2010
Operating Since
15+ years shipping apps
Agriculture & AgriTech Industry Software Development
Agriculture runs on thin margins, short seasons and unreliable connectivity, so the software behind it has to earn its keep fast. We build precision-farming platforms, IoT crop monitoring, traceability systems and agri-marketplaces for growers, cooperatives and agribusinesses. You own 100% of the source code on delivery.
- 2010
- Operating since
- 9,000+
- Projects delivered
- 90+
- Ready platforms
- 100%
- Source-code ownership
Trusted by the brands we build for
Agri-tech platforms built since 2010
Track record behind every agriculture engagement.
9,000+
Projects Delivered
across 35+ industries
3,900+
Apps Published
in 25+ countries
90+
Ready Platforms in Catalog
live in production
insight
What agriculture companies need from software
Agriculture businesses do not buy apps; they buy visibility into yield, cost and compliance across land they cannot watch in person. The software that works covers three layers: field capture that survives weak signal, an operations core that turns sensor and scouting data into decisions, and a commercial layer for buyers, logistics and settlement.
The economics are unforgiving. Input costs, labor shortages and buyer quality demands keep squeezing margins, and platforms that pay back are the ones that cut input spend, reduce waste and open direct-to-buyer channels. That is why traceability and marketplace features increasingly ship in version one rather than someday.
We build the grower app, the agronomist console, the buyer-facing market layer, and the data pipelines that connect soil probes, machinery and satellite feeds. As a ready alternative, our Uber clone app patterns also power agri-logistics and equipment-on-demand products.
Features agriculture platforms need on day one
The capabilities growers and agribusinesses judge software by.
Offline-first field capture
Scouting notes, photos and treatment records logged without signal, syncing safely later. Field data that only works on Wi-Fi never gets collected.
Plot-level analytics
Yield, input spend and health per plot, not per farm. Plot-level truth is what makes variable-rate decisions defensible.
IoT sensor ingestion
Soil moisture, weather stations and machinery telemetry streaming into one timeline. Alerts arrive before problems become losses.
Disease & pest detection
Photo-based detection models flagging risk early. Earlier intervention is the cheapest yield protection available.
Irrigation scheduling
Recommendations from sensor data and forecasts, with automated triggers where hardware allows. Water spend drops without yield loss.
Traceability & lot tracking
Field-to-buyer records with QR codes and export-ready documentation. Premium buyers and auditors get proof, not promises.
Marketplace & settlement
Direct farm-to-buyer trading with pricing, logistics and payouts. Producers capture margin that intermediaries otherwise keep.
Multi-language advisory
Agronomist advice and scheme notifications in the farmer's language. Adoption, not feature count, decides whether agri-tech pays back.
Who we build for in agriculture
Every operator in the chain gets a panel that fits its day.
Growers & estates
Plot dashboards, irrigation schedules and cost tracking that turn fieldwork into numbers management can act on.
Cooperatives & fPOs
Member management, procurement, grading and payout consoles that keep thousands of smallholders on one auditable record.
Agri-input & equipment companies
Dealer portals, credit workflows and connected-product telemetry that tie machines and inputs to service revenue.
Food processors & exporters
Supplier traceability, QC checkpoints and compliance documentation that survive audit season unscathed.
Agri-fintech & insurance
Yield-data-backed lending, insurance claim capture and scoring on real agronomy rather than guesswork.
Proof from platforms we have shipped
Canonical deployments from our own portfolio. Metrics are reported from live platforms, not projections.
Etihad Airways
A high-traffic consumer platform our team ships and operates at national-carrier scale, the same bar every build is held to.
1M+
Monthly Users
40%
Engagement Lift
PragPlay
A consumer platform from the same engineering system, proving the infrastructure core holds under real-time load with strict uptime demands.
500K+
Players
99.9%
Uptime
Marvel Studios
A high-volume consumer experience our team ships at global-release scale, the same discipline applied to every launch.
10M+
Streams
65%
Completion
How an agriculture platform build runs
A delivery process shaped by planting calendars, not just sprint boards.
- 01
Discovery & field audit
We map crops, plots, machinery and buyers, then return a written feasibility verdict and fixed-quote options before you commit.
✓ step 01 complete - 02
Architecture & data plan
Sensor protocols, satellite feeds and offline sync rules designed up front, because retrofitting field pipelines is the costliest mistake in agri-tech.
