Ryan Trine
Ryan is an Army veteran and senior cybersecurity governance and risk management professional with nearly 15 years of experience leading enterprise risk assessments, compliance programs, and third-party security initiatives across complex and regulated environments.
His background includes extensive work in cybersecurity governance, particularly in governance, risk, and compliance (GRC), vendor and third-party risk management, and audit readiness aligned with frameworks such as NIST 800-53 and ISO 27001. Ryan has advised senior leaders on cybersecurity posture, risk prioritization, and control effectiveness across cyber, physical, and personnel security domains.
Known for his ability to communicate cybersecurity risk in clear business terms, Ryan enables executives and boards to make informed, defensible decisions. He has led independent security assessments, authored executive-level reports, and developed policies and SOPs that align cybersecurity controls with organizational objectives, while incorporating digital forensics where necessary.
Ryan holds a Bachelor in Security Management with a concentration in Cybersecurity, a Masters in Homeland Security with a focus in Cybersecurity, and a Masters in Management with an emphasis in Organizational Leadership. He also holds a Graduate Certificate in Organizational Crisis Management and maintains multiple industry certifications, including CASP+, Security+, Network+, and CCNA.
Luis Nieves
Luis Nieves is an Army veteran and senior cybersecurity executive with over 21 years of experience advising leadership teams on enterprise risk, resilience, and cybersecurity strategy across healthcare, federal, and regulated industries. He specializes in aligning security programs with business objectives, enabling organizations to operate securely while meeting regulatory, legal, and cyber insurance expectations.
Throughout his career, Luis has led large-scale cybersecurity initiatives supporting complex organizations, with a focus on strengthening governance, improving risk visibility, and enhancing organizational readiness against evolving threats such as ransomware, fraud, and insider risk. His leadership has contributed to the protection of critical operations at scale, while driving measurable improvements in security posture and incident preparedness.
Luis is recognized for his ability to communicate cybersecurity risk in clear business terms, equipping boards, executives, and stakeholders with the insight needed to make informed decisions. He routinely works alongside legal counsel, compliance leaders, and insurance partners to ensure that security strategies are defensible, auditable, and aligned with broader enterprise risk management frameworks.
His approach centers on building sustainable security programs that balance protection, operational efficiency, and growth. This includes establishing governance structures, defining risk tolerance, and implementing scalable processes that support long-term resilience rather than short-term technical fixes.
Luis holds a Bachelor's degree in Information Security Management and a Master of Science in Cybersecurity, along with industry-recognized certifications including CISSP and CCSP. He also serves as an Adjunct Professor of Cybersecurity, contributing to leadership development and workforce readiness in the field.
John E. Lander, PhD
John E. Lander, PhD, serves as Chief Operating Officer at R3DOUBT Security Group, bringing over 40 years of experience leading complex, highly regulated technical products and programs from concept through commercialization.
Throughout his career in medical device innovation, Dr. Lander operated in environments defined by stringent regulatory oversight, risk management, and uncompromising safety standards. His work required navigating evolving compliance frameworks, managing technical risk at scale, and ensuring operational integrity across the full lifecycle of advanced technologies.
At R3DOUBT, Dr. Lander applies this same discipline to cybersecurity operations, translating decades of experience in regulated system design, audit readiness, and risk mitigation into the development of resilient, compliant, and secure digital environments.
His leadership ensures that cybersecurity delivery is not only technically sound, but also operationally rigorous, audit-ready, and aligned with the expectations of highly regulated industries.
Drew Groves
Drew is a dynamic financial leader with a strong foundation in public accounting, having begun his career at a CPA firm. Over the past 16 years, he has built a proven track record as a successful entrepreneur, demonstrating strategic vision, operational leadership, and financial discipline. Drew holds a Bachelor's degree in Accounting and Business Management from Spring Arbor University, combining technical expertise with business acumen to drive growth and innovation.
Darcie Trine
Darcie Trine is a Senior Consultant with R3DOUBT Security Group, bringing nearly two decades of experience leading enterprise-wide programs across the aviation, space, and financial sectors in highly regulated, quality-driven environments.
Across multiple roles at one of the world's largest aerospace and defense organizations, she holds full accountability for large-scale international programs spanning cost, schedule, technical performance, and contractual execution. She regularly interfaces with senior government and military stakeholders, managing executive engagements and resolving critical operational and technical challenges across mission-critical aviation and space systems.
Her experience includes enterprise-wide digital transformation initiatives, cross-platform portfolio oversight, and integration of engineering, supply chain, quality, and IT functions to ensure operational readiness. She drives performance through disciplined financial management, earned value execution, and proactive risk management across full lifecycle programs.
At R3DOUBT, Darcie advises the C-suite on operational strategy, scaling, risk governance, and the execution of cybersecurity initiatives in regulated environments.