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Scindo

Category: AI in Climate / Energy

Scindo is a biotechnology company that has developed an AI-powered platform for discovering and designing novel enzymes for sustainable chemical manufacturing and recycling. Scindo was founded in 2020. The company is led by Gustaf Hemberg. Based in London, United Kingdom. Team size: 1-10. Total funding raised: $5.4 million. Latest round: Seed Round. Key investors include Kadmos Capital, Clay Capital, PINC, Sustainable Food Ventures.

Founded
2020
Headquarters
London, United Kingdom
Team size
1-10
Total funding
$5.4 million

Value proposition

Scindo's platform accelerates the discovery and optimization of enzymes, enabling the creation of high-value, bio-based ingredients from renewable or recycled feedstocks. This reduces the reliance on crude oil, minimizes waste, and lowers production costs.

Products and solutions

AI-powered enzyme discovery and design platform, Custom-engineered enzymes for specific industrial applications

Unique value

Scindo's uniqueness lies in its data-rich, AI-driven approach to enzyme engineering. By combining advanced machine learning models with proprietary biological data, they can rapidly design and optimize enzymes with unprecedented control over selectivity and efficiency.

Target customer

Companies in the specialty chemicals, food and flavorings, personal care, and materials industries that are looking for sustainable and cost-effective manufacturing solutions.

Industries served

Specialty Chemicals, Food and Flavorings, Personal Care, Materials, Recycling

Technology advantage

The primary technological advantage is the speed and precision of their enzyme discovery process, which significantly reduces the time and cost of developing new biocatalysts. This enables them to tackle previously challenging chemical conversions and create novel, sustainable products, giving them a competitive edge in the growing bio-economy.

How they differentiate

Scindo differentiates itself through its AI-powered enzyme discovery and design platform. This platform enables the creation of next-generation biocatalysts for sustainable manufacturing, transforming industrial chemistry with unprecedented control over selectivity. This unlocks novel synthesis routes and allows the company to turn low-value waste products into high-value compounds.

Main competitors

Arzeda, Enzymit, Codexis

Key partnerships

Paulig (through its venture arm PINC), Kadmos Capital, Clay Capital, IndieBio (SOSV)

Notable customers

Information on notable customers or specific case studies is not publicly available at this stage.

Major milestones

Successfully closed a $5.4 million seed funding round to expand its team and further develop its AI-powered enzyme discovery platform., Focused on developing a novel biological process to convert low-value plastic landfill waste into high-value molecules., Building a data-rich AI platform to discover and design next-generation enzymes for sustainable ingredients.

Growth metrics

As a private startup, Scindo's growth metrics such as revenue and customer numbers are not publicly disclosed.

Market positioning

Scindo is positioned as an innovator in the sustainable chemicals and synthetic biology markets. The company focuses on providing enzymatic solutions for industries looking to reduce their environmental impact and adopt greener manufacturing processes. Its AI-driven approach places it at the forefront of technological advancements in enzyme engineering.

Geographic focus

Scindo is headquartered in London, United Kingdom, and its initial funding rounds have involved European investors. This suggests an early focus on the European market, with potential for global expansion as the company scales.

Patents and IP

Specific patent information is not publicly available at this time.

About Gustaf Hemberg

Co-founder and CEO at Scindo, a company focused on developing AI-powered enzyme discovery platforms. Previously, he was a Postdoctoral Research Associate at the University of Oxford, where he worked on new methods for protein engineering. He also has experience as a visiting researcher at the University of Cambridge and as a research assistant at the Karolinska Institute.

Official website: