Production
Matured Seabass
Revenue contribution60%
Gross margin50%
- Cycle
- 1 batch / year
- Capacity
- Up to 1 ton / cage
- Target
- Restaurant chains & export
- Average price
- ₹600–₹850 / kg
Marine Bio-Tech · Precision Monitoring
Precision Aquaculturefor a Sustainable Ocean
Technology-driven cage management for sustainable and scalable Asian Seabass farming.
Parameters shown represent the monitoring capabilities of the Marine Bio-Tech cage management system. They are illustrative, not live sensor readings.
Registered
Marine Bio-Tech · DIPP No: 158433
Participation
India–EU Business Forum, New Delhi
Based in
Puducherry, India
The Challenge
The ocean has potential.
Traditional aquaculture has limits.
Asian Seabass supply through conventional marine practice remains unreliable. Fishermen travel further into high seas, while commercial cage culturing in India carries high risk against uncertain yield.
01Overfishing
High-value marine species face increasing pressure from overfishing, pushing fishermen further into distant high seas for an unreliable catch.
02Unpredictable Farming
Conventional commercial cage culturing in India can involve significant operational and environmental uncertainty — high risk against modest yield.
03Limited Visibility
Important environmental conditions can change beneath the surface without continuous visibility, leaving decisions to be made after the fact.
Source statement: CMFRI reports that 69% of India's marine fish stocks are under pressure from unsustainable exploitation. This is a published sector observation attributed to CMFRI, not a Marine Bio-Tech claim.
Species Focus · Lates calcarifer
Why Asian Seabass?
A commercially significant marine species with a demanding culture profile — precisely the combination where precision management creates value.
- Euryhaline
- Tolerates a wide salinity range, from brackish to marine waters.
- High-value species
- A premium table species with established commercial demand.
- Export potential
- Strong export interest alongside domestic restaurant demand.
- Culinary versatility
- Suits a broad range of cuisines and preparation formats.
Lates calcarifer
Asian Seabass
Nutritional profile
High protein, low fat, and a source of Omega-3.
Carnivorous & cannibalistic
Requires grading and careful stocking discipline.
Challenging feeding behaviour
Feeding response demands attentive, consistent management.
Skilled-labour intensive
Traditionally dependent on experience and inherited knowledge.
Because Asian Seabass is carnivorous, feeding-sensitive and skilled-labour intensive, outcomes have historically depended on inherited knowledge alone. Marine Bio-Tech adds a continuous layer of environmental visibility to that expertise.
The Approach
From cage farming
to precision aquaculture
Technology meets tradition. Marine Bio-Tech combines established aquaculture knowledge with technology-driven monitoring and management — technology extends the cultivator's judgement, it does not replace it.
Feeding event
Decision supportCultivators keep the final call. What changes is the quality of the information behind it — continuous readings instead of periodic guesswork.
Experience+Data+Technology=Better decisions
01
Cage
The farming unit
02
Sensors
Environmental capture
03
Data
Structured records
04
AI
Pattern analysis
05
Insights
Decision support
06
Action
Cultivator response
07
Farm Management
Improved cycle control
A continuous loop, not a one-time reading.
Technology Ecosystem
The intelligence beneath the surface
A precision technology ecosystem designed for smarter cage management.
Field hardwareConceptual schematic
Module 01
IoT-Enabled Water Quality Monitoring
Continuous observation of the parameters that govern cage health — designed to replace intermittent manual sampling with a consistent environmental picture.
- Dissolved Oxygen
- Temperature
- pH
- Salinity
- Weather
Visualisations and parameter labels describe designed system capabilities. They are conceptual representations of the Marine Bio-Tech interface and do not display live or measured production data.
Solutions
Built around the aquaculture ecosystem
Three connected business areas — technology for peer cultivators, matured stock for market, and fingerlings that strengthen the wider cultivation base.
01Cage Management Technology
Technology leasing for peer cultivators — the precision monitoring and management stack deployed on their existing cages.
Target
Peer cultivators
02Matured Asian Seabass
Direct supply of matured Asian Seabass to restaurant chains and export markets.
Target
Restaurant chains & export
03Seabass Fingerlings
Fingerling supply that strengthens the wider cultivation ecosystem around Marine Bio-Tech.
Target
Peer cultivators
Business Model
Three paths to sustainable growth
Production, technology and the cultivation ecosystem — each stream reinforces the others across the crop cycle.
Technology
Cage Management Technology
Revenue contribution25%
Gross margin40%
- Cycle
- 1 batch / year
- Capacity
- 1 device / cage
- Target
- Peer cultivators
- Average price
- ₹80,000 / device / crop
Cultivation ecosystem
Seabass Fingerlings
Revenue contribution15%
Gross margin75%
- Cycle
- 3 batches / year
- Capacity
- Up to 40,000 fingerlings / batch
- Target
- Peer cultivators
- Average price
- ₹60 / fingerling
Business model projections and figures from the current company deck. These are planning figures, not audited or independently verified financial results.
Sustainability
Farming smarter.
Protecting what we depend on.
Sustainability in mariculture is an operational question before it is a marketing one. Better visibility beneath the surface leads to better decisions above it.
Continuous environmental visibility
Monitoring dissolved oxygen, temperature, pH and salinity gives a running picture of the water the stock actually lives in.
Responsible cage management
Stocking, feeding and aeration decisions grounded in observed conditions rather than assumption.
Reduced pressure on wild stocks
Reliable farmed supply of Asian Seabass reduces dependence on distant high-seas capture.
Scalable by design
A per-cage technology unit means the same discipline can extend from one cage to many, including cages operated by peer cultivators.
Philosophy
Technology meets tradition
Aquaculture expertise remains at the heart of farming. Technology gives that expertise greater visibility, data and decision support.
Tradition
- Experience
- Observation
- Knowledge
- Human decision-making
Precision Aquaculture
Technology
- IoT
- AI
- Robotics
- Monitoring
- Data
Vision
Born in India.
Built for a global aquaculture future.
Marine Bio-Tech is building a technology-led approach to sustainable marine aquaculture, beginning with Asian Seabass and designed with scalability in mind.
Partnership
The future of aquaculture is more intelligent.
Explore opportunities to collaborate with Marine Bio-Tech in building a more precise, sustainable and scalable marine aquaculture ecosystem.