We build agricultural software that links farm machinery and field sensors to the cloud and turns their data into clear decisions. Hardware, firmware, cloud, and AI come from one Yalantis team, so you manage one partner and launch sooner.
Agriculture Software Development Services for Field-Ready Agritech Software
18+
Years
in engineering
400+
Engineers
9/10
Client
Recommendation Score
4+
Years of average
client retention
Agriculture software development services we provide
Farm management software development
Spreadsheets and paper logs make it hard to see what happens across fields and crews. We build custom farm management systems that bring planning, field records, and reporting into one place. As an agriculture app development company, we also make sure these farm management software solutions work on the phones and tablets your teams carry.
- Field mapping, crop planning, and task scheduling for agronomists and crews
- Crop management software with input tracking and yield maps
- Inventory management for seed, fertilizer, fuel, and spare parts
- Farm accounting software modules and ERP links
- Mobile apps for field crews that keep working offline
IoT and smart farming software
Field conditions change by the hour, and late data leads to late decisions. Our IoT engineers build smart farming software that collects real-time data from field devices, machines, and weather stations and sends an alert when a value drifts. This data layer becomes the base for any smart agriculture software or precision agriculture software you add later.
- Soil moisture, temperature, and nutrient sensor networks over LoRaWAN or NB-IoT
- Irrigation control that adjusts water use to soil conditions and the forecast
- Alarm rules for frost, equipment faults, and storage climate
- Map-based dashboards for every field, barn, and silo
Agriculture AI development services
AI brings the most value when it runs on data you already collect. Our AI team builds models that forecast crop yield and flag disease and pest risk early. These agtech solutions bring intelligent agriculture into daily field work, so agronomists can act on risks in time.
- Crop yield forecasting from satellite imagery, NDVI, and field history
- Computer vision for disease, pest, and weed detection
- Recommendations on planting and harvest timing
- AI assistants that answer agronomists’ questions in plain language
Agriculture drone software development
Drones survey large fields in minutes, yet raw images alone don’t help anyone decide what to do next. We develop custom agriculture drone software that enables flight planning, image processing, and field analytics in one workflow.
- Automated flight plans and mission control
- Image stitching and NDVI crop health maps
- Control of spraying and seeding drones with variable rate maps
- Data export to your farm management platform
Livestock management software
Our livestock management software solutions allow livestock farmers to track animal health, location, and breeding cycles without daily manual checks. We build both the wearable trackers and the husbandry software behind them.
- Smart collars and ear tags with BLE, LoRaWAN, or cellular connectivity
- Health and behavior alerts based on activity and temperature data
- Herd records, feeding plans, and breeding calendars
- Barn climate monitoring and feeding automation
Supply chain and compliance software
After harvest, buyers want to know where the product came from and how it was stored. We build supply chain management software and compliance software that trace every batch from field to buyer. For temperature-sensitive produce, our cold chain IoT solutions keep storage and transport conditions on record.
- Batch and lot tracking software with QR codes or RFID labels
- Traceability records for FSMA Rule 204 and EU food safety rules
- Silo and storage monitoring to reduce post-harvest loss
- Data analytics on yields, quality, and buyer demand
Embedded systems for agriculture
Farm equipment works in dust, mud, vibration, and sharp temperature swings. Our agriculture embedded software development team writes firmware that keeps controllers and sensors running in these conditions for years. The in-house R&D lab in Warsaw covers hardware development, PCB design, prototyping, and firmware development, so we can build directly into your equipment.
- Firmware for ECUs, implement controllers, and water pump controllers in C, C++, and Rust
- Low-power sensor nodes with multi-year battery life
- Secure bootloaders and over-the-air updates that protect remote machines from failed installs
- Edge computing for on-device analytics where coverage is weak
- Audits and upgrades of legacy firmware on older equipment lines
Our security and compliance
Have a farm tech challenge that standard tools can’t solve?
Describe it in a few lines. Our engineers will come back with a solution approach, a timeline, and a cost estimate.
Agritech software integration with farm equipment
We connect your software to the machines already working on the farm. Our engineers use ISOBUS (ISO 11783), CAN bus, and manufacturer APIs, and we add telematics units where machines have none. Data from tractors, implements, and pumps then lands in one platform without manual exports. Explore our IoT integration services for all available options.
