Material developments added to the permanent record when they change the field map.
The Biological Computing Co. says its neuron-derived software layer is being taken towards AWS deployment. TBC reports 5× faster generation and 80% lower inference cost against its chosen base model; these remain company measurements.
A Scaffolded DNA Computer ran ten molecular programs, including 25-bit addition, while relaxing towards a favoured equilibrium state. It extends recent molecular work on supervised learning and reusable circuits.
A bioRxiv preprint describes an organoid reservoir-computing controller used for object grasping and laser chasing in a closed sensor–organoid–action loop. It remains a preprint and has not yet passed peer review.
A Nature study maintained human cortical organoids for more than five years and showed molecular ageing that tracked time in culture. This is relevant to substrate longevity. The study did not test a five-year biocomputing workload.
NUS Medicine, DayOne and Cortical Labs described a 20-unit CL1 deployment at the NUS Life Sciences Institute, demonstrated on 6 August.
The tactile Braille organoid experiment was accepted in Frontiers in Artificial Intelligence, upgrading a record previously tracked here as a preprint.
The Biological Computing Co. opened an interactive comparison of an Oasis 500M base model with its neurally-derived software adapter. Performance figures remain company-reported.
A preprint compared stimulation encoding strategies for closed-loop classification on CL1 systems accessed through Cortical Cloud.
An open-access npj Unconventional Computing perspective set out a cybernetic framework for control, adaptation and engineered neural constructs.
UC Santa Cruz described plans to grow and study organoids at larger scale alongside AI-driven analysis.
A stacked mesh MEA recorded depth-dependent activity in cerebral organoids for more than four weeks.
Princeton researchers reported a flexible 3D electronic interface integrated through a cultured neural network, including chronic recording and stimulation.
A modular cultured-neuron network in a closed feedback loop generated trained periodic and chaotic temporal signals.
A Cell Reports study reported feedback-driven improvement in a cart-pole task and pharmacological evidence implicating glutamatergic plasticity.
A 3D porous framework reported up to 91% organoid surface coverage with 240 individually addressable electrodes.
The company emerged from stealth with a neuron-to-AI architecture and investor-reported performance claims for video-model efficiency.
The inaugural International Conference on Organoid Intelligence is scheduled for Washington, DC. Official conference site →
Updates are added when a paper, platform, funding event or public demonstration materially changes the field map. RSS feed.