Teaching People to Use AI Without Security Is Half a Lesson

Cybersecurity in 2026 is defined by a fundamental shift in mindset. The question organizations now face is no longer “Can we prevent every attack?” but “Can we survive, adapt, and continue operating when an attack inevitably happens?” As cyber threats grow faster, more automated, and more business-disruptive, security is evolving from a purely technical function into a core pillar of organizational resilience. This evolution marks the rise of strategic resilience and practical protection, where cybersecurity is measured not by perfection, but by preparedness, prioritization, and recovery. MEASURING CYBERSECURITY BY BUSINESS IMPACT, NOT TECHNICAL METRICS For years, cybersecurity focused on building stronger walls: firewalls, intrusion prevention, and threat blocking. In 2026, that approach alone is no longer sufficient. Attacks are inevitable, and the real differentiator is how well an organization absorbs impact and recovers. Business resilience reframes cybersecurity as a continuity challenge. Downtime, data unavailability, and operational disruption now represent direct financial and reputational risk. As a result, leadership teams increasingly evaluate security through questions like: How quickly can we detect incidents? How

Imagine a ransomware incident at 10:30 on a Tuesday morning. The SOC detects suspicious activity and starts investigating. Soon IT needs to isolate systems. Management wants to know whether operations should continue. Legal needs facts. Communications may need to prepare a response. Someone has to decide whether customers or authorities need to be informed. By lunch, cybersecurity has become an organizational exercise. That reality is reflected in current training from the International Telecommunication Union. An ITU Academy incident response course currently open for applications uses three scenarios: a ransomware attack, a data breach and an attack affecting a national education system. Participants work through the incident response lifecycle using collaborative tabletop exercises. The lesson is useful far beyond education. Incident response capability depends on how well different people can make decisions together. TECHNICAL SKILL IS ONLY ONE LAYER A strong SOC can identify malicious activity, analyse evidence and recommend containment. It still needs an organization around it that knows what happens next. Useful incident response capability therefore spreads across several functions: *

The multitude of challenges to be faced is the main reason why most organizations today are turning to managed security service providers (MSSPs) to help them address these issues. The challenges of strengthening human resources, processes, and technologies as efforts to secure their intellectual property and data appropriately, while still complying with cybersecurity regulations, can be a daunting task even for well-managed IT departments. With these considerations in mind, here are four main reasons why I prefer MSSPs over in-house security. USING MSSP SAVES YOU MONEY Building, running, and maintaining a cybersecurity ecosystem comes with significant costs. One of the reasons is that many software solutions require specialized hardware and equipment to run, and they often come with recurring licensing costs. Additionally, the salaries of cybersecurity employees and the training they need to effectively utilize new tools and technologies add to the expenses. One of the CFO's favorite aspects of using MSSP is that it can replace the capital expenditures often needed to add new tools with a large