Biocomputing milestones
A selective history of living-neural computing, focused on experiments and platforms that changed what researchers could actually do.
TBC announces AWS collaboration
The Biological Computing Co. takes its neuron-derived video-model software towards conventional cloud deployment; reported speed and cost figures remain company measurements.
Thermodynamically favoured DNA computer published
A Nature paper demonstrates ten programs on a Scaffolded DNA Computer, including a 100-bit computation, with correct outputs favoured as the molecular system relaxes towards equilibrium.
Brainobot links an organoid controller to a humanoid robot
A bioRxiv preprint reports object grasping and laser chasing using an organoid reservoir-computing layer in a closed robotic loop.
Singapore deploys a 20-unit biological-computing rack
NUS Medicine, DayOne and Cortical Labs demonstrate a 20-unit CL1 system in a live research environment.
Human cortical organoids maintained for more than five years
A Nature study extends the known longevity and maturation window of human cortical organoids; it is a developmental-biology result; computing performance lay outside the study.
Braille organoid experiment passes peer review
Frontiers in Artificial Intelligence accepts the tactile Braille classification study, including the reported 61% single-organoid and 83% three-organoid results.
TBC opens a public neuron-derived AI demo
The Biological Computing Co. releases its Neural Optimizer proof of concept for interactive video generation; metrics are company-reported.
3D-MIND moves neural interfaces into three dimensions
Nature Electronics publishes a flexible 3D electrode array integrated with a cultured neural network for months of recording and stimulation.
Learning in cultured cortical networks
Shahaf and Marom reported adaptive changes in dissociated cortical networks under patterned stimulation, part of the experimental lineage that later fed into embodied neural computing.
DishBrain
Cultured cortical neurons were embedded in a closed-loop Pong environment in a peer-reviewed Neuron paper.
Organoid intelligence becomes a named research programme
Smirnova and colleagues laid out a multidisciplinary programme for using three-dimensional brain organoids in biocomputing.
Brainoware
A brain organoid served as the nonlinear reservoir in speech-recognition and nonlinear-prediction tasks.
Remote Neuroplatform published
FinalSpark described software-accessible, long-running organoid experiments available to outside research groups.
CL1 enters the commercial picture
Cortical Labs introduced a defined neuron-on-silicon biological-computing product and later expanded remote access through Cortical Cloud.
Tactile encoding reaches organoid experiments
The tactile-encoding Braille work first appeared as a preprint; it passed peer review in Frontiers in Artificial Intelligence in August 2026.
Goal-directed learning in cortical organoids
A Cell Reports paper reported task improvement in a closed-loop cart-pole setup and loss of that improvement when key glutamatergic receptors were blocked.
The Biological Computing Company raises $25m
A new commercial route emerges: living neural networks are used to optimise and derive AI architectures, with the product delivered in software.
The inaugural International Conference on Organoid Intelligence is scheduled for 26–27 October 2026 in Washington, DC. Conference site →