Γ

Advance Discount Ends Thursday, December 31

Advance Discount Ends Thursday, December 31

Food, crops, chemicals, materials, and minerals made with biology, built to compete with incumbents on cost and performance.

SynBioBeta 2027 May 3-6, San Jose, California

  • var(--variable-xyeEn_rYM)

    Christopher

    Bettinger

    Vice President -- Biotechnology

  • var(--variable-xyeEn_rYM)

    Jose Carlos

    Garcia-Garcia

    Procter & Gamble

    Head of Corporate Biotech.

  • var(--variable-xyeEn_rYM)

    Liz

    Dennett

    Endolith

    CEO

  • var(--variable-xyeEn_rYM)

    Joseph

    McAuliffe

    Independent Consultant

    Principal

  • var(--variable-xyeEn_rYM)

    Hugh

    Goold

    University of New South Wales

    Honorary Research Fellow

Two speakers in conversation on the SynBioBeta main stage, one speaking with her hands

BioSolutions

Biology already makes what you touch every day. Now it has to win on cost.

The bioeconomy is a lot bigger than human health. Biology is a manufacturing platform, and it already makes things you touch every day: the protein in your food, the crops in the field, the surfactant in your shampoo, the plastic in your packaging, the copper in your phone.

BioSolutions covers that side of the industry across five areas. Food ingredients made by fermentation and engineered biology instead of animals or extraction. Agricultural biologicals that protect crops, feed them, and help them handle stress, plus the genetics that build those traits into the seed. Chemicals, polymers, and materials built from renewable feedstocks instead of crude. Personal care ingredients with a defined molecule and a known mechanism behind the claim. And engineered organisms that recover critical minerals from low-grade ore or break down contamination in soil and water.

What these companies share is who they’re up against. Petrochemicals, animal agriculture, conventional mining, and synthetic chemistry are cheap, scaled, and very good at what they do. Clearing that bar means matching them on cost per unit and performance in real production, at volume. This theme is about the companies and technologies doing it.

Where you’ll meet the people building
the next decade of bio-based products.

Food Ingredients & Formulation

Using biology and engineered ingredients to improve the taste, texture, appearance, nutrition, and cost of food, and to find better sources for the ingredients that deliver those properties. This covers the major building blocks (proteins, fats, carbohydrates) and the functional ingredients that make a formulation actually work: fibers, hydrocolloids, emulsifiers, sweeteners, colorants, flavors, enzymes, and preservatives.

Personal Care & Cosmetics

Ingredients in personal care now have to earn their claims, which means defined molecules with a known mechanism and reproducible potency rather than uncharacterized extracts. This subset covers biotech-derived actives (peptides, recombinant proteins, biofermented acids, microbiome-targeted ingredients) alongside the functional ingredients that make a formulation work (emulsifiers, surfactants, preservatives, colorants, fragrance), where the case rests on supply security, cost, and replacing animal-derived or regulated inputs.

Agricultural Biologicals

Biologically derived products applied to crops to protect them, feed them, and help them withstand stress, plus the plant genetics that build those properties into the seed itself. The input side breaks into three commercial categories: biocontrol (pest and disease pressure), biofertilizers (nutrient provision), and biostimulants (growth, nutrient uptake, and abiotic stress tolerance). Products are sold by mode of application: seed treatment, foliar spray, or in-furrow and soil. Judged on field performance across real soil types and seasons, cost per acre against the incumbent chemistry, and whether a registration pathway exists in the geographies that matter.

Biomining & Environmental Biotech

Critical mineral extraction and environmental remediation both face growing pressure to reduce the chemical and ecological cost of traditional methods. This subset covers biological approaches to metal/mineral recovery, bioremediation, and other environmental applications of engineered biology.

Chemicals & Materials

Petrochemical routes are cheap, entrenched, and hard to displace on price alone, which is why bio-based chemicals succeed either as drop-in molecules that win on delivered cost or as performance-advantaged molecules that do something the incumbent cannot. This subset covers both across platform and specialty chemicals, polymers and plastics, coatings, surfactants, and performance materials including fibers and textiles, plus the feedstock economics underneath them.

Food Ingredients & Formulation

Using biology and engineered ingredients to improve the taste, texture, appearance, nutrition, and cost of food, and to find better sources for the ingredients that deliver those properties. This covers the major building blocks (proteins, fats, carbohydrates) and the functional ingredients that make a formulation actually work: fibers, hydrocolloids, emulsifiers, sweeteners, colorants, flavors, enzymes, and preservatives.

Personal Care & Cosmetics

Ingredients in personal care now have to earn their claims, which means defined molecules with a known mechanism and reproducible potency rather than uncharacterized extracts. This subset covers biotech-derived actives (peptides, recombinant proteins, biofermented acids, microbiome-targeted ingredients) alongside the functional ingredients that make a formulation work (emulsifiers, surfactants, preservatives, colorants, fragrance), where the case rests on supply security, cost, and replacing animal-derived or regulated inputs.

