QSHL
Quantum Self-Healing Language
Quantum execution-assurance research investigating whether program intent survives compilation, provider transformation, and physical execution.
Quantum systems · resilient computing · creative intelligence
Korelis Labs builds and studies software close to the layer where failure occurs—from compilers and kernels to hardware platforms, creative systems, and formal models.
Current portfolio
Quantum execution assurance, working software, platform architecture, experimental hardware, and an available privacy product.
Quantum Self-Healing Language
Quantum execution-assurance research investigating whether program intent survives compilation, provider transformation, and physical execution.
A creator-controlled music studio combining symbolic composition with selectable local and neural rendering paths.
A Windows cyber-resilience prototype exploring monitoring, containment, trusted-state recovery, and measured integrity.
Research into a hardened Android architecture that moves selected trust and privacy controls below ordinary application boundaries.
RegenX Autonomous Edition
Modern Linux and subsystem bring-up research on the Nokia Lumia 1520/MSM8974 platform.
An Android vault that keeps sensitive files and notes encrypted under the user's control.
Evidence in practice
Measured results remain attached to the system tested and the limits of the observation.
The public repository documents these subsystems working on the tested device.
DeadKey is listed as a $1.99 one-time-purchase Android app; the listing reports version 0.1.29 updated July 26, 2026.
Fundamental research
A computational framework investigating when geometric structure can emerge from relational graph dynamics. Its four claim tiers keep computational results distinct from conditional physical interpretation and aspirational goals.
Computational research programOpen the research programWork with Korelis Labs
Technical review, collaboration, testing, funding, and investment conversations are welcome.