Deterministic Computing from the Scottish Highlands
Deterministic software systems for environments where reliability, accountability, and safety matter.
Complete, Acquisition-Ready Portfolio
Three production-validated systems addressing verification and accountability challenges in safety-critical computing
MDCP™
Murray Deterministic Computing Platform
Addresses non-deterministic execution risks observed in safety-critical systems such as aerospace, autonomous platforms, and medical devices. Designed to support certification pathways (e.g. DO-178C Level A) through reproducible, verifiable execution.
MDLCE™
Murray Deterministic Liability Closure Engine
Designed to reduce recertification effort and improve traceability by binding execution evidence directly to compliance artefacts. Supports faster impact analysis and post-incident review compared to traditional documentation-heavy approaches.
CardioCore™
Deterministic Medical Kernel
Deterministic execution substrate for implantable medical device software. Enables reproducible execution replay to support incident analysis, regulatory evidence, and post-market accountability.
For Strategic Acquirers
This portfolio includes full formal specifications, validation data, and production evidence. UKIPO filings are in place, with sole inventorship and no known third-party encumbrances. Technical materials are available under NDA.
Request the technical brief →Production-Validated. Acquisition-Ready.
Not concepts. Not prototypes. Complete, tested, and validated systems for safety-critical computing.