Microlife S2 + Yucca
Microbial biotechnology system for ammonia control in Biofloc and RAS aquaculture — a biological process, not a chemical additive.
Full SOP, equipment & scale-up specification: in documentation
Applied Biotechnology · West Bengal, India
An Applied Biotechnology Company for Agriculture, Environment, and Climate Resilience.
Mul Biotech Farms develops biological systems that solve real problems — soil degradation, water scarcity, climate resilience, and sustainable food production — through the IRBAS™ framework. Scientific digital platforms support implementation; biotechnology is the solution.
Project Pipeline
₹26 Cr+
Institutional Leads
30+
Contribution Hours
1,245+
Institutional & Media Visibility
200K+
Who We Are
An applied biotechnology company — not a software or GIS company.
Mul Biotech Farms Private Limited develops biotechnology-based solutions for agriculture, environmental systems, regenerative biosphere infrastructure, climate resilience, carbon systems, and sustainable rural development. Artificial intelligence, GIS, remote sensing, and digital platforms are enabling technologies — not the company's identity.
PROBLEM
Soil Degradation
Biological recovery systems rebuild soil health rather than masking decline with synthetic inputs.
PROBLEM
Water Scarcity
Closed-loop aquaponic and hydroponic biotechnology cuts water use against open-field irrigation.
PROBLEM
Climate Resilience
Agroforestry and regenerative biosphere systems build resilience into the land itself, not just the response plan.
PROBLEM
Agricultural Productivity
Controlled-environment biotechnology raises yield reliability independent of weather variability.
PROBLEM
Carbon Sequestration
Biochar activation and carbon stabilization systems turn biomass into a measurable carbon sink.
PROBLEM
Environmental Restoration
Aquaculture and soil biotechnology restore degraded systems rather than working around them.
◆ Flagship Biotechnology Framework
Integrated Regenerative Biosphere Architecture System
IRBAS™ is not a single product — it is the architecture that integrates regenerative agriculture, agroforestry, environmental biotechnology, carbon systems, biomass, ecological infrastructure, and climate resilience into one connected biological system, applicable from a single acre to landscape scale.
IRBAS-RESTORE™
IRBAS-BIOENERGY™
IRBAS-HYDROGRID™
IRBAS-CARBON™
IRBAS-GEOSPATIAL™
IRBAS-RURAL™
Biology Defines the Solution
Environmental restoration is the starting condition, not an offset applied after extraction.
Engineering Enables Implementation
Every component — soil, water, biodiversity, carbon — functions as part of one engineered system.
Data Validates Outcomes
Design decisions are tied to quantifiable environmental impact, not aspirational claims.
Scalability & Circularity
Models that work on one acre and scale to landscape level, with waste minimized through circular resource use.
Core Divisions
Six biotechnology divisions, one biological system.
Land, water, carbon, and livelihoods are treated as one connected biological system — not separate service lines.
Agricultural Biotechnology
- Regenerative agriculture & soil biology
- Integrated nutrient management
- Agroforestry & carbon farming models
Environmental Biotechnology
- Soil restoration & biological recovery
- Biochar activation & carbon stabilization
- Microbial process engineering
Controlled Environment Biotechnology
- NFT, DWC & drip hydroponic systems
- Vertical farming systems
- Microgreens & mushroom production biology
Aquaculture Biotechnology
- Fish production & water quality management
- Aquaponics integration
- Biofloc & RAS biological systems
Regenerative Biosphere Systems
- IRBAS™ integrated biosphere architecture
- Carbon accounting & ESG indicators
- Climate resilience infrastructure
Industrial Biotechnology Applications
- Spirulina & biomass cultivation
- Biological fermentation processes
- Cordyceps & specialty cultivation
Why Mul Biotech Farms
Six things that separate a framework from a deck.
What backs the IRBAS™ approach in practice, not just in pitch material.
01
Biotechnology-Led Approach
Founded on an M.Sc. Biotechnology background, not a generic agri-consulting pivot — systems are designed from the biology up.
02
GIS Intelligence & Spatial Analytics
Live satellite, soil, and climate feeds power decisions — not static maps generated once and left to go stale.
03
Climate & Carbon Readiness
Carbon farming and MRV approaches are mapped against real frameworks (CCTS, Verra, Article 6.4) rather than invented metrics.
04
Research-Driven Development
Field operations since 2019 generated the operational data that the IRBAS™ framework is built on — failure included.
05
Digital Agriculture Infrastructure
Working scientific digital platforms and open repositories, not screenshots — the platforms below are the same ones used internally.
06
Institutional Network Presence
Registered standing with ITU, UNGM, and other bodies — verifiable identifiers, not affiliation claims alone.
Corporate Structure
One parent company, two operating arms.
Mul Biotech Farms Private Limited is the registered parent entity. Both arms below are owned and managed directly by Mul Biotech Farms — not separate, independently-run companies.
Mul Biotech Farms Private Limited
CIN: U01111WB2026PTC292686 · Rishra, West Bengal
Digital Agriculture Arm
Mul Biotech Digital Farm Solutions
UDYAM-RJ-21-0081639 · Rajasthan, India
- Farm development & demonstration projects
- Chirawa agricultural land & field operations
- Digital agriculture & analytics infrastructure
Section 8 NGO Arm
SequestraBionix Foundation
CIN: U88100WB2025NPL280280 · CSR & Carbon Credits
- Research & capacity building
- CSR implementation & carbon credit frameworks
- Volunteer & community sustainability programs
Mul Biotech Digital Farm Solutions (including the Chirawa, Rajasthan land and field operations) and SequestraBionix Foundation are both operating arms of Mul Biotech Farms Private Limited — not independent companies. Any contribution, volunteer work, or commercial engagement under either name is ultimately managed by Mul Biotech Farms.
BioIntel Platforms
Alpha v0.2
v4.0
Scientific digital platforms, not slideware.
The same platforms used internally for monitoring — embedded live below, not screenshotted. These support biotechnology implementation; they are not the product itself.
Aquaculture Intelligence Platform
Real-time performance and survival monitoring across active aquaculture sites.
soumodip18.github.io/Mul-Biotech-Farms-Private-Limited/aquaculture-dashboard.html
Environmental Intelligence Platform
Satellite-based monitoring, soil and climate analytics, and carbon sequestration mapping.
soumodip18.github.io/Mul-Biotech-Farms-Private-Limited/agri-gis-dashboard.html
Scientific Digital Capabilities
Enabling technologies, not the identity.
Artificial intelligence, GIS, remote sensing, IoT, environmental intelligence, satellite analytics, digital MRV, and machine learning strengthen biotechnology implementation at Mul Biotech Farms — they support the biological systems above; they don't replace them.
Artificial Intelligence
GIS
Remote Sensing
IoT
Environmental Intelligence
Satellite Analytics
Digital MRV
Power BI
Machine Learning
Plug & Play Biotechnology Systems
View Products on IndiaMART →
Products, not packages.
Each system below is field-tested at Mul Biotech Farms before being offered commercially. Full specifications (biological process, infrastructure, SOP, equipment, training, monitoring, and scale-up pathway) are published as they're documented.
StressHeal
Aquaculture biotechnology blend supporting fish health and water parameter stability under stress conditions.
Full SOP, equipment & scale-up specification: in documentation
Hydroponics Production System
Commercial NFT and DWC controlled-environment biotechnology configurations, deployed with training and SOP support.
Full SOP, equipment & scale-up specification: in documentation
Professional Biotechnology Services
Services that follow the products.
Consulting and technical advisory support biotechnology implementation — they don't replace it.
Biotechnology Consulting
- Agroforestry systems
- Plantation development
- Regenerative agriculture
Aquaculture Biotechnology Services
- Aquaculture systems
- Aquaponics systems
- Water biological intelligence
Environmental Biotechnology Consulting
- Carbon project development
- Carbon monitoring
- Environmental KPI frameworks
Technical Due Diligence
- DPR development
- Feasibility studies
- Capacity building
Standing
Registered, recognized, and accountable.
Formal registration paired with global network participation — the foundation institutional partners check for first.
Legal & Compliance
✓ CIN: U01111WB2026PTC292686
✓ GSTIN: 19AAUCM6474B1ZZ
✓ MSME / UDYAM: WB-07-0000328
✓ Registered office — Rishra, Hooghly, WB
Global Networks
✓ UN Global Marketplace (UNGM) Vendor
✓ ITU WSIS+20 Stakeholder
✓ Food and Agriculture Organization (FAO) Engagement
✓ GLG Expert Network
✓ World Economic Forum affiliation
Sector Recognition
✓ Greenpreneur Award 2025
✓ ICTforAg Verified Mentor
✓ F6S Startup Ecosystem
✓ Verra Registry Participation
International Standing
International registrations & networks.
