Proprietary Quantum Solutions Q.Fly sensors detect internal plant water stress weeks before visible symptoms. When trees with damaged roots look green but are dying of thirst, only real-time moisture mapping can save your yield.
Real-time NDMI moisture mapping that tells you exactly which trees need water, which blocks need attention, and where you're spraying dirt instead of canopy.
HLB destroys 30-50% of root mass, and trees die of thirst even in wet soil. Our SWIR sensors detect this "invisible drought" weeks before leaves curl, enabling pulsed irrigation protocols that keep infected trees productive. Stop spraying the 10-20% of your grove that's already gaps.
Spray glyphosate ripener on water-stressed cane and you'll burn down the crop instead of boosting sugar. Pre-flight NDMI scans identify high-vigor zones safe for full rates versus stressed zones that need reduced application. Prevent catastrophic losses and save 15-20% on chemicals.
Individual tree moisture mapping reveals water stress patterns invisible to ground inspection. Identify clogged emitters, failed irrigation lines, and trees that need attention before stress impacts kernel development. Optimize irrigation efficiency by up to 25% with prescription maps.
Vine-level moisture mapping across diverse terroir. Identify blocks reaching optimal water deficit for sugar accumulation versus blocks under excessive stress. Real-time NDMI enables precision irrigation timing that maximizes Brix without sacrificing vine health or tonnage.
Standard RGB and NDVI only see leaf color. The Q.Fly's Short-Wave Infrared sensors measure actual water content inside the leaf. That's the difference between knowing a tree looks green and knowing it's dying.
| Capability | Quantum Solutions Q.Fly Recommended | Standard Drone NDVI | Satellite Imagery |
|---|---|---|---|
| Internal Water Content Detection | ✓ True leaf moisture (SWIR) | ✗ Surface color only | ✗ Surface color only |
| Resolution vs. Satellite | 400× higher detail | 100-200× higher | Baseline |
| Ground Resolution | 5 cm/pixel at 80m altitude | 1 - 5 cm/pixel | 10 - 30 m/pixel |
| Early Stress Detection | ✓ 2-3 weeks before visual | ◐ At visual onset | ✗ After visible decline |
| HLB Root Damage Detection | ✓ Detects "invisible drought" | ✗ Misses root stress | ✗ Resolution too low |
| Individual Tree/Vine Analysis | ✓ Per-plant moisture status | ◐ Limited accuracy | ✗ Not possible |
| Real-Time Processing | ✓ Onboard NDMI computation | ✗ Post-flight required | ✗ 3-7 day delivery |
| Irrigation Uniformity Auditing | Detects clogs, leaks instantly | Limited visibility | Too coarse for emitter-level |
How SWIR drone technology reveals where your input dollars are going to waste
Modern agriculture demands precision that traditional monitoring simply cannot deliver. CropSeer deploys proprietary quantum dot sensing technology on advanced drone automation platforms, capturing spectral data invisible to conventional imaging systems. Our machine learning algorithms transform this data into actionable intelligence, revealing plant health conditions weeks before they become visible to the human eye.
From water stress detection to irrigation system audits, our platform integrates seamlessly with your existing operations. The result: optimized input applications, reduced waste, and the visibility you need to make confident decisions about every acre under management. When margins are tight, that precision is the difference between staying in business and falling behind.
Geo-tagged tree counts for USDA and crop insurance claims
Post-hurricane or rapid-response flight operations
Interpretation and irrigation protocol recommendations
10-15% input savings pays for service in first flight
Book a demonstration flight over your operation. We'll show you exactly where your irrigation is failing, which blocks are wasting inputs, and where the gaps in your grove are costing you money you don't have to lose.
270 Central Blvd STE 205
Jupiter, FL 33458
Florida, California, Texas