From hydrogel applicationto predictive agronomic intelligence.
D.I.S delivers massive irrigation-water savings and/or yield increases by applying hydro-retentive materials with proprietary injection tools we design and manufacture — combining agronomic prescription, precision field deployment and data-driven monitoring.
A water-retaining material designed to support plants under stress.
Hydrogel absorbs water during irrigation or rainfall, stores it in the root zone and releases it progressively when the plant needs it.
From input to agronomic management.
D.I.S does not treat hydrogel as a simple commodity. It treats it as part of a soil–water–plant management system, where agronomic expertise and field execution determine the final performance.
- Water retention in the root environment.
- Support for plant resilience under irrigation constraints.
- Field validation across arid and semi-arid conditions.
Agronomic intelligence + engineering execution.
D.I.S is built on the complementary expertise of two brothers: one defines the agronomic objective and algorithmic logic; the other designs the machines and turns protocols into field operations.
Yann Le Coz
Founder of Raincatcher Technologies. Creator of the D.I.S algorithmic logic: dose, depth, irrigation strategy and agronomic/economic performance forecasts.
Sylvain Le Coz
Former CTO of Raincatcher Technologies. Designer of precision injection tools for trees, field crops and turf/golf. Mechanised deployment and R&D.
A complete mission — from diagnosis to report.
D.I.S delivers the operational layer required to make hydro-retentive systems field-ready, measurable and scalable anywhere in the world.
Diagnosis
Soil, crop, climate, irrigation and field constraints.
Prescription
ALGO D.I.S calculates dose, depth, placement and irrigation scenario.
Deployment
Mechanised root-zone injection with controlled dose and depth.
Monitoring
Season-long data collection, water volumes, growth and performance.
Report
Performance analysis and presentation for scale-up decisions.
ALGO D.I.S — protected agronomic intelligence for field deployment.
D.I.S converts field experience into practical decision-support while keeping the calculation logic, datasets and source code confidential.
Operational decision support.
A controlled framework helps prepare missions, guide field execution and structure performance reporting without exposing the underlying algorithmic logic.
- Confidential calculation logic and source code.
- Mission-level recommendations under controlled access.
- IP protection process underway.
AI-powered agronomic learning.
As deployments multiply, anonymized field feedback can progressively enrich prediction, benchmarking and scenario analysis across regions.
- Predictive field-performance intelligence.
- Water productivity and resilience scenarios.
- Decision dashboards for clients and partners.
We know how to build, sell and deploy tools that do not exist on the market.
D.I.S designs and manufactures unique mechanised tools able to position hydro-retentive materials directly under the roots — at the right dose, at the right depth, and per linear metre. This precise positioning can multiply the effect of the hydro-retainer by up to 3×. This is where hydrogel stops being a commodity and becomes a controlled agronomic system.
Machine sales
Purpose-built injection tools for fruit trees, seeded crops and planted crops — with turf/golf applications already part of our field achievements.
Local manufacturing consulting
D.I.S can support partners willing to produce tools locally: design adaptation, technical specifications, industrialisation support and licence-based transfer.
Training & implementation
We train local operators to prepare, calibrate, deploy and monitor the tools correctly, so field teams can reproduce the protocol at scale.
Officially validated results across crops and climates.
Reports and selected field documentation are available on request. Results depend on context, protocol and irrigation management.
Turn water scarcity into measurable agronomic performance.
For governments, agribusinesses, hydro-retentive material producers, investors and territorial partners seeking field-ready deployment intelligence.