European patent publicationEN
EP3926462B1
European patent publication describing the Boolean-network architecture and its synchronous output arrangement.
- Publication date
PUBLIC MATERIALS
Explore the source
documents.
Public patent documents describe the architecture. Each entry identifies the document type and source.
US patent publicationEN
US12367013B2
US patent publication providing the description, figures and claims of the invention.
- Publication date
US application publicationEN
US20250348282A1
A later US application publication. This document is identified as an application publication, not as a granted patent.
- Publication date
From protected architecture to evaluated IP.
The intended product is an integration-ready semiconductor IP Core. The public evidence below shows what can be reviewed today.
- 01
Technology IP
Published architecture and patent documents describing the invention.
Published materialsView evidence ↗ - 02
Measured prototype
A working implementation with measurements, test conditions and, where available, independent assessment.
Not yet documented on this site - 03
Integration-ready IP Core
An implementation package with interfaces, constraints, documentation and a verification environment.
Not yet documented on this site - 04
Target implementation validation
Characterization of the final implementation. Prototype results do not automatically transfer to another platform or process.
Not yet documented on this site
Publication status is shown here; it does not establish the internal development stage. Prototype, implementation and independent-validation status remain to be confirmed with the technical team.
TECHNICAL EVALUATION
Entropy quality.
Implementation characteristics.
A useful comparison identifies the implementation, the system boundary and the conditions behind every result.
- Entropy & output rate
- Min-entropy per raw sample; raw, conditioned and delivered output rates; conditioning assumptions.
- Power & area
- Energy per entropy bit, active and standby power, area or gate count, including support logic.
- Operating range
- Voltage, temperature and process conditions; variation between instances; relevant fault and environmental tests.
- Startup & monitoring
- Time to usable output after startup, reboot and wake; startup and continuous health tests; failure response.
- Implementation & portability
- Platform, process and constraints; what changes in a port and which measurements must be repeated.
- Reproducible evidence
- Data collection method, implementation version, comparison baseline, report authors and independent assessment.
Assessment references
SP 800-90B addresses entropy sources; SP 800-90C addresses complete random-bit-generator constructions. These references guide evaluation questions, not a claim of Phystech certification.