Freyia Labs

Freyia Labs is a DeepTech startup shaping the future of food with F.O.R.S.E.T.I.X., an AI-powered platform that enables precision-controlled fermentation to reduce waste, optimise production, and turn sustainability into a profit-making strategy for SMEs.

What is Freyia Labs?

F.O.R.S.E.T.I.X. (FiX) – AI/ML-Powered Fermentation Optimisation

Freyia Labs is developing F.O.R.S.E.T.I.X. (FiX), a cloud-based SaaS platform that optimises fermentation processes using AI/ML-driven analytics, predictive insights, and automation.

FiX provides precision-controlled fermentation for food, beverage, helping producers improve efficiency, reduce waste, and ensure product consistency. It is a standalone platform that does not require users to replace or upgrade their equipment. FiX adapts to any setup, allowing users to integrate existing sensors, use recommended compatible options, or operate entirely manually by entering fermentation data directly into the system. This flexibility ensures seamless adoption for producers of all sizes.

What makes Freyia Labs unique?

F.O.R.S.E.T.I.X. is the first machine learning-powered platform designed specifically for precision-controlled fermentation across food and beverage applications for SMEs. It provides real-time monitoring, predictive feedback, and automation features that were previously available only in large industrial systems, now offered in a cost-effective and scalable SaaS model.

Unlike static monitoring tools, F.O.R.S.E.T.I.X. continuously learns from each fermentation cycle and delivers dynamic recommendations that improve consistency, reduce waste, and support efficient scaling. Its designed to work with sensors, and is designed for users with no advanced technical background, making precision fermentation widely accessible.

Key advantages include:

  • Customisable workflows and reverse-engineering functionality that allows users to define a desired end goal and receive a tailored fermentation plan
  • Built-in sustainability tracking to support environmental, social, and governance (ESG) goals
  • A user-friendly interface tailored to the needs of small and medium producers
  • Consistent, high-quality output
  • Fewer failed batches
  • Less waste of ingredients, time, and energy
  • Lower costs, better margins
  • Faster product development
  • Scalable tools that grow with them
  • Easier compliance and record-keeping
  • Faster product development
  • Easier compliance and record-keeping


F.O.R.S.E.T.I.X. also creates long-term value through its fermentation intelligence engine, which provides data-driven insights to optimise production performance, minimise resource use, and improve profitability across batches.

How It Works

FiX functions as a smart fermentation assistant, collecting and analysing real-time data while providing AI-driven recommendations and process automation to maintain optimal fermentation conditions.

1.⁠ ⁠Data Collection & Monitoring

  • FiX connects to existing sensors, suggests compatible options, or allows manual data entry for fermentation tracking.
  • It monitors temperature, humidity, pH, oxygen levels, microbial activity, and other fermentation parameters based on the specific application.


2.⁠ ⁠AI/ML-Driven Optimisation

  • Machine learning models analyse fermentation patterns and detect inefficiencies.
  • Predictive algorithms suggest adjustments to improve quality, prevent errors, and enhance yield.


3.⁠ ⁠Process Automation & Control

  • Users can set automation rules to adjust conditions in real time.
  • FiX minimises human error, batch failures, and resource waste by proactively adapting fermentation conditions.


4.⁠ ⁠Reverse Engineering Capability

  • Users define a desired end goal such as flavour, acidity, or microbial composition.
  • FiX not only calculates optimal fermentation settings but also suggests the raw materials and microorganisms required, generating a complete recipe.


5.⁠ ⁠Cloud-Based Scalability & Insights

  • Built on .NET Core 8, Azure Cloud, and Azure SQL Database, FiX provides secure, scalable, and remote-controlled fermentation management.
  • Users can access real-time analytics, batch reports, and AI-driven insights from anywhere.


FiX empowers small and medium producers to compete with industrial-scale technologies, offering an affordable, flexible, and intelligent solution for fermentation management. It enables businesses to scale efficiently while reducing costs, waste, and inconsistencies, transforming fermentation into a data-driven, precision-controlled process.

The Problem

Fermentation is widely used in food and beverage production, but traditional methods are inefficient, inconsistent, and hard to scale. 70% of Small and medium producers rely on basic tools or manual monitoring, leading to 50-60% to experience batch failures, high waste, and unpredictable quality. Aditionally. industrial systems are costly, energy-intensive, and not easily adaptable.

These inefficiencies cost time, resources, and profit, while making it difficult to meet growing demand for sustainable, high-quality fermented products. Lack of automation and data-driven insights limits innovation, slows scaling, and creates barriers for new entrants.

The Solution

F.O.R.S.E.T.I.X. is a precision-controlled fermentation platform powered by AI / machine learning. It enables fermented food and beverage producers to monitor, optimise, and automate their fermentation processes in real time.

By collecting and analysing key fermentation data, such as temperature, pH, oxygen levels, and microbial activity F.O.R.S.E.T.I.X delivers predictive feedback, automation and adaptive recommendations to reduce batch failures, improve quality, and cut waste.

The platform works across scales, offering intuitive tools for small producers and advanced automation features for enterprises. It requires no prior technical expertise, making intelligent fermentation accessible, scalable, and sustainable.

Market Opportunity

F.O.R.S.E.T.I.X. targets the growing market for fermentation technology in the food and beverage sector, valued at $15 billion globally. This is based on the microbial fermentation market ($34.11 billion in 2023), where food and feed products represent 44.1%.

