IONIX

Stop squinting at your attack surface. Use IONIX and gain complete 20/20 attack surface visibility! 💪 How do we do it? ✅ More Assets Less Noise: IONIX crawls web-facing assets and analyzes based on 13 components to determine asset ownership without a doubt. ✅ Identify Asset Dependencies: The only ASM provider to look at assets deep into the digital supply chain including 3rd, 4th… party assets connected to your infrastructure. ✅ Forensics-Backed Discovery: ML-based asset attribution proves assets belong to you so that attribution properties are completely transparent. ✅ Context-Aware Discovery: Proprietary “Connective Intelligence” technology maps context and dependencies between assets, including asset importance. Head to our website for more details or book a demo today: https://lnkd.in/ejVPVEzq #AttackSurfaceManagement #CyberSecurity #DigitalAssets #IONIX #MLTech

Happy Halloween from Team IONIX! 🎃

Protecting your organization with an effective vulnerability management strategy means using the right tools to ensure you can identify and mitigate vulnerabilities before they have the chance to develop into threats. Here are some must-have features for your vulnerability management tools: ✅Automatic Asset Discovery: Adapt to constant changes in your IT environment with automated inventory management. ✅Scheduled Scans: Keep your digital attack surface in check by scheduling scans at your convenience. ✅Proactive Scans: Stay ahead by identifying newly discovered vulnerabilities promptly. ✅Asset-Based Prioritization: Focus on real business impacts rather than generic scores for vulnerability prioritization. ✅Reporting & Compliance Support: Streamline your reporting processes to meet regulatory standards effortlessly. ✅Integrations: Ensure seamless communication across your security infrastructure. At IONIX, we take it a step further than traditional vulnerability scanning. With our Threat Exposure Radar, you can move from just doing periodic scans to adopting Continuous Threat Exposure Management (CTEM), helping your organization stay resilient against new and evolving threats. Learn more here: https://hubs.ly/Q02Wslwk0 #vulnerabilitymanagement #cybersecurity #threatmanagement #threatexposure #cybersecuritysolutions

Say hello to our newest recruits! Gabi Tenenblat Or Vorobeychik Levi Welcome to the team!

⏰ Zero-day Alert! ⏰ CyberPanel RCE Vulnerability - No CVE yet A recent vulnerability was discovered in CyberPanel, allowing an easy remote code execution on the affected machines. The vulnerability is known to be exploited in the wild and an exploit is publicly available. IONIX customers can easily see impacted assets in the IONIX portal Threat Center. Read More 👇 https://lnkd.in/e-mDQHpC #CyberPanel #CVE #Zeroday

Protecting your digital attack surface is critical to defending against modern threats. Here are 6 strategies to protect your cloud environments👇 1️⃣ Reduce the Attack Surface Asset sprawl in the cloud leads to unnecessary risks. Remove unused cloud instances, consolidate tools, and retire legacy applications to keep the attack surface lean and manageable. 2️⃣ Broaden Your Definition of an Asset New asset types emerge every year, especially in software. Expanding your asset definition is crucial to avoid missing vulnerable components in your attack surface. 3️⃣ Monitor the Attack Surface from the Outside-In Looking at your cloud environment from an external point of view is key. Use ASM tools to scan all internet-facing assets and gain insights from an attacker’s perspective. 4️⃣ Context-Aware Threat Intelligence ASM provides rich metadata on each asset, including ownership and risk level. This enables proactive threat hunting and helps prioritize vulnerabilities based on real-world risk. 5️⃣ Enforce Security Policies to Stay Compliant Implement security policies that safeguard data and meet compliance standards. Set up alerts and automated remediation actions to ensure ongoing compliance and prevent violations. 6️⃣ Foster a Healthy Cyberculture Training and communication across teams are vital. Ensure all teams understand the importance of security, and educate employees on gaining an attacker’s perspective to improve your defenses. Reducing asset sprawl, using ASM, and fostering a strong cyberculture are key to protecting your attack surface. Stay compliant, proactive, and always aware of potential threats.

Let's give a warm welcome to: Yarden Dahan jacob kilimnik Jonathan Keÿzer We're happy to have you on board! ⛵

Cloud migration introduces serious security challenges. Let’s break down the top cloud security risks and how to address them👇 1️⃣ CNAPP’s Blindspot Cloud-native application protection platforms (CNAPP) are built for internal cloud security but lack external visibility. Organizations relying solely on CNAPP are left vulnerable to attacks because they miss the external perspective attackers exploit. 2️⃣ Shared Responsibility for Security In the cloud, providers like AWS manage security of the cloud infrastructure, but organizations must secure everything in the cloud. This split responsibility makes security more complex and puts more pressure on in-house teams. 3️⃣ The Rise of Open Source Open source projects like Log4j, while vital for development, often lack robust security maintenance. When vulnerabilities are discovered in open source software, thousands of organizations can be affected. Continuous monitoring is essential. 4️⃣ From IAM to CIEM Shifting from static on-prem IAM to dynamic, multi-cloud CIEM (Cloud Infrastructure Entitlement Management) is crucial. It helps reduce over-permissioning by managing users' access rights across various environments, improving security across cloud networks. 5️⃣ Testing the Real Attack Surface Cloud environments expand and evolve rapidly, making it harder to test against the actual attack surface. Security teams must continuously test and adjust their defenses to keep up with the growing complexity of cloud systems. 6️⃣ Scanning Code Before Production Setting up checkpoints throughout the CI/CD pipeline is key, but all code must still be scanned before reaching production. Current code scanning tools often lack context and fail to quickly identify root causes of vulnerabilities, leaving risks unaddressed. Cloud security demands new approaches to handle rising complexities like CNAPP blind spots, shared responsibility, and open-source risks. Organizations need external perspectives, agile IAM, and thorough security testing to keep their systems secure. Learn more here: https://loom.ly/w6ohOHI

Mapping out your attack surface effectively requires following some key steps. Here’s how to do it right: 1️⃣ Begin with an Inventory: Start by identifying and mapping all your IT assets. Missing assets create blind spots and weaken your defenses. 2️⃣ Consider Third-Party Risk: Third-party vendors and cloud providers can introduce hidden vulnerabilities. Evaluate their security as part of your attack surface. 3️⃣ Asset-Based Prioritization: Not every vulnerability is equally important. Prioritize based on asset value to ensure high-risk assets are protected first. 4️⃣ Automate for Continuous Monitoring: Attack surfaces evolve as IT environments change. Automate your monitoring for real-time, up-to-date threat detection. 5️⃣ Address Non-Technical Threats: Human factors like phishing and social engineering can’t be ignored. Train employees to recognize and avoid these risks. 6️⃣ Move to Remediation: Identifying risks isn’t enough. Act quickly on the most critical vulnerabilities to reduce your exposure. Stay secure with IONIX’s automated attack surface management tools for continuous protection. Request a demo: https://lnkd.in/e46SEmsK

Not all vulnerabilities are equal—prioritizing them based on risk and business impact is key to effective management. Here’s how to do it right 👇 1️⃣ Assess the exploitability of the vulnerability. Can an attacker exploit this vulnerability easily? How likely is it to be targeted? Understanding these factors helps prioritize risk. 2️⃣ Evaluate the business impact. If the vulnerability is exploited, what damage could it do to your organization? Consider the potential costs, reputational damage, and operational impact. 3️⃣ Review available security controls. Are there mitigating factors that reduce the risk of exploitation? If so, this can lower the priority of addressing certain vulnerabilities. 4️⃣ Consider if known exploit code exists. Vulnerabilities with publicly available exploit code should be prioritized for patching, as they are more likely to be targeted by attackers.