Formal registration identifiers, not just affiliation claims — verifiable against the issuing body.
International Telecommunication Union (ITU)
Supports digital agriculture, ICT-enabled environmental monitoring, geospatial intelligence, and climate technology engagement.
Organization ID: 1200368086
Contact ID: 1200368087
UN Global Marketplace (UNGM)
Registered vendor for UN procurement opportunities in agriculture, environmental services, and climate technology.
Vendor ID: 1127495
NABET
National Accreditation Board for Education and Training registration supporting environmental and quality assurance credibility.
ORG078145
MoEFCC PARIVESH
Registered proponent status with India's Ministry of Environment, Forest and Climate Change single-window environmental clearance platform.
Proponent Status: Active
Methodology
From site assessment to scale.
The same eight-step process behind every IRBAS™ deployment, from a single-acre pilot to landscape-scale rollout.
1
Site Assessment
2
GIS & Environmental Analysis
3
Feasibility Assessment
4
DPR & Project Design
5
Deployment Planning
6
Project Implementation
7
Monitoring & Reporting
8
Impact Measurement & Scaling
Methodology Library
Standardized biological systems & field protocols.
Mul Biotech Farms has developed a growing library of standardized biological protocols, environmental monitoring frameworks, and field implementation methodologies derived from its work in regenerative agriculture, agroforestry, aquaculture, soil restoration, biochar systems, and environmental biotechnology.
These frameworks are designed to support consistent deployment, monitoring, validation, and replication of biological interventions across diverse environmental conditions.
The system integrates field observations, environmental intelligence, biological process engineering, and digital monitoring through the Environmental Intelligence Platform, enabling data-driven decision support and standardized implementation practices.
Soil Health & Biological Recovery Systems
Agroforestry Establishment & Monitoring Systems
Water Quality & Aquaculture Biological Management
Biochar Activation & Carbon Stabilization Systems
Environmental Monitoring & Intelligence Frameworks
Biological Fermentation & Microbial Process Protocols
This standardized approach enables Mul Biotech Farms to translate research, field experience, and environmental data into repeatable ecosystem management methodologies for farms, institutions, communities, and restoration projects.
Get Involved
Volunteer, intern, or work with us — remotely.
Whether you come in through Mul Biotech Farms or SequestraBionix Foundation, you're working with the same team. Most roles below can be done fully online.
Volunteer via SequestraBionix Foundation
Section 8 NGO · CSR & Carbon Credit Arm
Volunteer contributions are channeled through SequestraBionix Foundation, the Section 8 nonprofit arm of Mul Biotech Farms. This route suits students, early-career contributors, and anyone looking to build experience while supporting climate and agriculture research.
Research support
Data entry & documentation
Sustainability outreach
Capacity-building programs
Internships & Paid Research via Mul Biotech Farms
Mul Biotech Farms Private Limited
Internship and paid research roles run directly under Mul Biotech Farms. These are structured, output-driven engagements — suited to data analysts, researchers, and technical contributors who want measurable scope and (where applicable) compensation.
Data analyst (remote)
Paid research positions
Soil & environmental data management
GIS & platform development
Both pathways are managed by the same team at Mul Biotech Farms Private Limited. Whether you apply through Mul Biotech Farms or SequestraBionix Foundation, you'll be working with the same people on the same ecosystem of projects — the entity name simply reflects whether the role is structured as a volunteer/NGO engagement or a commercial/paid one. Reach out via WhatsApp or email to discuss current openings.
Field-Tested
Six years of field operations behind every framework.
IRBAS™ didn't start as a slide deck. It emerged from real implementation at Unit Nasibpur (2019–2024) and district-level engagement across multiple states.
Case Study · Nasibpur Farm
The proving ground
Mushroom cultivation, fish farming, aquaponics, and agroforestry were trialed side by side at Unit Nasibpur, generating the operational insight that now underlies IRBAS™ — not theory, but six years of what worked and what didn't.
