It's INSANE that this is being normalized… Data centers are now running on MILLIONS of LIVING HUMAN BRAIN CELLS that must be continuously fed nutrients and oxygen to stay alive. These monstrosities are literally LIVING HUMAN–MACHINE HYBRIDS. Welcome to dystopia.

Is it “The Beast“?

I just asked Grok to fact check this: Grok: “Mostly true — the core claims check out. The summary is accurate on the technology, the Singapore rack, the life-support requirements, power numbers, and the overall concept. A few details are approximate or vary by source. ConfirmedCortical Labs CL1 systems exist and use lab-grown human cortical neurons (derived from induced pluripotent stem cells reprogrammed from adult donor skin or blood cells) cultured on silicon chips with multi-electrode arrays. These form hybrid “wetware” systems that interface electrically in real time with software. They have been demonstrated learning simple tasks: an earlier version (DishBrain) played Pong; CL1 units have been shown playing Doom/Freedoom. The 20-unit rack in Singapore is real. It is a prototype “biological data centre” / biologically integrated server rack at the NUS Life Sciences Institute (NUS Medicine), in partnership with Cortical Labs and data-centre operator DayOne. It went live around mid-July 2026 and was publicly unveiled in August. Melbourne has a larger related facility (~120 units). Partners describe it as the first independently operated setup of its kind outside Australia, with plans to scale toward 1,000 units pending approvals, efficiency, and safety tests. Life support is required. Units have built-in systems for temperature, gas mix (oxygen, CO₂, nitrogen), and waste handling. Technicians feed a nutrient cocktail (sugar/micronutrients/pH buffers) roughly every three days. Cortical Labs states cells can remain viable for up to six months (some longer claims exist). Power draw is low by AI standards. Sources consistently put the 20-unit rack in the 800–1,000 W range (roughly 25–30 W per unit including life support). This is the main selling point versus conventional silicon AI hardware (e.g., individual high-end GPUs can draw hundreds of watts). Applications pitched include research, robotics, drug discovery, anomaly detection, and sparse-data scenarios rather than replacing general-purpose silicon compute. Nuance / caveatsNeuron counts vary by source. Straits Times and some reports say at least ~200,000 per CL1 unit. Others (including earlier CL1 specs, IEEE Spectrum, and multiple tech outlets) cite ~800,000. The Doom demo used on the order of 200,000. “Roughly 16 million total (around 800k each)” is the higher end of reported figures and commonly repeated, but the precise number per unit is not uniformly stated as a fixed spec. Either way, it is millions of lab-grown neurons across the rack. These are lab-grown cultures from donor cells, not harvested brains or tissue taken from living people. They are not full organs or anything close to a complete human brain (a human brain has ~86 billion neurons). It is a research prototype, not a production data centre running commercial AI workloads at scale. Performance so far is limited (basic game play, not competitive with silicon systems). Ethical discussions about living human-derived cells, potential sentience, etc., exist and are noted in coverage. The X post itself is a real, hyperbolic reaction (“INSANE,” “monstrosities,” “LIVING HUMAN–MACHINE HYBRIDS,” “dystopia”) to this publicly reported 2026 development. The underlying facts about the hybrid systems, the Singapore rack, the need for continuous nutrients/oxygen, and the low-power pitch are supported by NUS statements, Straits Times reporting, Cortical Labs materials, and multiple independent outlets.” No way this is human technology.

@Cheri_Kentucky2 Whose brains are they using? Did they consent to this?

Chemtrails are going to choke the air right out of those living braincells.

