FermentWin FermentCare FermentLearn FermentDesign FerMediaOpt FermentSilico
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FermentWin

Predict. Optimise. Win every batch.

FermentWin is Janussphere's flagship product — an ML-powered Digital Twin platform for real-time fermentation monitoring and early fault detection. Built specifically for industrial fermentation operations, FermentWin continuously learns from your process data to predict batch outcomes and detect faults up to 80 hours before they become critical.

Validated on 100 industrial penicillin batches with 100% sensitivity and fault detection 40–80 hours earlier than traditional methods.

Validated on 100 industrial penicillin batches | Sensitivity: 100% | Fault detection 40–80 hours earlier

Key Features

Real-time prediction — Live batch outcome forecasting powered by ML Digital Twin
Early fault detection — Identify process deviations 40–80 hours before critical failure
Batch comparison — Compare current batch against historical gold-standard batches
Continual learning — Model improves automatically with every new batch
SCADA compatible — Direct integration with existing plant infrastructure
Try Demo Book Presentation
Feed Air TEMP 25.1°C pH 6.50 DO₂ 45.2% Batch Running — Normal Operating Conditions

Applications

Penicillin Antibiotics Enzymes Biofuels Probiotics Food & Beverage
Coming Soon

FermentCare

Total Fermentation Plant Management

FermentCare is a comprehensive AI-powered platform designed to manage every operational aspect of a fermentation facility. From QC records to maintenance schedules, bioreactor specifications to regulatory compliance — FermentCare brings everything into one intelligent system.

Deeply integrated with FermentWin's Digital Twin capabilities, FermentCare creates a complete operational intelligence layer for fermentation plants of all sizes.

Key Features

QC data management — Centralised quality control records with AI-driven anomaly detection
Maintenance records — Predictive maintenance scheduling and equipment history tracking
Bioreactor specifications — Complete equipment database with performance benchmarking
Digital twin integration — Seamless two-way data flow with FermentWin monitoring
Regulatory compliance — GMP documentation and audit trail management
Register Interest
FERMENTCARE — PLANT DASHBOARD BIO-1 BIO-2 ⚠ BIO-3 QC TREND MAINTENANCE SCHEDULE BIO-1 Impeller check — Done BIO-2 Seal inspection — Done BIO-3 pH probe — Due Today ✓ GMP COMPLIANT Audit trail active 3 Reactors Online 1 Alert — Attention Required

Planned Integrations

FermentWin SCADA DCS ERP Systems LIMS
Coming Soon

FermentLearn

Learn Fermentation with AI

FermentLearn is an AI-powered fermentation education platform designed for students, freshers and working industry professionals. Whether you are learning the fundamentals or upskilling on advanced process troubleshooting, FermentLearn meets you where you are.

Built with deep language support for both Tamil and English, FermentLearn makes fermentation science accessible to a new generation of Indian biotechnology professionals.

Key Features

Interactive learning modules — Adaptive AI-driven curriculum personalised to each learner
Fermentation fundamentals — Core concepts from microbiology to bioprocess engineering
Process troubleshooting guide — AI-assisted diagnosis of common fermentation problems
Tamil & English support — Full bilingual content for Tamil Nadu's biotech community
Register Interest
FERMENTATION PATHWAY CO₂ EtOH C₆H₁₂O₆→ 2C₂H₅OH + 2CO₂ AI Tutor: Next: Batch Culture Tamil 🇮🇳 English Module 3: Batch Fermentation — 68% Complete

Designed For

Biotechnology Students Freshers Industry Professionals Academic Institutions
Coming Soon

FermentDesign

Design Your Perfect Fermentor

FermentDesign is an AI-assisted bioreactor selection and design tool that helps researchers, engineers and plant managers specify the optimal bioreactor configuration for their specific organism, product and production scale.

From laboratory scale to industrial production, FermentDesign eliminates guesswork by combining AI recommendations with deep fermentation engineering expertise.

Key Features

Organism-specific recommendations — Tailored design parameters based on your target organism
Scale-up guidance — AI-powered calculations from bench to production scale
Equipment specification — Detailed technical specifications for procurement
Cost estimation — Capital expenditure estimates for procurement and installation
Register Interest
H = 2.4m D = 1.2m SPECIFICATIONS Vol: 100,000 L Mat: SS316 Ag: 150 RPM AI SUGGESTS: Stirred Tank Rushton 6-blade P/V: 1.2 kW/m³ kLa: 200 /hr SCALE RANGE Lab: 0.1–10L Pilot: 10–500L Industrial: 500L – 500KL

Scale Coverage

Laboratory (0.1–10 L) Pilot (10–500 L) Industrial (500L+)
Coming Soon

FerMediaOpt

Fermentation Media Optimization

FerMediaOpt is an AI-powered media formulation engine that analyses microbial biochemical pathways alongside a comprehensive commercial media properties database to generate complete optimised media compositions for any fermentation process.

Convert your biological characterisation data directly into fully optimised media formulations — reducing media costs, improving yields and eliminating trial-and-error media development.

Key Features

Biochemical pathway analysis — Maps organism metabolic requirements to media components
Commercial media database — Comprehensive database of available media components and costs
Complete media formulation — Outputs full optimised recipe with concentrations
Cost optimisation — Minimises media cost while maximising biological performance
Multi-organism support — Works for bacteria, fungi, yeast and mammalian cell culture
Register Interest
MRS Broth YPD Medium ★ OPTIMAL PATHWAY AI Pathway Analysis → Optimised Media Formulation

Organism Coverage

Bacteria Fungi Yeast Mammalian Cells Microalgae
Launching 2026

FermentSilico

In Silico Fermentation — Virtual to Physical

FermentSilico is a revolutionary platform that chemically defines microorganisms as precise mathematical models and runs complete virtual fermentation simulations — without physical bacteria, without a physical fermentor.

This is the future of fermentation development. Design, test and optimise entire fermentation processes entirely in silico before committing a single litre to the lab — saving months of development time and millions in physical infrastructure.

Dr. Thiyagarajan's Dream Product — The world's first complete in silico fermentation platform. Targeting launch in 2026.

Revolutionary Capabilities

Mathematical organism models — Complete chemical definition of microorganism behaviour as equations
Virtual fermentation simulation — Run 1000s of batch simulations in minutes with zero physical resources
Parameter space exploration — Test every combination of temperature, pH, media, aeration in silico
Virtual to physical bridge — Validated simulation results guide physical experiments precisely
Zero physical waste — Eliminate failed batches at development stage entirely
Register Interest
dX/dt = μ·X dS/dt = -μ·X/Yx dP/dt = α·μ+β dO/dt = OTR-OUR μ = μmax·S /(Ks+S) T=37°C (sim) pH=7.0 (sim) Virtual Simulation Active Batch 2847 / 10000 — Zero physical resources required

Why FermentSilico Changes Everything

Design entire fermentation processes in virtual space. Test 10,000 parameter combinations in minutes. Only run physical experiments that are already proven to work. This is the future — launching 2026.

Six Products. One Vision. All in 2026.

Try FermentWin today or register your interest for the upcoming suite — all launching within 2026.

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