Chris Wheeler’s path from the U.S. Navy to the CISO role at Resilience, as he describes it in a SecurityWeek interview, runs through a consistent idea: security leadership depends on trust. The job is not to know every system or prevent every incident. It is to build a team that can specialize, help business leaders make informed risk decisions, and enable new technology with guardrails.
How did Chris Wheeler go from the Navy to cybersecurity leadership?
In an interview published by SecurityWeek on August 27, 2026, Kevin Townsend identifies Wheeler as CISO at Resilience and recounts his career. Wheeler said he joined the U.S. Navy in 2010 and served six years, including traditional sailing assignments aboard destroyers and cyber operations the Navy then called “information warfare.” Shortly after school, he was leading a division of 15 sailors.
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The interview traces his subsequent cybersecurity work at Efflux Systems and Arbor Networks, followed by a move to Resilience as a threat intelligence lead. He left in 2020 for Morgan Stanley, where the article says he was a vice president and SOAR lead, then returned to Resilience four years later as vice president of information security before becoming CISO. This is the career history reported in that interview.
Wheeler sees mission and purpose as lessons that carried across the military-to-business transition, but says commercial security leadership also requires adapting to faster-changing technology, complex networks and business analysis. The bridge is not simply military command applied to a company: it is the ability to set direction and help specialists do work the leader cannot personally master in every detail.
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Why does Wheeler call trust a CISO’s most important trait?
For Wheeler, trust works in several directions. Business leaders need confidence in a CISO’s strategic advice; the CISO must rely on peers and specialists they have hired; and team members need to believe their leader will support them. Trust is therefore both an executive relationship and an everyday condition for a team to work effectively.
That view changes what a CISO should look for when building a team. Technical skill matters, but Wheeler also emphasizes future-mindedness, emotional intelligence and social skills. As automation and generative AI broaden who can contribute to security operations, a leader’s job includes recognizing potential, developing people and making it possible for them to specialize.
What does a CISO need to quantify about cyber risk?
Wheeler argues that security leaders should get better at connecting risk to business decisions. In his formulation, that means making a reasonable estimate of probability, explaining uncertainty rather than hiding it, and increasingly translating potential impact into financial terms. He does not claim that this produces perfect forecasts; the value is giving decision-makers a more useful basis for choosing what to protect and how to allocate attention.
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That approach also rejects the idea that a security program can eliminate all risk. Wheeler says the practical objective is to limit attacks against business-critical assets and preserve continuity. A risk-first conversation can acknowledge that protections have limits while making clear which outcomes matter most to the business.
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He cautions against carrying a perfectionist standard into conversations with employees and business partners. Security decisions framed as absolutes can make trade-offs harder to discuss; probabilistic and financially informed language gives teams a way to weigh controls against operational needs.
How should a security leader balance expertise and delegation?
Wheeler’s leadership model is not detached from technical work, but it does not depend on one person being the company’s leading expert in IT, cybersecurity and every business process. In the interview, he puts the emphasis on understanding the job well enough to teach others where and how to specialize.
In practice, that means knowing when to tackle work directly and when to guide a specialist. It also means treating security as a partner to other teams rather than a group that simply issues prohibitions. Wheeler encourages his team to approach colleagues with empathy and to seek personal as well as professional balance, including taking vacation, being present with family and avoiding burnout.
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What practical advice does Wheeler give to people entering security?
Wheeler’s practical recommendation is to build a home lab and experiment with the technologies and processes one is responsible for securing. He does not prescribe particular equipment or a configuration. The useful principle is to create a safe way to explore how systems and processes behave, rather than relying only on abstract knowledge.
He also says experimentation need not be limited to physical IT hardware: generative AI tools can help explore or simulate concepts. Alongside this hands-on practice, he shares a mentor’s philosophical advice: understand the “mathematics” of your field. For security professionals, that means developing the ability to reason about risk—not just learning tools or accumulating technical credentials.
How does Wheeler approach secure adoption of agentic AI?
Wheeler says he is concerned with keeping pace with agentic AI adoption securely and resiliently, given interest from boards and investors as well as developers and power users. His approach starts with listening and experimentation, then applies risk-based guardrails so security can enable useful adoption rather than treating every request as a reason to block it.
He says many relevant controls remain rooted in zero-trust architecture and identifies three areas receiving more investment attention in his account:
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- Data inventory and categorization: establish what data exists and how it should be handled.
- Automation: use it to support security operations and the management of controls.
These are Wheeler’s observations in the interview, not a complete technical standard or a universal implementation plan. The practical point is to pair experimentation with a clearer understanding of access, data and operational safeguards.
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