Deep Dive: Biological Data Centres Using Living Human Neurons — Reality, Scale, and the Dystopian Framing The October 2026 post by epidemiologist Nicolas Hulscher (McCullough Foundation) that described data centres “running on MILLIONS OF LIVING HUMAN BRAIN CELLS” as “LIVING HUMAN–MACHINE HYBRIDS” and “monstrosities” that signal dystopia is reacting to a real commercial development. Australian startup Cortical Labs has commercialised the CL1, a self-contained biological computer that places lab-grown human neurons on a silicon multielectrode array (MEA). These units have been stacked into prototype “biological data centres” in Melbourne (roughly 120 units) and, more recently, a 20-unit independently operated rack at the National University of Singapore’s Life Sciences Institute in partnership with data-centre operator DayOne. This is not science fiction, but it is also not a room full of mini-brains or conscious wetware replacing silicon GPUs. The systems are hybrid research platforms that use living cells as an adaptive processing substrate inside a tightly engineered life-support and software envelope. The alarmist language in the post captures the visceral reaction many people have to the idea of “living” computers; the technical details show something more prosaic and still early-stage. How the CL1 Actually Works Neurons are derived from adult donor blood or skin cells reprogrammed into induced pluripotent stem cells (iPSCs) and differentiated into cortical neurons. Cortical Labs uses relatively standardised 2D monolayer cultures rather than complex 3D brain organoids. Sources report neuron counts per CL1 ranging from around 200,000 to 800,000; the higher figure appears in IEEE Spectrum, Wikipedia, and company-linked descriptions. These cells sit on a silicon MEA with roughly 59 electrodes that can both stimulate the culture with electrical pulses and record its spiking responses. The entire package lives inside a sealed unit roughly the size of a small appliance that provides continuous perfusion of nutrient media, temperature control near 37 °C, gas mixing (O₂/CO₂), pH buffering, and waste filtration. The company states the cultures remain viable for up to six months (some reports mention longer in optimised conditions). Users interact through Cortical’s Biological Intelligence Operating System (biOS), which presents a simulated environment, encodes information as electrical stimuli, and maps the resulting neural activity back into software actions in a closed loop with sub-millisecond latency. Earlier work (DishBrain) showed cultures learning a simplified version of Pong. More recent demonstrations have shown CL1 systems learning to play a Doom-engine game (Freedoom). In these setups the neurons do not “see” pixels; software encodes relevant game state into stimulation patterns, and the culture’s responses are decoded into control signals. The learning is real but narrow, sample-efficient in certain reinforcement-style tasks, and heavily scaffolded by conventional software. The commercial unit launched around March 2025 at a reported price of approximately US$35,000. Cortical also offers remote “Cortical Cloud” access so researchers do not need their own wet lab. Current Deployments and Scale Melbourne hosts the first larger installation of roughly 120 CL1 units supporting the company’s cloud service and around 20 paying customers (primarily research groups and corporate labs experimenting with robotics, gaming, and adaptive systems). The Singapore prototype, publicly demonstrated in August 2026 after going live in July, consists of 20 units in a single server rack described as the first independently operated biologically integrated server rack outside Australia. Reports vary on total neuron count; using the higher per-unit figure yields the often-cited “millions” (sometimes specifically around 16 million for the Singapore rack). Plans exist to expand the Singapore site toward 1,000 units pending re

Who’s cell line?

It's the Matrix.

You’re insane. You just lost me on this and now I know you’re coo coo.

Whose DNA?

Welcome to the machine…

So, if they took out part of my brain in a tumor removal surgery, is my tissue being used in this???

Bio computers using human brain cells is straight up sci-fi. Super creepy but the biotech implications are insane. Big tech is literally playing god right now. Wild timeline.

Dude.

@AntiWar420 The original plot for the matrix humans were not being used as batteries they were being used as computational memory

would it matter if it's mouse neurons? chimps? what the "human" point is? are just neurons

When the power goes out then they can not survive

😳😡😡😡

👀

What do they feed it?

Is this why abortions have been allowed up until birth?

😳

Fucking whaaaaaat?

1 human body can store more data than your average size data center. Go ahead and fact check that.

Wtf!

we are in hell. and anyone that works at these centers is a demon.

What?! No, say this isn't true, dear Lord.

Wow

When they introduced capsaicin to the cells, they reacted!

Even computers want or need to be as human as positive to survive. Gods creation is perfect. The demons know this and want to pervert and destroy it.

I knew it was bad but not to this extent, frightening.

Welcome to fake news