Biolytica

The housing market has Zestimates and WalkScores but runs on zero-day exploits regarding biological risk. 

The $5 Billion Blind Spot: Why PropTech Needs a "Biological Data Layer"

Discover Edelman's ten-step process for creating a conscious computer that draws inspiration from embodied intelligence and neuroscience.

The Biological Principles Needed to Engineer Conscious AI

Why LLM-powered AGI is the wrong bet—and how space-based, solar-powered, self-replicating AI could better serve humanity and the planet. 

Biological Space Tech That Is Sun Powered, Sentient and Can Reproduce

Discover how our BGPLVM incorporates expert-labeled biological information, like cell cycle and treatment conditions

Interpretable Latent Spaces: BGPLVM & Biological Factors

Learn how specialized kernel designs in GPLVMs can incorporate prior biological knowledge, like batch effects and cell-cycle phases

Encoding Biological Knowledge in GPLVM Kernels for scRNA-seq

Explore few-shot prompting techniques for logical reasoning tasks in biological pathways. 

Few-shot Prompting for Logical Reasoning Tasks in Biological Pathways

Explore zero-shot prompting techniques for logical reasoning tasks related to signaling and metabolic molecules in biological pathways. 

Zero-shot Prompts for Logical Reasoning Tasks in Biological Pathways

This conclusion reflects on the historical and scientific quest to understand the origins of life, from ancient myths to modern experiments.

The Limitations of Set Theory in Understanding Biological Evolution

This is why bioweapons and bio-engineered viruses should never be developed.

How Do You Go About Creating Biological Weapons That Cannot Be Countered?

In this paper, we aim to understand the evolution of the genetic composition of cancer cell populations.

Main Results and Biological Interpretation

Exploring the modern ideas of sin and damnation.


What is the Biological Equivalent of Sin?

Several projects are being executed and implemented everyday with different integration of blockchain technology. I will be discussing a project which you must have probably heard of. This project is based on building decentralized blockchain apps. The name of the project is Arcblock. Luckily, this project happens to be the first Blockchain ecosystem to build and deploy decentralized application.

THE BIOLOGICAL COMMUNITY FOR BUILDING DECENTRALIZED BLOCKCHIAN APPLICATION

In general, the biologically inspired innovation process is to identify a particular need or design problem, for example, ‘how can we create an effective non-toxic adhesive?’ and then to identify a biological analogy to learn from and be inspired by — to follow the example: a species that manages to stick itself to a surface in an effective way. The common or blue mussel (<em>Mytilus edulis</em>) manages to ‘glue’ itself to rocks in the intertidal zone where it is exposed to strong wave and current forces.

Biologically inspired innovation

Starting at the scale of material science with new textiles, coatings and paints, the examples of biomimetic product design include improved medical tools, fans, propulsion mechanisms, vehicles, trains, boats, planes, renewable energy systems, smart meters, desalination technologies, carpets, windows and packaging systems; to name just a few of the breathtaking varieties of biologically inspired products on the market today. Let us explore a few of these innovations.

Biologically inspired product design

the reality is more nuanced than the hype suggests.

Why Everyone is Panic-Buying Mac Minis for OpenClaw / Moltbot / Clawdbot?

Staff engineer Ignacio Brasca explains why systems fail, how determinism beats over-engineering, and what it takes to build software that lasts.

Ignacio Brasca on Building Systems That Last

Tesla has the data ocean. Waymo has the ground truth. Nvidia has the compute. Who wins the Gran Truismo of autonomous driving?

Gran Turismo 2026: The Great AI Showdown for Autonomous Driving

Why creativity and insight emerge when control loosens. An exploration of predictive coding, randomness, and the brain at the edge of chaos.

The Brain at the Edge of Chaos. When Predictive Coding Fails and Randomness Enters

Mindset shifts fail because the nervous system prioritizes predictability. Why true change requires repetitive neurobiological processes, not just thoughts.

Human Systems Design: Why Epigenetics Rewrites Everything We Know About Change

The current state of AI agents trying to use web browsers is the equivalent of putting the horse in the driver's seat of the tractor. 

Why Teaching LLMs to "Click" is a Futile Abstraction

PriveX launches AI Agents Arena on COTI network, enabling autonomous trading systems with 0.0001% fees and encrypted execution capabilities.

Why Autonomous Trading Agents on PriveX Could Replace Human Crypto Traders

Imagine if you could reverse decades of pollution. Remove tons of CO₂, Clean oceans, restore forests at scale. The good news? We can! The bad news? We don’t!

Earth Cleaning Technologies: The Current R&D Status and Why We're Still Losing the Race

Let's debunk the myths - Terraformation VS Paraterraformation. Can they (if any) be accomplished or are we (and have we been) forever staring at an ABYSS?

Terraformation vs. Paraterraforming: The Dream, The Science, The Illusion

The team built a 27B parameter model that didn't just analyze biological data—it made a novel, wet-lab-validated scientific discovery

Google & Yale Turned Biology Into a Language Here's Why That's a Game-Changer for Devs

Our mission is to make increased human healthspan and performance accessible for everyone - by combining state-of-the-art health data analytics and personalised longevity programs based on the latest scientific and medical breakthroughs.

BIOLYTICA

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Since 2021

Biolytica's stories on HackerNoon

The $5 Billion Blind Spot: Why PropTech Needs a "Biological Data Layer"

The Biological Principles Needed to Engineer Conscious AI

Biological Space Tech That Is Sun Powered, Sentient and Can Reproduce

Interpretable Latent Spaces: BGPLVM & Biological Factors

Encoding Biological Knowledge in GPLVM Kernels for scRNA-seq

Few-shot Prompting for Logical Reasoning Tasks in Biological Pathways

Zero-shot Prompts for Logical Reasoning Tasks in Biological Pathways

The Limitations of Set Theory in Understanding Biological Evolution

How Do You Go About Creating Biological Weapons That Cannot Be Countered?

Main Results and Biological Interpretation

What is the Biological Equivalent of Sin?

THE BIOLOGICAL COMMUNITY FOR BUILDING DECENTRALIZED BLOCKCHIAN APPLICATION

Biologically inspired innovation

Biologically inspired product design

Why Everyone is Panic-Buying Mac Minis for OpenClaw / Moltbot / Clawdbot?

Ignacio Brasca on Building Systems That Last

Gran Turismo 2026: The Great AI Showdown for Autonomous Driving

The Brain at the Edge of Chaos. When Predictive Coding Fails and Randomness Enters

Human Systems Design: Why Epigenetics Rewrites Everything We Know About Change

Why Teaching LLMs to "Click" is a Futile Abstraction

Why Autonomous Trading Agents on PriveX Could Replace Human Crypto Traders

Earth Cleaning Technologies: The Current R&D Status and Why We're Still Losing the Race

Terraformation vs. Paraterraforming: The Dream, The Science, The Illusion

Google & Yale Turned Biology Into a Language Here's Why That's a Game-Changer for Devs

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