Two distinct device physics — a stochastic memristive sampler that keeps a belief in analogue, and a deterministic multiferroic memory — plus near-infrared photodetection. All designed to slot into existing CMOS manufacturing and win on energy and cost. Each technology page carries its own applications.
Sampler array · conditioning · calibration · analogue posterior accumulator · a femtojoule comparator. The belief is maintained in analogue; the digital domain is unchanged and only takes an interrupt. Applications — security & cryptography, robotics & physical AI, datacenter & scientific computing.
Open brAIn →A high-speed, two-terminal multiferroic memory protected by 50+ granted patents. Sub-0.1 pJ/bit, non-destructive read, deterministic switching, stable to 150 °C, scalable to 6 nm.
Explore PMRAM →Silicon–metal-oxide near-infrared photodetection at 1000–1800 nm — a low-cost, fully CMOS-compatible alternative to expensive III-V / InGaAs detectors, with response times below 1 ps. Applications — LiDAR, high-speed data communication and chip interconnects, in a manufacturability study with CPI (UK) toward TRL6.
Explore SiMO →brAIn as a live, in-browser teardown: the module, the 1T1R crossbar, one cell, the conditioning loop and the resulting distribution — every readout computed by a simulation the page runs, not typed.
Talk to us about early access, licensing, or a joint development programme.
Get in touch today