Arzeda

Arzeda

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Private Company

Total funding raised: $52M

Overview

Arzeda is a private, revenue-generating company founded in 2008 that sits at the intersection of synthetic biology and AI. Its core competency is the computational design of novel enzymes and proteins for industrial applications, moving beyond natural evolution to create optimized biocatalysts. The company has demonstrated commercial traction with products like its stevia sweetener, ProSweet Reb M™, and secures significant non-dilutive funding through partnerships with entities like DARPA and the NSF. Arzeda's business model combines platform licensing, collaborative R&D, and proprietary product development to address sustainability challenges in multiple sectors.

Synthetic BiologyAI / Machine Learning

Technology Platform

Intelligent Protein Design Technology™ combining physics-based protein design and AI/ML to create novel enzymes and proteins.

Funding History

3
Total raised:$52M
Series B$35M
Series A$15M
Seed$2M

Opportunities

The global shift towards sustainable, bio-based production across food, materials, and consumer goods creates a massive addressable market for designer enzymes.
Leading large government-funded consortia positions Arzeda at the forefront of next-generation biomanufacturing technologies like cell-free and electro-biomanufacturing.

Risk Factors

Technical risks include the inherent difficulty of predicting real-world protein performance and scaling production efficiently.
Commercial risks involve convincing industries to adopt novel biological processes and facing intense competition from other well-funded synthetic biology and AI-driven design companies.

Competitive Landscape

Arzeda competes in the computational protein design space with other synthetic biology platforms like Ginkgo Bioworks (enzyme services) and Codexis (enzyme engineering), as well as a growing number of AI-native biotech startups. Its differentiation lies in the deep integration of physics-based design with AI and a focus on industrial, non-therapeutic applications.