Outreach · Kalimpong & Murshidabad
District-level engagement
Technical workshops in Kalimpong on aquaponics and climate resilience, and a fisheries outreach event in Murshidabad, extended farm-level learning into farmer awareness and aquaculture education at the district level.
Species Trials
Fish farming, tested in practice
Pangas, Magur, Chital, and Perch were trialed for survival rate, feed conversion, and operational efficiency — the kind of granular data that informs real aquaculture deployment, not just a species list.
Digital Platforms
From field notebook to scientific digital platform
The Environmental Intelligence Platform and Aquaculture Intelligence Platform translate weather, soil, and water-quality monitoring into structured, reportable data for carbon accounting and sustainability frameworks.
17+
Contributors
11+
Institutions Represented
1,245+
Contribution Hours
29+
Publications & Knowledge Assets
₹26 Cr+
Project Pipeline
400+
Farmers Reached
In the Press
Covered on the ground, not just in pitch decks.
Independent press coverage of the Kalimpong aquaponics workshop — from district administration documentation to international trade press.
114K+
Video Views
8.9K+
Article Reads
3.4K+
Downloads
14+
Media Mentions
The Telegraph · June 2025
Kalimpong raises fish to farm crops
Coverage of the district administration's aquaponics push as a practical response to regional water scarcity, with comment from the district fisheries officer.
Read on Telegraph India →Vertical Farm Daily · International Trade Press
India: Kalimpong fuses hydroponic & aquaponic growing
International controlled-environment-agriculture coverage of the Kalimpong deployment as a template for water-scarce mountain terrain.
Read on Vertical Farm Daily →Agri Times · 2025
Kalimpong turns to aquaponics to battle water crisis
Reporting on adoption projections among the district's ~1,500 registered fishery farmers and the closed-loop, zero-synthetic-fertilizer system design.
Read on Agri Times →Government Documentation · FFDA, West Bengal
Official workshop memo, Kalimpong
Fish Farmers' Development Agency (Government of West Bengal) memo documenting the aquaponics workshop and training delivered by founder Soumodip Atanu Roy.
2019 – 2026
From experimentation to incorporated infrastructure.
Seven years of compounding field experience, condensed into a single trajectory.
2019
Initial agricultural experimentation
Integrated farming concepts
Early regenerative systems
2020
Oyster mushroom production
Controlled cultivation experiments
Production scaling & market testing
2021
Process optimization
Integrated farming workflows
2022
Poultry integration
Mushroom production optimization
Farm economics assessment
2023
Aquaponics implementation
Fish farming integration
Hydroponic crop trials
Water-efficient production
2024
Agroforestry experimentation
Carbon farming research
Environmental monitoring concepts
2025
District-level workshops
Institutional engagement
Service expansion
IRBAS framework development
2026 Today
Incorporation of Mul Biotech Farms Pvt. Ltd.
Environmental Intelligence Platform
dMRV Platform
Climate intelligence expansion
Ecosystem repositories
Open Knowledge
Our digital ecosystem.
Research, frameworks, SOPs, and the scientific digital platforms themselves — open on GitHub.
Mul Biotech Farms Ecosystem
Research, frameworks, SOPs and knowledge assets for the full IRBAS™ ecosystem.
Explore Repository →Environmental Intelligence Platform
Source for the satellite monitoring and carbon sequestration mapping platform above.
View Platform →Carbon Intelligence Platform
Digital measurement, reporting & verification platform for carbon and farm KPIs.
View Platform →Publications
Articles, institutional papers, and knowledge assets published under the Mul Biotech Farms ecosystem.
Browse Publications →
2026 – 2030
Where the ecosystem goes next.
A four-phase roadmap from repository completion to international collaboration.
Phase 1
Foundation
- Repository ecosystem completion
- Documentation standardization
- Scientific digital platform enhancement
Phase 2
Deployment
- Commercial deployment of IRBAS models
- GIS intelligence expansion
- dMRV deployment
Phase 3
Carbon & Climate
- Carbon project development
- Climate intelligence services
- Environmental data products
Phase 4
Scale
- National-scale deployment
- Ecosystem expansion
- International collaborations
Building the future of regenerative agriculture through science, technology, climate intelligence, and sustainable development.
Building something in this space?
Whether it's a DPR, a feasibility study, or a conversation about the IRBAS™ framework — reach out directly.