Listen to this Post
The Lost Soul of Cybersecurity
Cybersecurity was not born in boardrooms or compliance checklists. It emerged from curiosity, rebellion, and an almost obsessive desire to understand how systems work and how they fail. In its earliest days, the industry was shaped by hackers who dismantled software and hardware not for profit or prestige, but for knowledge. Over time, as cybersecurity matured into a formalized profession with frameworks, certifications, and executive titles, something essential began to fade. The raw hacker ethos that once powered innovation slowly gave way to process-heavy risk management and visibility-driven tooling. Dark Reading Confidential Episode 14 revisits this transformation and asks a critical question: can cybersecurity rediscover the mindset that made it effective in the first place?
From Tinkerers to Architects of Security
The conversation centers on two veterans of the cybersecurity world, Michael Coates and Tal Kollender, both of whom began as teenage hackers long before the term “cybersecurity professional” existed. Their early experiences were rooted in tinkering, experimentation, and a relentless need to understand systems at the deepest level. For Coates, this meant tearing apart early computers, rewriting boot sequences, and exploring every executable just to see what it did. That curiosity later translated into a career breaking into systems legally, demonstrating real-world risk to banks, governments, and enterprises.
Kollender’s journey followed a different path but arrived at the same destination. His motivation was competition and the refusal to accept unexplained outcomes. When he lost an online game under suspicious circumstances, curiosity turned into investigation. That investigation evolved into a deep understanding of software manipulation, eventually leading to early financial success and later service in elite military technology units. Despite different origins, both paths were driven by curiosity, problem-solving, and a desire to win by understanding the system better than anyone else.
Cybersecurity Grows Up and Loses Its Edge
As cybersecurity evolved, it professionalized. Dedicated security teams emerged, executive roles like the CISO became standard, and risk management frameworks took center stage. This growth was necessary, but it came at a cost. What was once a field dominated by hands-on experts became populated by broader roles focused on oversight, policy, and reporting. The industry shifted from fixing problems to cataloging them, from resolution to visibility.
Michael Coates frames this as a natural consequence of scale. As organizations grew, they needed structure and prioritization. Risk management became essential to decide which vulnerabilities mattered most. Yet in this transition, deep technical curiosity was often deprioritized. Cybersecurity became a career path rather than a calling, attracting professionals who followed predefined tracks rather than exploring systems out of pure interest.
Visibility Without Resolution
Tal Kollender highlights one of the industry’s most persistent flaws: the obsession with visibility over action. Modern security stacks generate endless alerts, dashboards, and risk scores, but frequently fail to close the loop with remediation. Security teams see the problem, IT teams are expected to fix it, and accountability falls into a gap between the two. This division creates an environment where attackers thrive, not because defenders lack tools, but because problems remain unresolved for too long.
The separation between security and IT, once intended to clarify responsibilities, instead introduced friction. Over time, organizations began realizing that security cannot exist in isolation. Systems must be both functional and secure, and that requires unified ownership. This realization has driven a renewed trend toward merging IT and security functions under a single mandate.
Redefining the Hacker in a Modern Context
The term “hacker” itself has become ambiguous. In some contexts, it implies criminal activity. In others, particularly in technology hubs, it represents creativity and innovation. The discussion reframes hacking as a mindset rather than an activity. A hacker is someone who understands systems deeply enough to challenge assumptions, identify weaknesses, and build better solutions.
Cybersecurity continues to attract individuals with this mindset, but often through unconventional paths. Some come from engineering, others from IT or DevOps, and some from nontraditional programs that focus on aptitude rather than credentials. The most effective security teams are those that build on existing technical foundations and layer security expertise on top, rather than treating security as an isolated discipline.
AI as the Ultimate Test of Curiosity
The rapid rise of artificial intelligence represents a defining moment for cybersecurity. According to Coates, this shift demands a return to hands-on experimentation. AI tools are already being adopted across organizations, often faster than security teams can understand them. Without deep familiarity, security professionals risk applying outdated controls to entirely new paradigms.
