The Next Cyber Skills Gap May Be Hidden in Your Encryption

NIST is building an AI agent workflow for one of cybersecurity’s most widely used public resources. On 17 September, its Information Technology Laboratory presented work on an agentic workflow designed to help enrich vulnerability information in the National Vulnerability Database. NIST says the project is intended to help the NVD cope with the increasing scale and complexity of disclosed vulnerabilities, and the webinar covered its architecture, implementation issues and early results. The project illustrates a broader change. AI is moving from producing information toward performing multi-step tasks. NIST describes AI agents as systems capable of autonomous actions that can interact with external systems and internal data. For cybersecurity professionals, that means another layer of skills is arriving. SECURITY HAS TO FOLLOW THE ACTION A conventional AI application might receive a prompt and return an answer. An agent may have access to tools, data and permissions that allow it to continue working. That changes the questions a security professional needs to ask. * What systems can the agent access? * Which actions can

Apart from sales and trade, the majority of internet users utilize it for socializing and interacting with peers online. For instance, there were 3.8 billion social media users in January 2020, which represents a 9 percent increase from the previous year. The advancements in internet and related communication technologies enable easy access to information from anywhere on the planet. For example, an online merchant operating in Thailand can offer their services to customers residing in the European Union and the United States. In order to address the dissemination of personal information, including financial, medical, and other types of personal data, worldwide through the internet, appropriate legal regulations need to be established to protect the personal data of citizens and the digital assets of organizations while working online. Following the implementation of the General Data Protection Regulation (GDPR) in the European Union (which came into effect on May 25, 2018), which governs data protection and privacy in EU countries and regulates the transfer of personal data outside the European Union and

INTRODUCTION Many organizations invest heavily in security tools, yet still struggle to explain their overall security posture. This is not always due to lack of technology, but often due to lack of direction. As digital environments grow more complex, security decisions are made across cloud platforms, remote endpoints, third-party integrations, and increasingly, AI-driven systems. According to findings highlighted in the World Economic Forum [https://www.weforum.org/], cyber risk today is less about a single vulnerability and more about how fragmented security efforts accumulate across interconnected environments. Without a clear plan, security initiatives tend to be reactive. Controls are added in response to incidents, audits, or vendor recommendations, rather than as part of a coordinated strategy. This is where a Cybersecurity Roadmap becomes critical. A roadmap provides a structured way to define priorities, sequence improvements, and align security with business risk. Industry guidance from NIST Cybersecurity Framework [https://www.nist.gov/cyberframework] emphasizes that this approach enables organizations to move from isolated security actions toward a cohesive and resilient defense posture. WHAT IS A CYBERSECURITY ROADMAP? A Cybersecurity Roadmap is a strategic,