LoMaRe builds silicon that draws probability directly from device physics. Fully CMOS-compatible.
brAIn samples true randomness from a stochastic device that keeps a belief in analogue. PMRAM stores data in a deterministic multiferroic memory.
True randomness, generated in hardware and calibrated to the probability a task needs — femtojoules per sample, digital host unchanged.
Explore brAIn →High-speed two-terminal multiferroic memory, protected by granted patents. Sub-0.5 pJ/bit, non-destructive read, deterministic switching, stable to 125 °C, scalable to 6 nm. The best memory platform for compute-in-memory chips.
Explore PMRAM™ →Probabilistic workloads are conventionally expensive for one reason: randomness has to be manufactured — a PRNG, floating-point arithmetic and memory traffic spent producing each sample, imitating something physics does for free.
LoMaRe's primitive calibrates physical randomness into a controllable sampling operation — so probability becomes a native quantity in silicon.
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