Capability without uncontrolled consequence.
Authorization boundaries, memory integrity, provenance, delegation, and execution controls for LLM agents and multi-agent systems.
0x0 researches and builds secure AI, cyber infrastructure, networks, and autonomous systems.
We work on systems that delegate real capability—to models, software, and infrastructure. Our focus is keeping that capability observable, bounded, and recoverable in production.
Authorization boundaries, memory integrity, provenance, delegation, and execution controls for LLM agents and multi-agent systems.
Cloud security, SASE, zero-trust architecture, network controls, telemetry, and resilient defensive systems.
Human-supervised autonomy with scoped privileges, traceable actions, independent checks, and reversible execution.
Selected public research.
A layered defensive architecture combining threat-intelligence sharing, zero-trust networking, privacy-preserving analytics, adversarial ML defenses, and AI behavior auditing.
Cybersecurity researcher and cloud security engineer focused on network security, SASE, zero-trust architecture, AI security, and secure autonomous systems.
His background is in network engineering and cloud security. He studies computer science at Calvin University and publishes research as Hyun Sim.