Oxygen
Pivot irrigation management
2024 — present
Egypt
Next.js • React • TypeScript
Case StudySoftware for managing pivot-irrigation systems — sprinkler configuration, coverage mapping and water distribution planning across fields and spans.
Ressan's role
Product design and engineering
Capabilities
Industry
Agritech & IndustrialSystem state
In production · running now
What was built
- Pivot and span configuration modelling
- Sprinkler and nozzle placement with coverage calculation
- Water distribution planning and reporting
- Field, sheet and user management
- Specification-driven engineering outputs
Evidence
No sourced metric on this project.
We shipped this system, but we do not have a measurement we can attribute to it. Rather than estimate a percentage, here is the scope in full — which is a claim you can check with the client.
Delivered
2024 — present
Engagement window recorded for this system.
Surface area
5 modules
Distinct things built, listed on this page.
Stack
5 technologies
Taken from the project's own dependency manifest.
01
The problem
Pivot irrigation design is still largely a spreadsheet craft. Coverage overlaps, nozzle sizing and water distribution are calculated by hand per field, which makes designs hard to compare, expensive to revise and dependent on one experienced person.
02
The approach
We modelled the physical system the way an engineer thinks about it — pivots contain spans, spans carry sprinklers, sprinklers have nozzles and deliver a calculated flow — so the software can compute coverage from a real configuration rather than a lookup table.
03
The outcome
Design work that previously lived in personal spreadsheets is now a structured, reviewable configuration that produces consistent outputs.
Technology
The stack as shipped.
- Next.js
- React
- TypeScript
- Tailwind CSS
- Relational data modelling