Technology

Our Cutting-Edge Technologies

At BioDesign Analytics, we leverage the power of neuromorphic computing to build revolutionary tools that transform the way we understand and engineer biological organisms. Our suite of technologies enables unparalleled speed and precision in genetic analysis, unlocking new possibilities in agriculture, biotechnology, and beyond. Additionally, we have solutions in development to enable GMO producers to detect infringement instantaneously in the supply chain, or even in the field, and a way to enable an XAI solution that provides unimpeachable evidence of the link between a specific phenotype pattern, the traits and characteristics of the claim, and direct evidence of the proof of the infringement, dramatically reducing the cost of GMO patent suits from their current $1.5M average cost..

1

Phenotype Pattern Visualization Array (PPVA)

Revolutionizing Genetic Analysis with Neuromorphic Computing Our flagship technology, the PPVA, is a groundbreaking platform that uses a neuromorphic processor array to analyze and visualize the phenotype patterns of DNA and RNA-based organisms. By harnessing the analytical power of the parallelism of hard neurons, the PPVA allows for the discovery of phenomics rules, learning what genetic patterns produce specific traits and characteristics.

Features:

  • Lightning-Fast Analysis: Offers unparalleled speeds in K-Nearest Neighbor (KNN) operations.
  • Predictive Phenomics Discovery: Enables accurate RBF prediction, optimization, and other valuable customizations of genetic traits.
  • Blockchain Integration: Provides secure, transparent data tracking, and ensures the integrity of genetic information through a decentralized system that records the 'patent application/phenotype-pattern-link/XAI-proven-resulting-trait/characteristic-expression' on a permanent online record.

2

Cognitive Self-Search Drive (CSSD)

Edge-Based AI Computing in Your Pocket The CSSD is a compact, neuromorphic analytical platform designed for on-the-go cognitive computing. Available soon in M.2 and U.2 formats, the CSSD brings powerful pattern recognition capabilities directly to your devices.

Features:

  • Edge Computing Power: Perform real-time data analysis without the need for cloud connectivity.
  • Versatile Applications: Compatible with a variety of developer apps for disease marker identification, cybersecurity, pathogen detection, facial recognition, and more.
  • Developer Opportunities: Early development models available for innovators interested in building apps for our upcoming App Store.
Announcement: We are excited to announce the imminent launch of the CSSD. Developers can contact us LINK TO CONTACT PAGE to gain early access and contribute to the next wave of neuromorphic applications.

Technologies in Development

3.1

NM5500 and Beyond - Miniaturization of CSSDs

Coming Soon
We are working with our supplier General Vision on their development of NM5500 chip to further miniaturize our CSSDs, making neuromorphic computing even more accessible and portable, and enabling Multi-Billion Hard Neuron arrays for truly magical solutions from the revolutionary level of biotech pattern analysis we know this will make possible..

3.2

Portable Pocket MicroArray for Next-Generation Sequencing

Our upcoming Portable Pocket MicroArray will revolutionize next-generation sequencing, bringing lab-grade capabilities into a compact, mobile format. More on this one later…hold on to your hats. This will be a very big addition to taking ALL our biotech solutions to another level of portability and immediacy.

3.3

Million Neuron System on a Chip (MNoC)

The MNoC is a groundbreaking piece of planned hardware from General Vision that brings together hard neurons on one ASIC at an unprecedented 2-4nm scale. Through our partnership, this will act as a cornerstone building block enabling the next generation of PPVAs, along with more powerful and more portable advanced biomedical devices.

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Core Technology Features

Trainable Lifelong AI

  • In-Situ Learning and Auto-Correction: Continuous improvement without duplication.
  • No Supervision Required: Neurons learn new examples anytime and adjust autonomously.

Responsible AI

  • Real Values, Not Just Probabilities: Provides concrete information, acknowledging uncertainties.
  • Robust Decision-Making: Reports when it does not know or is unsure, enhancing reliability.

Explainable AI

  • Transparent Knowledge Base: Not a black box; the content of neurons represents a log of learned patterns.
  • Collective Decision-Making: Decisions are made collectively, ensuring accuracy and accountability.

Modes of Classification

  • Radial Basis Function (RBF): Highly adaptive, non-linear classifier that reports uncertainties and novelties.
  • K-Nearest Neighbor (KNN): Ultra-fast, patented Winner-Takes-All search and sort, ideal for sorting and clustering algorithms.

Scalable Architecture

Design your solution with provisions to expand as your knowledge grows.

  • Homogeneous Assembly: Identical neuron cells with no supervisor.
  • Neuron Cell Composition: Memory plus processing logic.
  • Full Interconnectivity: Between neuron cells for seamless scalability.
  • Deployment Flexibility: Available as a software IP or a bank of chips.

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