DNS requests to weird domains. - Fourth, large data uploads. Detecting these patterns in your SIEM or firewall logs lets you identify compromised systems and hopefully stop the attacker before they achieve their actions on objectives. #Cybersecurity #30DayChallenge #C2 #NetworkSecurity #MyIronCladCyberDefense

A question that comes up frequently in our client discussions: "We already have antivirus deployed. Do we really need EDR?" The short answer — yes. And here's why. Traditional antivirus relies primarily on signature-based detection. It identifies threats it has seen before. Against known malware, it performs adequately. However, the threat landscape has evolved significantly. Modern attacks utilise fileless techniques, living-off-the-land binaries, and polymorphic payloads that bypass signature-based detection entirely. Endpoint Detection and Response operates differently. Rather than relying solely on known signatures, EDR monitors endpoint behaviour, continuously processes execution, network connections, file system changes, and registry modifications. When a legitimate system tool like PowerShell begins executing encoded commands at unusual hours and establishing outbound connections to unfamiliar infrastructure, EDR identifies the anomaly. Traditional antivirus does not. For any organisation handling sensitive data or client information, the distinction between antivirus and EDR is no longer academic. It's operational. #edr #endpointsecurity #cybersecurity #kocean