Publicação de Olisipo

🚀 Securitas and IBM are pioneering a new approach to security contracts. We’ve entered into the first global #Vested security agreement, shifting from a transactional contract to a collaborative, win-win partnership. In other words, turning value exchange into value creation 🤝🏻 Learn more about what this means for the industry – and follow for more insights on Kate Vitasek’s Vested business model and how Royce Curtin is building a strategic security program at IBM: https://lnkd.in/dyw3nn4k #Seeadifferentworld #Securitas #IBM 🔴🔴🔴

💻 Our Security Operations Center (#SOC) is comprised of the best Free and Open Source Software (#FOSS) tools in the market. In this post, we'll walk you through the functionalities of each one... 1️⃣🚨 Wazuh, Inc. SIEM: An open-source security platform that offers advanced log correlation, intrusion detection, and comprehensive security monitoring. 2️⃣🐝 TheHive Project: A FOSS security incident response platform that enhances efficiency through task automation and collaborative incident management. 3️⃣🧠 #Cortex : A component that complements The Hive by providing an extensible infrastructure for security data correlation and threat analysis. 4️⃣🤝 MISP Project (@[email protected] ): A threat intelligence platform that facilitates the collection, sharing, and analysis of information, promoting collaboration among security teams. 5️⃣ 🚀Atricore #SOAR: An open-source Security Orchestration, Automation, and Response platform that improves operational efficiency and reduces response time to threats in the SOC. ⚙️ With these five tools, we've achieved a highly sophisticated SOC without licensing costs. We handle the implementation and provide support in both 8x5 and 24x7 modes! 👋📩 Interested in receiving more information? Contact us via DM or at [email protected]

Industrial Control Systems (ICS) have migrated from stand-alone isolated systems to interconnected systems that leverage existing communication platforms and protocols to increase productivity, reduce operational costs and further improve an organization’s support model. ICS are responsible for a vast amount of critical processes necessitating organizations to adequately secure their infrastructure. Creating strong boundaries between business and process control networks can reduce the number of vulnerabilities and attack pathways that an intruder may exploit to gain unauthorized access into these critical systems. This paper provides guidance to those organizations that must secure their ICS systems and networks through a defense-in-depth approach to security, achieved through the identification of key security patterns and controls that apply to critical information security domains. The goal is a visual explanation that allows stakeholders to understand how to reduce information risk while preserving the confidentiality, integrity and availability of critical infrastructure resources in the industrial control environment.