Now In Pilot Phase

Bio Engineering
the right way

The world's first "CAD for Biology" platform. We predict how genes create physical shapes to optimize livestock, crops, and cellular therapies.

$1T Market Opportunity
100x Faster Selection
AI Driven Design

The Paradigm Shift

Traditional breeding is a game of probability. BioCAD.IO makes it a process of design.

Traditional Breeding

  • Slow Cycles: 3-5 years to validate results
  • Trial & Error: Guesswork based on statistics
  • Limited Insight: "Breeding Blind" without blueprints

The BioCAD.IO Way

  • Predictive Design: Simulate outcomes before breeding
  • Mechanistic AI: Understand why traits emerge
  • Precision: Optimize skeletal & muscle structure

In-Silico Speed

Why wait 5 years for a phenotype to express? BioCAD.IO simulates the organism's development in seconds.

Real-time Morphological Simulation

  • Digital Twin: Perfect optimization before birth.

Structural Optimization

  • Zero Latency: Immediate feedback loop.

Wet Labs No More

Move from "Trial & Error" in the field to "Design & Simulate" in the cloud.

  • Sustainable: Reduce wet labs reliance

Livestock First, World Next

Our core AI engine is species-agnostic. We are starting with high-impact livestock applications.

Livestock

Optimizing functional longevity, calving ease, and yield through structural improvements.

  • Healthier Udder & Skeletal Support
  • Increased Ribeye & Meat Yield

Commercial Crops

Designing resilient root systems and optimal canopy architecture for climate adaptation.

  • Drought-Tolerant Root Architecture
  • Optimized Light Capture & Canopy

Future: Pharma & Organs

Designing cellular therapies and organ structures using the same core "Genotype-to-Shape" engine.

  • CAR-T Cell QC
  • Organoid Design

Generative AI for Physical Biology

We combine Deep Learning, Structural Biology, and massive genomic datasets to bridge the gap between DNA code and physical reality.

01

Ingest Genomics

Whole genome sequencing data from parents (Sire & Dam).

02

Simulate Proteomics

Predict protein folding and activity maps using AlphaFold-derived models.

03

Predict Phenotype

Generate 3D structural models of the offspring's tissues and organs.

class BioCAD_IO_Generator {
  async simulate_organism(genome) {
    proteins = await fold(genome);
    structure = await build_matrix(proteins);
    return structure.optimize();
  }
}

Strategic Roadmap

Year 1

Validation & POCs

Retrospective studies with Tier 1 cattle breeders. MVP launch for skeletal prediction.

Year 2

Commercial Scale

$2M ARR target. Expansion to swine and poultry markets. SaaS licensing for breeders.

Year 3+

Human Health

Expansion into cellular therapies (QC) and organ design. FDA pre-submissions.

Ready to Design the Future?

Join the leading genetics companies using BioCAD.IO to build better biology.

Targeting Partnerships With Industry Leaders

ABS Global Select Sires Alta Genetics