Transforming water quality monitoring into a sustainable and scalable business.
Nutrient overload is already an economic problem, and the tools used to watch for it were built for a slower, coarser kind of measurement.
Affordable, intelligent, and proactive water quality monitoring.
70-80% lower cost than traditional monitoring systems. ESP32-based design keeps hardware affordable while maintaining accuracy.
24/7 monitoring with ML-powered predictions. Detect eutrophication risk days or weeks before visible algal blooms appear.
Deploy multiple buoys across large water bodies. 4G connectivity enables easy expansion and comprehensive spatial coverage.
Diverse market opportunities across public and private sectors.
Environmental protection agencies, water resource departments, and municipal governments seeking cost-effective compliance monitoring.
Market Size: $3.2B global water quality monitoring market
Universities, marine research centers, and environmental labs requiring long-term ecological monitoring and data collection.
Key Benefit: Affordable deployment for multi-site studies
Fish farms, shrimp ponds, and aquatic agriculture operations needing continuous water quality monitoring to protect livestock.
ROI: Prevent crop losses worth thousands per incident
Drinking water suppliers and reservoir managers monitoring source water quality to ensure safe public water supply.
Compliance: Meet regulatory monitoring requirements
Lakes, beaches, resorts, and water parks maintaining safe conditions for visitors and protecting tourism revenue.
Value: Protect reputation and visitor safety
Conservation organizations and citizen science groups conducting watershed monitoring and advocacy campaigns.
Accessibility: Low cost enables grassroots monitoring
Two primary lines — units sold once, and a platform that earns every month — supported by three secondary opportunities.
Direct sales of ChitoNet buoy units and sensor packages to customers. Tiered pricing based on deployment scale and customization needs.
Recurring revenue from cloud platform access, data analytics, ML predictions, and premium dashboard features.
Annual service contracts for calibration and repairs
Aggregate anonymized data for research institutions
Educational programs and deployment consulting
Unique ML model predicts eutrophication before visible symptoms, enabling proactive intervention
ESP32-based design cuts costs by 70-80% compared to enterprise solutions without sacrificing accuracy
Multi-buoy deployment provides spatial coverage that single-point monitoring cannot match
Modular design allows easy customization and integration with existing monitoring infrastructure
Three phases, each with a deployment count and a revenue target to measure it against.
Deploy pilot systems in 3-5 strategic locations (university research sites, municipal reservoirs). Collect validation data, refine ML model, and build case studies demonstrating ROI.
Target: 20-30 buoys deployed, $50K-100K revenue
Scale production, establish partnerships with environmental agencies and aquaculture industry. Launch subscription platform and expand to international markets.
Target: 200+ buoys deployed, $500K-1M revenue
Develop advanced features (predictive maintenance, automated treatment systems). Build ecosystem of third-party integrations. Explore strategic partnerships or acquisition opportunities.
Target: 1000+ buoys deployed, $3M-5M revenue
Medium Farm: 12 Ponds
Join us in building a sustainable future with intelligent, affordable, and proactive eutrophication prevention.