Alex Ksendzovsky

CEO @ The Biological Computing Co

[Alex Ksendzovsky @AlexKsendzovsky]

@AWSNewsroom @BioComputingCo @LaurenGoode @WIRED Excited to partner with you on this!

[AWS Newsroom @AWSNewsroom]

🧠 @BioComputingCo records how living neurons process images and turns those patterns into AI software. The result is video generation that’s up to 5x faster and significantly cheaper to run, now available to select AWS customers.

@LaurenGoode reports for @WIRED: https://t.co/bo3QJFPp1X

[Alex Ksendzovsky @AlexKsendzovsky]

@iBuyTheTop_ go to https://t.co/gayYKpihJK for access

[Alex Ksendzovsky @AlexKsendzovsky]

What happens when neurons meet silicon? A new world emerges.

Partnering with Amazon to bring it to customers. DM me for early access.

[Alex Ksendzovsky @AlexKsendzovsky]

@quantdeploys head to https://t.co/gayYKpihJK for access!

[Alex Ksendzovsky @AlexKsendzovsky]

@iBuyTheTop_ Go to https://t.co/gayYKpihJK for access !

[Alex Ksendzovsky @AlexKsendzovsky]

@hyamsol Hi! Thanks for your interest. Head over to https://t.co/gayYKpihJK for access.

[WIRED @WIRED]

The Biological Computing Company is bringing its AI tools to Amazon Web Services in a major boost for a once-fringe field that aims to marry nature with code. https://t.co/jdAPj7kJEo

[Dean Takahashi @deantak]

The Biological Computing Co. teams up with AWS to use brain-cell-generated algorithms. https://t.co/aTx49sWYBF

[Alex Ksendzovsky @AlexKsendzovsky]

https://t.co/xi93p2hM7H

[Alex Ksendzovsky @AlexKsendzovsky]

this is just the beginning…

[Lauren Goode @LaurenGoode]

Nerd alert: AI models built on rat brain neurons—which are placed on multi-electrode silicon arrays, respond to electrical signals, get translated into code, and are then used to train models—are that much closer to reality. As in, they're now available through AWS https://t.co/gIe0Yxnye8

[Lauren Goode @LaurenGoode]

Nerd alert: AI models built on rat brain neurons—which are placed on multi-electrode silicon arrays, respond to electrical signals, get translated into code, and are then used to train models—are that much closer to reality. As in, they're now available through AWS https://t.co/gIe0Yxnye8

[Alex Ksendzovsky @AlexKsendzovsky]

@ShahabBakht we are.

[Brian Schechter @BSchech]

Alex Ksendzovsky has been carrying the same idea since his philosophy student days — encode real-world data into living neurons and extract intelligence. Years later, alongside Jon Pomeraniec, they've finally built it into The Biological Computing Company. New episode of The Compute 100.

[Alex Ksendzovsky @AlexKsendzovsky]

@atlasberry008 managed to explain @BioComputingCo in 2 minutes. i’ve been trying for years.

https://t.co/2MLNbY6vCd

[Alex Ksendzovsky @AlexKsendzovsky]

still sounds a little wild? come see it for yourself. dm me and see the neurons under the microscope.

[The Biological Computing Co. (TBC) @BioComputingCo]

We use real neurons to improve AI.
Now we’re launching the world’s first neuron-derived video generation model.
Faster. Cheaper. Better.
Running on silicon. Upgraded by biology.
Get early access: https://t.co/0DyqU8XEQz

[Alex Ksendzovsky @AlexKsendzovsky]

real neurons. real robot. no simulation. https://t.co/TPgoJ0l9Jl

[The Biological Computing Co. (TBC) @BioComputingCo]

We powered a robot with real neurons. Live. Check it out here:
https://t.co/b7B4NyPt5h

Thanks @pollenrobotics and Reachy.

[The Biological Computing Co. (TBC) @BioComputingCo]

Going live in 30 min. with @awscloud.
Real neurons → AI software → More efficient video model.
Come inside the lab at 1PM PT today: https://t.co/KNROjuiMJh