360° Root Phenotyping
Controlled-environment imaging characterizes root architecture with digital traits
Use Cases for the Whole Ecosystem
Digital crop assessment use cases from multiple environments, vectors & crops. Image analysis powered by Hiphen Intelligence.
Use Cases for Plant Breeding
DiscoverAccelerate your selection decisions with more repeatable, objective, and scalable digital traits, while paving the way toward phenomic prediction.
Key value delivered by Hiphen
- Higher selection pressure Applied from the earliest breeding stages
- Less experimental noise Objective scoring, free of rater-to-rater drift
- Earlier culling Drop non-promising genotypes sooner
- Standardized traits & analytics Comparable across trials, sites and years
- Integrated in your pipeline From nursery screens to registration trials
Quantify Disease Symptoms at Organ Level in Field Plots
Organ-level image analysis quantifies disease severity on individual leaves and stems, well beyond plot-average scores: diseased area, lesion count and necrotic fraction per organ.
Digital Traits to Correct End-of-Season Yield with Plot-truth Evidence
End-of-season imagery builds a plot-truth record (stand establishment, canopy uniformity, lodging extent, senescence) and flags plots whose development is inconsistent with their measured yield.
Use Cases for Agro-Inputs Testing
DiscoverObjectively quantify your product performance using validated traits that are measured consistently and are fully comparable across trials, application rates, and environments.
Key value delivered by Hiphen
- Dose-response precision Product efficacy quantified to product rate
- Robust benchmarking Treatments compared against commercial references
- Multi-site stability Response consistency across environments
- Dossier-ready evidence Objective, statistically exploitable efficacy data
- Visual proof Real-world evidence of the product impact on crop
Organ Morphology Assessment Straight from the Field
In-field imaging quantifies organ dimensions, shape descriptors, color and defect indicators on every genotype, producing repeatable morphology data without harvesting a sample.
Digital Biomass Assessment for Non-destructive Time-series Analysis
UAV-derived digital biomass (biovolume, plant height, green cover) compares treated and untreated modalities on every plot at every flight, without destructive sampling.
Evaluate Nitrogen Use Efficiency for Crop Nutrition Products
Spectral phenotyping quantifies nitrogen status and use efficiency (N-sensitive indices, green-cover fraction, biomass accumulation) to evaluate crop-nutrition products against N-rate references.
Use Cases for Production Fields & OFE
DiscoverManage production fields at the individual field scale using a multi-vector approach that combines multiple data sources to better decide where to observe, where to intervene, and how to anticipate harvest outcomes.
Key value delivered by Hiphen
- Multi-vector imaging Several data sources fused in one single interface
- Smarter scouting Multi-layer data fusion to track scouting operations at scale
- Digital plant traits Quantified traits at scale, not just heterogeneity maps
- Harvest logistics Harvest windows and yield potential, computed at field scale
- Dashboards & APIs All you need to integrate phenotyping data into your system
Predict Harvest Date to Optimize Logistics & Resources
Repeated imaging tracks maturity indicators, senescence and phenological progression across all fields and converts these dynamics into field-level harvest-date forecasts.
Geolocated Field Scouting to Guide Satellite and Drone Phenotyping
Geolocated smartphone photos from field teams are overlaid on satellite and drone maps in Cloverfield, steering monitoring to confirmed zones of interest.
Identify Best Product Usage Guidelines in Strip Trials before Commercialization
Plant-level phenotyping delivers precise morphology, architecture and vigor traits in strip and non-plot trials to define product usage guidelines before commercialization.
Use Cases for Post-Harvest Quality Control
DiscoverTransform raw agricultural materials into objective data to better manage logistics, enhance quality valorization, and secure industrial decision-making.
Key value delivered by Hiphen
- Objective grading Reduce bias in your quality assessment
- High-throughput control Get more data without limitating your processing flow
- Industrial-grade models Consistent data generated all day every day
- Better material valuation Individuals valued on what they really are
- Traceable quality From the field to the processing line and beyond
Score Card Generation to Rank Raw Material Quality at the Processing Facility (Linen Fibers)
Imaging at the reception line assesses color, morphology and homogeneity in a calibrated setup and compiles them into a standardized score card for each incoming batch of flax fibers.
Grape Harvest Quality Scoring to Optimize Logistics
Reception imaging scores incoming grapes for color, bunch morphology and ripeness proxies, producing an objective quality grade for every crate and parcel.
Shelf-life & Fruit Degradation Scoring (R&D)
Samples are imaged under identical conditions on a fixed schedule; color change, shrinkage, blemishes and decay are scored to predict degradation rates and shelf-life.