Agricultural Biologicals

Biologically derived products applied to crops to protect them, feed them, and help them withstand stress, plus the plant genetics that build those properties into the seed itself. The input side breaks into three commercial categories: biocontrol (pest and disease pressure), biofertilizers (nutrient provision), and biostimulants (growth, nutrient uptake, and abiotic stress tolerance). Products are sold by mode of application: seed treatment, foliar spray, or in-furrow and soil. Judged on field performance across real soil types and seasons, cost per acre against the incumbent chemistry, and whether a registration pathway exists in the geographies that matter.

Biomining & Environmental Biotech

Critical mineral extraction and environmental remediation both face growing pressure to reduce the chemical and ecological cost of traditional methods. This subset covers biological approaches to metal/mineral recovery, bioremediation, and other environmental applications of engineered biology.

Chemicals & Materials

Petrochemical routes are cheap, entrenched, and hard to displace on price alone, which is why bio-based chemicals succeed either as drop-in molecules that win on delivered cost or as performance-advantaged molecules that do something the incumbent cannot. This subset covers both across platform and specialty chemicals, polymers and plastics, coatings, surfactants, and performance materials including fibers and textiles, plus the feedstock economics underneath them.

Food Ingredients & Formulation

Using biology and engineered ingredients to improve the taste, texture, appearance, nutrition, and cost of food, and to find better sources for the ingredients that deliver those properties. This covers the major building blocks (proteins, fats, carbohydrates) and the functional ingredients that make a formulation actually work: fibers, hydrocolloids, emulsifiers, sweeteners, colorants, flavors, enzymes, and preservatives.

Agricultural Biologicals

Biologically derived products applied to crops to protect them, feed them, and help them withstand stress, plus the plant genetics that build those properties into the seed itself. The input side breaks into three commercial categories: biocontrol (pest and disease pressure), biofertilizers (nutrient provision), and biostimulants (growth, nutrient uptake, and abiotic stress tolerance). Products are sold by mode of application: seed treatment, foliar spray, or in-furrow and soil. Judged on field performance across real soil types and seasons, cost per acre against the incumbent chemistry, and whether a registration pathway exists in the geographies that matter.

Chemicals & Materials

Petrochemical routes are cheap, entrenched, and hard to displace on price alone, which is why bio-based chemicals succeed either as drop-in molecules that win on delivered cost or as performance-advantaged molecules that do something the incumbent cannot. This subset covers both across platform and specialty chemicals, polymers and plastics, coatings, surfactants, and performance materials including fibers and textiles, plus the feedstock economics underneath them.

Personal Care & Cosmetics

Ingredients in personal care now have to earn their claims, which means defined molecules with a known mechanism and reproducible potency rather than uncharacterized extracts. This subset covers biotech-derived actives (peptides, recombinant proteins, biofermented acids, microbiome-targeted ingredients) alongside the functional ingredients that make a formulation work (emulsifiers, surfactants, preservatives, colorants, fragrance), where the case rests on supply security, cost, and replacing animal-derived or regulated inputs.

Biomining & Environmental Biotech

Critical mineral extraction and environmental remediation both face growing pressure to reduce the chemical and ecological cost of traditional methods. This subset covers biological approaches to metal/mineral recovery, bioremediation, and other environmental applications of engineered biology.

Meet the Sponsors & Exhibitors

Why People Keep Coming Back

Image

”

SynBioBeta is a who’s who of AI and biology. This is where the future is being built, so don't miss it.

Eric Schmidt

Former CEO

Image
Image

”

Nabla was accelerated into existence because of SynBioBeta. I met Seth Bannon from 50 Years, Cee Cee Schnugg from Boom Capital, and others from Y Combinator there, and those same people seeded Nabla. The vibe, leverage, and energy at SynBioBeta are unreal.

Surge Biswas

Founder

Image
Image

”

I met Algen at SynBioBeta and later invested in the company. It's exactly the kind of connection that makes the community so valuable.

Bill Tai

Co-founder

Image
Image

”

For every single fund at Boom Capital, one of our best companies has come directly from SynBioBeta. I met Mammoth Bio at SynBioBeta, and I met Nabla Bio at SynBioBeta.

Celestine Schnugg

Founder

Image
Main Stage Panel

BioSolutions

Sessions Coming soon

Featuring

Speaker Coming Soon

Main Stage Panel

BioSolutions

Sessions Coming soon

Featuring

Speaker Coming Soon

Green watercolour illustration of a folded protein ribbon, the Biosolutions theme mark
Green watercolour illustration of a folded protein ribbon, the Biosolutions theme mark
Green watercolour illustration of a folded protein ribbon, the Biosolutions theme mark
Green watercolour illustration of a folded protein ribbon, the Biosolutions theme mark

Secure Your Spot in the Exhibit Hall

Do Business with the CEOs, Executives, and Investors
Driving the Global Bioeconomy

Do Business with the CEOs, Executives, and Investors Driving the Global Bioeconomy

SynBioBeta logo sticker

Join for

Event Updates

Be the first to know about speakers, topics, and event highlights.

May 3-6,

2027

San Jose Convention Center

California, USA

Green watercolour illustration of a folded protein ribbon, the Biosolutions theme mark
Green watercolour illustration of a folded protein ribbon, the Biosolutions theme mark
Green watercolour illustration of a folded protein ribbon, the Biosolutions theme mark
Green watercolour illustration of a folded protein ribbon, the Biosolutions theme mark