AI-Powered Biomanufacturing Revolution

Mechanism × Intelligence

Building next-generation cell factories through advanced computational metabolic models
Integrating bioprocess and cellular systems for holistic optimization
Accelerating the journey from laboratory innovation to industrial scale production

400+

Biotech Application Scenarios

60%+

Replaceable Production Methods

AI Biomanufacturing Platform

AIxBIO develops comprehensive blueprints for cell factories through advanced computational metabolic models. By integrating data from research to production and viewing bioprocesses and cellular systems holistically, we significantly reduce trial-and-error costs and accelerate the path to industrial-scale biomanufacturing.

Design-Build-Test-Learn-Scale Cycle

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Design

Computational pathway design

🔨

Build

Genetic engineering & construction

🔬

Test

High-throughput validation

🧠

Learn

AI-driven optimization

⚗️

Scale

Industrial production

Three Service Models

01

Efficiency Enhancement

Improve production efficiency through customized strain modeling, optimization of culture conditions, and integrated bioprocess-cellular system design to significantly reduce production costs.

Customized mechanistic metabolic models
Genetic engineering strategies
Culture medium & process optimization
Theoretical conversion efficiency analysis

02

Joint R&D

Accelerate new product development by leveraging computational insights from historical data, providing systematic optimization strategies, and greatly reducing trial-and-error costs.

Build customized metabolic models
Data-driven failure analysis
Systematic optimization strategies
Integrated wet-dry iteration cycles

03

Product Transformation

Transform mature R&D products to quickly achieve the leap from laboratory to industrial mass production through systematic scale-up strategies.

Leverage proprietary IP and expertise
Rapid industrial transformation
End-to-end production support
Biomanufacturing lighthouse factories

Core Technical Advantages

• Advanced mechanistic and AI models of metabolism across phylogenetically diverse organisms, from bacteria to fungi to mammalian cells

• Proprietary tool-chain for metabolic modeling, omics-data integration, and machine learning on cultivation data

• Holistic approach integrating bioprocess and cellular systems for optimal predictability and interpretability

• Continuous improvement through data accumulation from industrial collaborations, enhancing model accuracy over time

Our Team

AIxBIO brings together world-class scientists in metabolic modeling, systems biology, and artificial intelligence. Our team represents decades of experience in computational biology, with expertise spanning from fundamental research to industrial applications across diverse microbial and mammalian systems.

Scientific Leadership

Our scientific leadership combines deep expertise in computational metabolic modeling, machine learning, and bioprocess engineering. The team has pioneered methodologies for integrating mechanistic models with AI-driven approaches, creating powerful tools for strain design and process optimization.

With experience across fungal, bacterial, and mammalian cell systems, our team brings a unique holistic perspective that considers both cellular metabolism and bioprocess conditions together— a key differentiator in achieving industrial success.

Core Expertise

• Computational systems biology and metabolic modeling
• Machine learning and artificial intelligence for biotechnology
• Omics data integration and analysis
• Bioprocess engineering and scale-up
• Genetic engineering across diverse organisms

Scientific Advisory

AIxBIO benefits from guidance by leading figures in systems biology and metabolic engineering. Our advisors are internationally recognized for their contributions to the field, including pioneering the development and application of computational metabolic models for industrial biotechnology.

News & Updates

Innovation and growth in AI-powered biomanufacturing

2024.12

Major Project Deliveries and Strategic Partnerships

AIxBIO successfully completed multiple major projects including mammalian cell engineering deliverables, and established strategic partnerships with publicly listed companies. Our client portfolio continues to expand across the biomanufacturing value chain, from food to pharmaceuticals.

Business Development

2024.06

Patent Portfolio Expansion

AIxBIO filed key patents covering our proprietary methodologies for integrating computational metabolic models with AI-driven optimization strategies. These innovations represent significant advances in rational strain design and bioprocess development.

Innovation

2024.03

Core Team Expansion

AIxBIO strengthened its scientific capabilities with the full-time addition of key team members bringing expertise in computational systems biology and metabolic engineering. This expansion enhances our ability to deliver integrated solutions across diverse biological systems.

Team Growth

2024.01

AIxBIO Established with Seed Funding

AIxBIO officially launched with successful seed round financing. Our first collaboration project commenced, demonstrating our unique approach to integrating mechanistic models with AI for accelerated strain development and process optimization.

Company Launch

About AIxBIO

Our Vision

Synthetic biology represents one of the key technologies for achieving sustainable, green development. Biotechnology is poised to transform hundreds of application scenarios, creating massive opportunities in the global bioeconomy while replacing traditional manufacturing methods with more sustainable alternatives.

AIxBIO is committed to becoming a global leader in AI-enabled synthetic biology, accelerating the biomanufacturing revolution through our unique integration of mechanistic understanding and artificial intelligence, promoting rapid development of the bioeconomy.

Leveraging advanced computational metabolic models and holistic bioprocess-cellular integration, we dramatically reduce development uncertainty and accelerate the path from laboratory innovation to industrial-scale biomanufacturing, contributing to sustainable human development.

Our Distinctive Approach

What sets AIxBIO apart is our holistic, integrated perspective. Rather than viewing cells and bioprocesses separately, we consider them as a unified system. This integrated approach enables us to identify and resolve bottlenecks that others might miss, leading to more robust and scalable solutions.

By combining mechanistic metabolic models with machine learning and considering both cellular metabolism and bioprocess conditions together, we achieve an optimal balance of interpretability and predictability—essential for successful industrial translation.

Application Fields

Food & Agriculture

Probiotics, amino acids, alternative proteins, functional ingredients, animal feed, and innovative food additives

Chemicals & Materials

Bio-based chemicals, sustainable polymers, specialty materials, cosmetic ingredients, and industrial enzymes

Biopharmaceuticals

Therapeutic proteins, antibodies, vaccines, cell therapies, pharmaceutical intermediates, and diagnostic reagents

Global Presence

AIxBIO operates with a dual presence in Sweden and China, combining European scientific excellence with Asian manufacturing capabilities. This strategic positioning enables us to serve clients globally while maintaining close connections to both cutting-edge research and industrial-scale production.

Core Competitiveness

🏆

World-Class Expertise

Team with decades of experience in systems biology, metabolic engineering, and AI

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Proprietary Technology

Advanced tool-chain combining mechanistic models with machine learning

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Holistic Integration

Unique approach considering bioprocess and cellular systems together

Contact Us

Get In Touch

Business Inquiries

business@aixb.io

Technical Consultation

tech@aixb.io

Media Contact

media@aixb.io

Locations

Sweden | China

Website

www.aixb.io