The Answers Third-Party Risk Asks For.
Fields we cannot state as fact are left out rather than guessed at.
Legal entity
CyberArmor.AI is the public brand for CyberArmor AI, Inc., a Delaware corporation. Registered agent address: 16192 Coastal Highway, Lewes, DE 19958. The entity is verifiable in Delaware's public records.
Structure
Founder-led and founder-built. The platform was built end to end by its founding engineer, so one person holds the full mental model of every service, agent, and enforcement path in it.
Principals
Founder and CEO, a co-founder and COO, one executive board member, and three technical advisors. There are no employees — every principal is equity-based. This page is the complete list.
Control independence
The founder holds the CEO, CTO, and CISO roles. At this size the person who builds the platform also owns its security posture, and that is a control-independence limitation rather than a strength. We state it instead of dressing it up.
What compensates for it
A public capability status page updated when the code changes rather than when marketing wants; a self-hosted deployment path; and a 15-minute local proof-of-concept that runs from a public repo on your own laptop — so your reviewers verify behavior directly instead of taking our attestation for it.
Data handling
In the hosted stack a single hosting subprocessor holds all platform data; no other subprocessor touches it. Self-hosted deployments run the same stack entirely inside your own infrastructure. Full subprocessor list on request at security@cyberarmor.ai.
Key-person continuity
The entire platform runs as standard containers from a versioned deployment definition — no bespoke runtime, no undocumented infrastructure. Documented runbooks cover operational and secrets-path triage procedures. The self-hosted path means you can run the full stack independent of CyberArmor's hosted operation, and source-code escrow can be arranged as part of pilot or production contracting.
Capability claims are separate from people claims. Every capability is labeled production-deployed, pilot-ready, configurable, or roadmap on the public status page, which is updated when the code changes.
Founder — CEO, CTO & CISO
Patrick Kelly founded CyberArmor.AI and holds the CEO, CTO, and CISO roles. Before founding the company he spent more than a decade in application, product, cloud, data, and AI security in regulated and high-scale environments — principal and senior application-security architecture roles at Bank of America, United Airlines, Fannie Mae, Berkshire Hathaway, Chubb, and Blackbaud, and solutions-architecture roles at the application-security vendors Contrast Security, Veracode, and ZeroNorth. He has served as CTO and CISO at multiple technology companies and is a named inventor on a U.S. patent.
He built CyberArmor's AI Trust Infrastructure himself, including the URL & Context Trust Gate, which evaluates whether content is safe before it becomes AI context. The platform inspects AI activity, enforces policy, protects sensitive data before it is exposed, and preserves decision-level evidence across users, agents, APIs, models, and data. He is the author of AI Secure Future: A Vision for Safe AI, and built the company from a single conviction: policy must become enforcement, evidence without control is weak, and enterprises cannot wait for a perfect governance program to adopt AI safely.
Currently studying AI and Data Science at Northwestern University.
Co-Founder & Chief Operating Officer
Alan Pan is CyberArmor.AI's co-founder and Chief Operating Officer — a technologist and entrepreneur with over 25 years spanning technology R&D, engineering, program management, regulatory governance and compliance, business development, and sales, with footprints across numerous Fortune 500 companies including Motorola and Stryker.
A growth leader specializing in China–US market expansion, Alan brings native-level fluency in both English and Mandarin Chinese, and drives revenue through cross-border go-to-market strategy, partnerships, and complex commercial deals.
Executive Board Member
Bryan Liu, Ph.D., serves on CyberArmor.AI's executive board. He has spent more than a decade investing in early-stage businesses alongside globally renowned venture capital firms, following more than thirty years of operating experience in the global automotive industry across design and manufacturing engineering, program management, product launch, and business development.
What Each Advisor Is Actually For.
Three advisors, equity-based, none of them employees. One comes from silicon and platform security; two come from the regulated industries this platform is sold into. We list what each one is consulted on rather than implying a bench we do not have.
More than 25 years of systems engineering, including over two decades at Intel Corporation. Her work spans AI accelerators — from neural-network-processor and Gaudi AI accelerator platforms to Xeon HPC systems — alongside security and manageability platform firmware, high-performance computing, and large-scale platform validation.
At Intel she led platform feature validation, built CI/CD and test frameworks, and mentored engineering teams across data-center-scale hardware. M.S. in Computer Science, Illinois Institute of Technology; B.S. in Electrical & Electronics Engineering, University of Illinois Urbana-Champaign.
Three decades in the design, architecture, and development of enterprise software, including architect roles at UBS in financial services and at Cardinal Health, and Principal Consultant at Oracle. He currently serves as a Product Manager at Health Care Service Corporation.
He recently completed MIT's Applied Data Science Program (Leveraging AI for Effective Decision-Making), and holds an M.S. in Computer Science from DePaul University and a B.A. from the University of Illinois at Chicago.
More than two decades building large-scale enterprise systems in regulated healthcare. He has served as a Software Architect at Allscripts — a leader in healthcare information technology — since 2010, following senior engineering roles there and at Health Care Service Corporation.
He holds an M.S. in Computer Science from the University of Illinois Chicago and a B.S. in Computer Science from the University of Illinois Urbana-Champaign.
Building the security layer for the AI era.
We partner with design-partner enterprises, MSSPs, and investors who share our conviction that AI security is one of the most consequential categories of the next decade.