Our addressable market aligns with AI-powered SaaS solutions for production efficiency, estimated at $500 million–$1 billion, based on the food and beverage ERP segment ($3.6 billion in 2023). With expected adoption from 5–10% of this segment, our initial serviceable market is estimated at $25 million–$100 million.

Customer segments include:

  • SME Fermented Food Producers
  • SME Fermented Beverage Producers- non-alcoholic drinks
  • SME Alcoholic Beverage Producers
  • Data Buyers & Industry Stakeholders

Competition Overview

Most competitors focus on either basic sensor-based monitoring or high-cost industrial fermentation systems. These solutions lack flexibility, are often not scalable for SMEs, and rarely offer integrated AI/ML capabilities.

F.O.R.S.E.T.I.X. stands out as the first precision-controlled fermentation platform combining real-time monitoring, predictive feedback, and process automation in a scalable, cloud-based SaaS model. It supports both hobbyists and enterprises, adapting to different user needs without requiring complex infrastructure changes.

Unlike static tools or rigid systems, F.O.R.S.E.T.I.X. learns over time, offering dynamic, data-driven recommendations and continuous optimisation. Its accessibility, customisation, and sustainability focus make it uniquely positioned to modernise fermentation for small and medium producers.

2025 Key Milestones

Q1

  • Complete fermentation chamber build and begin internal system testing with Freyia Labs products.
  • Finalise sensor integration, data pipeline architecture, and real-time monitoring system.
  • Submit IP application covering core components of the FiX platform.
  • Outline the structure of the AI/ML models and begin early-stage data collection for model training.


Q2

  • Conduct controlled internal fermentations to gather diverse datasets for AI/ML training.
  • Refine core software functionalities including dashboard, parameter tracking, and feedback mechanisms.
  • Strengthen partnerships with academic and food-tech institutions to support model development and validation.
  • Launch initial UI/UX testing and usability feedback with internal users.


Q3

  • Begin foundational AI/ML model development using internal fermentation datasets.
  • Finalise SME pilot testing framework and onboarding roadmap for 2026.
  • Secure €300K in funding to support product refinement, cloud infrastructure, and data science efforts.
  • Continue expanding fermentation tests across product categories to diversify training data.


Q4

  • Integrate early-stage AI components (e.g. trend detection, anomaly alerts) into the live system.
  • Prepare technical documentation, onboarding guides, and case study templates.
  • Launch soft marketing and outreach campaign to engage early SME leads for 2026 pilots.
  • Finalise data governance, privacy, and scalability infrastructure.

Exit Strategy

Freyia Labs anticipates multiple viable exit pathways, aligned with industry demand for scalable, sustainable, and data-driven technologies. The most likely exit route is strategic acquisition by a mid-to-large player in the foodtech, agritech, biotech, or industrial automation sectors seeking to enhance their fermentation capabilities with AI/ML-driven process optimisation. These companies are increasingly investing in platforms that offer predictive analytics, sustainability tracking, and cloud-based process control.

A secondary exit route is acquisition by a major SaaS or ERP provider targeting vertical expansion into food and beverage production, where intelligent fermentation is a growing focus. Our platform’s ability to integrate with supply chains, automation systems, and sustainability metrics makes it an attractive addition to enterprise software portfolios.

Another path is acquisition by investment firms or private equity funds focusing on sustainability, food systems, or industrial AI. These investors may seek to consolidate Freyia Labs with complementary technologies for resale or public listing.

A longer-term option is an IPO, if market traction and revenue growth accelerate post-2028. The company’s dual value—deeptech IP and a scalable SaaS model—offers strong positioning for public markets, particularly in green tech or AI verticals.

In all scenarios, Freyia Labs’ focus on real-time automation, circular systems, and machine learning-based optimisation creates defensible IP and recurring revenue, making it a strong candidate for acquisition or public exit.

Revenue Model

F.O.R.S.E.T.I.X. operates on a tiered subscription-based SaaS model tailored to the needs of SMEs in the food and beverage fermentation sector. Users pay a monthly fee based on feature access, ranging from basic monitoring tools to advanced predictive analytics and automation controls.

Additional revenue streams include enterprise licensing for larger producers, custom integrations, and API access. From 2026 onwards, the platform will also generate income through data monetisation, offering fermentation intelligence, benchmarking, and sustainability analytics to industry stakeholders.

This model ensures recurring revenue, scalability across user types, and long-term growth through high-value data services.

Team Overview

Picture of Greta Skemaite

Greta Skemaite

Picture of Vasilis Joseph

Vasilis Joseph

Team Story

Freyia Labs was born from the intersection of two passions: Vasilis’s drive to reinvent food through fermentation, and Greta’s lifelong commitment to healthy, sustainable living. Vasilis, with a background in marketing and a love for experimentation, began working with fermented foods and quickly recognised the inefficiencies and inconsistencies plaguing small producers. Greta, a corporate lawyer with 15 years of experience, brought the structure and resilience needed to turn this vision into a business.

Together, they launched a line of functional fermented products but soon realised the real bottleneck was not product innovation, it was the lack of intelligent, accessible tools to support fermentation at scale. This insight led to the creation of F.O.R.S.E.T.I.X.

As the idea evolved, they brought on a team of developers, AI/ML experts, and product leaders who shared the vision. What started as a small business has become a deeptech company working to reshape how fermentation is done, from the ground up.

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