Our Story

Building the Future of Enterprise Security

Founded in 2026, Sunderland Security is an independent cybersecurity research and engineering firm dedicated to advancing enterprise security through open-source innovation, rigorous research, and practical engineering.

Our Purpose

Advancing Cybersecurity Through Research & Engineering

We believe that enterprise security should be resilient by design, not an afterthought. Our mission is to build security tools and architectures that withstand modern threats while remaining practical for real-world deployment.

Unlike traditional security vendors, we publish all our research and tools as open-source, fostering transparency and collaboration across the security community. This approach allows for peer review, rapid improvement, and ensures our solutions work in the most demanding environments.

Our focus areas—Active Directory resilience, zero-trust architectures, and high-performance detection systems—represent the most critical challenges facing enterprise security teams today.

Security should be a force multiplier for business, not a constraint. We build systems that enable innovation while providing verifiable protection.

— Sunderland Security Principle

Our Principles

Core Values

These principles guide every tool we build, every research paper we publish, and every engagement we undertake.

Transparency

All our tools are open-source and peer-reviewed. We believe security through obscurity is no security at all.

Performance

Security tools must perform at scale without compromising system performance. We specialize in sub-millisecond detection engines.

Verifiability

We build systems with cryptographic proof of security properties. Trust should be mathematically verifiable, not assumed.

Collaboration

We work with security teams worldwide to understand real-world challenges and develop practical solutions.

Research-Driven

Every tool begins with rigorous research. We stay at the forefront of security academia and attack methodologies.

Resilience

We design systems to withstand compromise and maintain security properties even under active attack.

Our People

Security Research & Engineering Team

Our team brings decades of combined experience in enterprise security, cryptography, and systems engineering.

Alexandra Chen

Founder & Lead Researcher

Former Fortune 500 CISO with 15+ years in Active Directory security and identity management. Authored multiple RFCs on zero-trust architectures.

Marcus Thorne

Senior Security Engineer

Expert in low-level systems programming and cryptography. Lead developer of RustAV and our zero-knowledge proof implementations.

Dr. Sofia Rivera

Cryptography Researcher

PhD in Applied Cryptography. Specializes in zero-knowledge proofs and their application to enterprise identity systems.

James K. Park

Red Team Lead

Former penetration tester with deep expertise in Windows enterprise environments and Active Directory attack techniques.

Our Journey

Company Timeline

From research project to enterprise security partner.

Q1 2025

Company Foundation

Sunderland Security founded by Alexandra Chen with initial research into Active Directory privilege escalation detection.

Q3 2025

First Open-Source Release

Published ADPath, our first open-source tool for Active Directory privilege escalation analysis. Quickly adopted by Fortune 500 security teams.

Q1 2026

Zero-Knowledge Research

Began development of RZIP, our zero-knowledge proof system for identity verification, in collaboration with academic cryptography researchers.

Q3 2026

Performance Breakthrough

Released RustAV with sub-millisecond scan latency, setting new standards for endpoint detection performance in enterprise environments.

Q1 2027

Global Adoption

Our tools now used by security teams in over 30 countries across finance, healthcare, government, and critical infrastructure sectors.

Join Our Mission to Advance Enterprise Security

Whether you're a security researcher, enterprise team, or academic partner, we welcome collaboration to build more resilient infrastructure.