Multimodal Memory Integrated Circuit for use in Unbreakable Cryptography
Quantum Properties Technology, LLC
A patent family: one line of work, grouped by real continuity rather than by a technology label
inferred from titles. 2 of these applications claim priority to application 63/541,599, filed Sep 29, 2023. A shared origin can cover several different claimed inventions, which is why members here may not share a title. In-force patents first, soonest term end first, then patent number. Expired patents follow, in the same order.
| Patent | Title | Holder | Status | Expires | Time remaining | Confidence |
|---|---|---|---|---|---|---|
| US 12,737,481 | Multimodal Memory Integrated Circuit with Native-Speed Encrypted Data Processing for Use in Unbreakable Cryptography In force · High confidence | Quantum Properties Technology LLC | In force | High confidence | ||
| US 12,476,811 | Multimodal Memory Integrated Circuit for use in Unbreakable Cryptography In force · High confidence | Quantum Properties Technology, LLC | In force | High confidence | ||
| Application 19/364,956 | Multimodal Memory Integrated Circuit with Native-Speed Encrypted Data Processing for Use in Unbreakable Cryptography Pending Not granted | Quantum Properties Technology LLC | Pending | Not granted | not computed | |
| Application 19/635,158 | Multimodal Memory Integrated Circuit with Native-Speed Encrypted Data Processing and Graceful Cryptographic Degradation Architecture for Use in Unbreakable Cryptography Pending Not granted | Quantum Properties Technology LLC | Pending | Not granted | not computed |
4 of 4 records shown. In-force patents first, soonest term end first, then patent number. Expired patents follow, in the same order.
2 of these are in force and held by Quantum Properties Technology, LLC.
Updated Nov 15, 2026 · includes USPTO assignment & status data published Nov 15, 2026 and grant & fee data published Nov 10, 2026 (weekly) · how we know
Computed patent terms end on the dates shown. Related patents and pending applications may cover overlapping subject matter.