✓ step 02 complete - 03
Agile build sprints
Two-week sprints with demo builds your agronomists and field teams can pressure-test in the real world.
✓ step 03 complete - 04
Field pilot & QA
Real-device testing on real farms, with adoption metrics tracked before full rollout.
✓ step 04 complete - 05
Season-aligned launch
Go-live scheduled against your growing calendar, with post-launch support and product updates included.
✓ step 05 complete
Every agriculture build ships with
Standard inclusions on every engagement, almost-ready or custom. Nine things you never have to ask for.
100% source code, full IP
The complete unencrypted codebase transfers to you, with documentation and deployment scripts.
White-label branding
Your identity across grower apps, consoles and communications, plus your domains and store accounts.
Store submission and launch
App store and Play Console submissions handled end to end, with production monitoring switched on.
Offline-first mobile apps
Grower and field apps built for weak signal and low-end devices, with conflict-aware background sync.
IoT & sensor integrations
Soil probes, weather stations and machinery data wired into the platform during the build, not as an afterthought.
AI models Pre-tuned
Disease detection, yield prediction and advisory models arrive configured for agriculture, not as raw APIs.
Multi-language and Multi-region
Languages, units, currencies and regional crops configured for your markets during the launch window.
Scalable cloud infrastructure
Containerized services on AWS or Azure with autoscaling and monitoring sized for seasonal data spikes.
Post-launch support and updates
Included support window plus product updates covering bug fixes, OS compatibility and version upgrades.
The stack behind our Agri-tech platforms
Chosen for weak signal, dusty hardware and years of uptime.
Mobile & offline sync
Kotlin, Swift and Flutter with conflict-aware background sync for field data.
IoT & telematics
MQTT and LoRaWAN ingestion for soil probes, weather stations and CAN-bus machinery data.
Satellite & imagery
NDVI and multispectral pipelines feeding variable-rate recommendations.
Backend & data
Node.js, PostgreSQL and time-series stores sized for seasonal data spikes.
AI & analytics
Yield prediction, disease detection and demand forecasting from our AI development services practice.
Cloud & devOps
AWS, Azure and GCP deployments with CI/CD and regional hosting options.
Almost-ready AI launch or custom build: the honest comparison
Both tracks ship the same platform core. The difference is time, price structure, and how much you want to change.
| Criteria | Almost-Ready AI Launch | Custom Build |
|---|---|---|
| Time to live | 6 working days from branding handoff | 3 to 4 weeks, scoped before work starts |
| Pricing | Fixed written quote after a short scoping call | Estimated per module after the discovery call |
| Source code and IP | 100% ownership on delivery | 100% ownership on delivery |
| AI layer | Disease detection, yield prediction and advisory pre-tuned for agriculture | Models designed around your crops, sensors and data |
| Integrations | Standard sensor, weather and payment feeds configured for you | Custom machinery, ERP and buyer integrations scoped individually |
| Best for | Operators who want to launch this season | Teams with bespoke agronomy or trading models |
| After launch | Post-launch support and product updates included | Post-launch support and product updates included |
/10
Why agriculture companies choose Moxace
We've shipped agri-tech where connectivity and power are genuinely unreliable.
Field-proven engineering
Offline-first, low-bandwidth architectures tested on real farms. Our 9,000+ delivered projects include platforms running where 4G is a rumor.
IoT & sensor depth
We integrate soil probes, drones, satellites and machinery CAN-bus data cleanly, so the platform reads the field instead of guessing at it.
Adoption-first design
Agronomist-informed UX farmers use without training. Adoption is the metric that decides whether agri-tech pays back, so we design for it first.
Traceability ready
Certification and export documentation workflows built in, so audit season is a report export rather than a fire drill.
You own the asset
100% source-code transfer on delivery means your platform grows on your terms, not a vendor's license renewal.
Launch windows that respect seasons
Almost-ready platforms go live in 6 working days and custom builds in 3 to 4 weeks, because missing planting season costs a full year.
FAQ's
$ moxace launch --nowReady to digitize your agriculture operation?
Get a free agri-tech architecture review and a launch roadmap from our team.
- 01
Share your idea
a quick call, no deck required
- 02
See the live demo
every screen, admin to user
- 03
Launch with source
full code, your brand, your servers
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