SERVICES
Agritechnology Systems
Features
- Real-time crop & environment monitoring
- Heuristic learning for better yield over time
- One-sensor–multi-readout architecture
- Wireless deployment with minimal power draw
- Image-based plant health detection
- Flavour profile development using electronic noses
- Remote monitoring capabilities for distributed environments
Contextual Challenges
Many farms rely on experience or timed irrigation cycles. Existing sensors require widespread WiFi coverage and offer limited insights. They often:
- Are cost-prohibitive
- Fail to measure crucial crop-specific parameters
- Lack learning capabilities
Terabithia’s Competitive Edge
- Multi-output sensing
- Mesh-networked systems using RF and hybrid WiFi
- Server-side inference and AI-driven control
- Transferable learning from field to farm
- User-friendly multilingual GUIs
- Crop-specific optimisation recommendations
See It in Action
Bioreactor Control Systems
Our modular bioreactors are engineered to support R&D and scalable biomass production within limited footprints. Designed for continuous monitoring and automation, these systems integrate advanced sensing for real-time environmental control.
Capabilities
- Monitoring: Temp, pH, DO, EC, NH₃, CO₂, fluid levels
- Batch operation with modular control
- CO₂ & nutrient injection control
- GUI-integrated real-time interface
- Full safety & containment
- Scalable from lab to field use
- Structured engineering design with CAD validation, electrical schematics, and maintenance guidance
Customise Your Bioreactor Today.
Aquaculture Growth & Monitoring
The aquaculture industry demands precise monitoring and control. With risks of fish mortality occurring within minutes during system failure, our solutions are designed for both extensive pond-based systems and intensive recirculating aquaculture systems (RAS).
In extensive systems, our floating, autonomous monitoring unit roams the pond, tracking critical water quality metrics and applying responsive control strategies. Our technology has been shown to improve yield outcomes depending on species and cultivation method.
Using three-dimensional environmental mapping, our system ensures optimal pond oxygenation and early detection of imbalances. Our aquaculture platforms also incorporate synergistic subsystems designed to enhance aquatic biomass growth, optimise input efficiency, and support adaptive environmental responses. These systems use real-time sensor data to regulate critical parameters dynamically, ensuring consistent water quality and more favourable conditions for aquatic life.
This integrated, multi-parameter approach supports better growth outcomes, potentially reduced cultivation timelines, and improved system resilience.
ROAMER: Autonomous Pond Management
ROAMER is our autonomous platform engineered for continuous pond and cage system management. It maps aquatic zones, monitors critical conditions, and maintains oxygen levels using smart sensors.
Transform Your Aquaculture Environment.
Test Cells & Monitoring Units
Our sensor-integrated test cells are precision-built enclosures for environmental monitoring and R&D. Available in multiple options, they feature high-resolution cameras, Lux/Temp/Humidity sensors, HMI interfaces, adjustable lighting, and calibrated heating systems.
- Monitor plant growth under controlled lighting & airflow
- Record environmental responses with real-time data capture
- Adaptable shelf-based systems with plug-and-play design
- Modular design supports 24–42 stirring units (8–14 per level)
- Data service support and GUI-driven interfaces
- Easy component replacement for reduced downtime
- Customisable configurations and expansion as per research or budget
- Full compatibility with Terabithia sensor platforms
Lighting Options Include
- Specific wavelength targeting
- High-intensity LEDs
- Intensity and frequency control
- Multi-light shelf configurations
- Auto ON/OFF scheduling
Add-Ons Available
- AI-enhanced imaging tools
- CO₂ circulation modules
- pH monitoring probes
- Cloud-linked recording services