Quantum systems
QSHL
Quantum Self-Healing Language
Quantum execution-assurance research investigating whether program intent survives compilation, provider transformation, and physical execution.
Projects
Systems we are building and studying.
Our work spans quantum systems, resilient and secure computing, experimental platforms, creative intelligence, and fundamental research.
Quantum systems
Execution-assurance research connecting program intent with transformed structure and physical execution.
Resilient & secure computing
Security, recovery, and local trust boundaries across operating systems and applications.
Resilient & secure computing
RegenX
A Windows cyber-resilience prototype exploring monitoring, containment, trusted-state recovery, and measured integrity.
Resilient & secure computing
RegenX/OS
Research into a hardened Android architecture that moves selected trust and privacy controls below ordinary application boundaries.
Resilient & secure computing
DeadKey
An Android vault that keeps sensitive files and notes encrypted under the user's control.
Experimental computing
Modern systems work on unconventional hardware.
Experimental computing
RegenX AE
RegenX Autonomous Edition
Modern Linux and subsystem bring-up research on the Nokia Lumia 1520/MSM8974 platform.
Creative intelligence
Creator-directed music workflows that preserve structure and choice.
Creative intelligence
Callio
A creator-controlled music studio combining symbolic composition with selectable local and neural rendering paths.
Fundamental research
Computational models and controlled experiments for foundational questions.
Fundamental research
PTR
Phase-Tuned Relationalism
A computational framework investigating when geometric structure can emerge from relational graph dynamics.
Work with Korelis Labs
Discuss a specific system.
Tell us which project and technical boundary you want to examine.