Understanding AI systems requires the same curiosity that once drove early hackers. It means experimenting with code generation tools, exploring their limitations, and identifying where trust boundaries break down. Security teams that fail to tinker will fall behind, enforcing obsolete standards in a world that has already moved on.
Critical Thinking Over Credentials
Both speakers emphasize that while tools and abstractions change, critical thinking remains irreplaceable. Even as coding becomes more automated, understanding how systems communicate, where data flows, and why certain attacks matter is essential. Cybersecurity leaders do not need to be the most technical people in the room, but they must be technical enough to challenge assumptions, question vendors, and guide teams intelligently.
Leadership in cybersecurity is about balance. It requires technical literacy paired with business awareness. Boards do not care about vulnerabilities in isolation; they care about business impact. The most effective security leaders translate technical risk into real-world scenarios that resonate with decision-makers and justify investment.
The Boardroom Translation Problem
One of the most valuable insights from the discussion is the art of communication at the executive level. Successful CISOs do not overwhelm boards with jargon. Instead, they tell stories. By framing security risks as plausible business disasters, leaders gain alignment and support. Technical solutions follow only after the board understands why the problem matters.
This approach transforms cybersecurity from a cost center into a business enabler. It also reinforces the importance of credibility. Leaders who secure buy-in must deliver results, closing the loop between strategy and execution.
The Hacker Spirit Never Left
Despite its evolution, cybersecurity has not lost its soul entirely. The hacker mindset still exists in those who continue to experiment, question, and build. It lives in professionals who spend time understanding new technologies, not because they are required to, but because they are curious. The challenge for the industry is not to abandon structure, but to reintroduce curiosity within it.
What Undercode Say:
The real tension in modern cybersecurity is not between hackers and executives, but between curiosity and complacency. As the industry scaled, it optimized for predictability, compliance, and reporting, often at the expense of understanding. This shift created a generation of security programs that know their risks but struggle to eliminate them.
The original hacker ethos was never about chaos. It was about mastery. Hackers broke systems to learn how to build stronger ones. Today’s overreliance on tools has inverted that logic. Teams buy platforms to explain problems they do not fully understand, hoping automation will compensate for missing depth. It rarely does.
AI exposes this weakness brutally. Tools that generate code, infrastructure, and content at scale demand defenders who understand fundamentals deeply enough to spot subtle failures. Without that depth, security becomes theater, impressive dashboards masking unresolved risk.
The future of cybersecurity belongs to organizations that reward tinkering, experimentation, and cross-disciplinary learning. Certifications and frameworks still matter, but they should support curiosity, not replace it. The next generation of security leaders will not be defined by how many alerts they manage, but by how well they understand the systems their businesses depend on.
Fact Checker Results
✅ Cybersecurity originated from hacker-driven experimentation and curiosity.
✅ Industry growth shifted focus toward risk management and visibility tooling.
❌ Modern tools alone are sufficient to replace deep technical understanding.
Prediction
📊 The cybersecurity sector will see a renewed demand for hybrid professionals who combine deep technical curiosity with business fluency.
📊 Organizations that reintegrate tinkering and remediation into security culture will outperform visibility-only programs.
📊 AI-driven environments will force a return to fundamentals, redefining what “hacker mindset” means in practice.
▶️ Related Video (86% Match):
🕵️📝✔️Let’s dive deep and fact‑check.
References:
Reported By: www.darkreading.com
Extra Source Hub (Possible Sources for article):
https://stackoverflow.com
Wikipedia
OpenAi & Undercode AI
Image Source:
Unsplash
Undercode AI DI v2
Bing
🔐JOIN OUR CYBER WORLD [ CVE News • HackMonitor • UndercodeNews ]
📢 Follow UndercodeNews & Stay Tuned:
𝕏 formerly Twitter 🐦 | @ Threads | 🔗 Linkedin | 🦋BlueSky | 🐘Mastodon