Tractors and implements (ISOBUS)
Task controller and virtual terminal support, so implements share settings and work records with the tractor.
CAN bus and J1939 machines
Gateways read engine, hydraulics, and fault code data and send it to the cloud.
Equipment clouds and OEM APIs
Two-way links with platforms such as John Deere Operations Center and other machinery clouds.
FMIS and ERP systems
Sync of field records, inputs, and costs with your FMIS, SAP, or Microsoft Dynamics.
Irrigation and greenhouse controllers
Remote control and scheduling through Modbus, MQTT, or vendor APIs.
Weather and satellite data
Forecasts, imagery, and NDVI layers matched to each field boundary.
Smart farming and precision agriculture use cases
Smart irrigation management
Soil moisture sensors and weather forecasts control valves and pumps automatically. Growers use less water and know exactly when each field needs it.
Crop health monitoring and yield forecasting
AI models combine satellite imagery, NDVI maps, and field history to spot disease early and predict crop yield. Agronomists can treat problem zones before losses spread.
Livestock health monitoring
Smart collars and ear tags track the activity, body temperature, and location of each animal. Farmers get alerts about illness or heat cycles without checking the herd by hand every day.
Connected farm machinery and telematics
Telematics units and ISOBUS or CAN bus gateways send machine data to one cloud platform. Equipment makers offer remote diagnostics, and fleet owners fix issues before a breakdown in peak season.
Variable rate application
Prescription maps tell sprayers and spreaders how much fertilizer or crop protection each zone needs. Farms spend less on inputs and avoid over-applying chemicals.
Post-harvest storage and traceability
Sensors in silos and cold rooms track temperature and humidity, and batch records follow produce all the way to the buyer. Teams reduce spoilage and get through food safety audits faster.
Agricultural operations challenges we solve
Agriculture industry leaders we help
Each part of the agriculture industry has its own machines, data, and customers. Our custom agriculture software development services adapt to the needs of each group we work with.
Planning a connected product for farms?
Share your device idea or the equipment line you want to upgrade. We’ll outline the architecture and the team it needs.
Our agriculture software solution development process
We create agriculture software solutions in six clear steps. We begin custom software development for agriculture by analyzing how your users work in the field, and each stage ends with a result you can review.
Discovery and requirements
We study your machines, users, data sources, and business goals. You get a scope, a draft architecture, and a list of risks.
Architecture and design
Our architects choose connectivity, cloud services, and data models. Designers prepare dashboards and mobile screens that are easy to use in the field.
Hardware and firmware
If you need new devices, our Warsaw lab designs boards, builds prototypes, and writes firmware. We test each prototype for heat, dust, moisture, and vibration.
Software and integrations
We build the platform, AI models, and apps. Then we connect them to your equipment, FMIS, and ERP.
Field pilot
We run a pilot on real fields or machines. Feedback from operators and agronomists helps us tune the system before scaling.
Rollout and support
We roll the system out across sites and fleets. After launch, we support each agtech software development solution with updates, monitoring, and new features.
Agriculture technology stack we work with
We choose the stack that fits your devices, network coverage, and budget. As an AWS Advanced Tier Partner, we design cloud systems on Amazon Web Services that grow with your fleet.
Rust
C
C++
Kotlin
Zephyr
Linux Kernel
Bootloader
ESP32
STM32
nRF52
Arduino
LoRaWAN
NB-IoT
Cellular
BLE
MQTT
ISOBUS
CAN bus
AWS IoT
Cloud
Edge computing
AI/ML
Mobile
Explore our IoT platform for digital transformation in agriculture
See how it works with real use cases and its technical capabilities.
Security and compliance for agriculture technology
Connected farm equipment holds valuable data and controls real machines. We build security and compliance into the product from the first sprint.
Our certifications:
ISO 9001
ISO 27001
ISO 27701
ISO 13485
Certifications we follow:
ISO 11783
ISO 25119
IEC 62443
ETSI EN 303 645
EU Cyber Resilience Act
GDPR
EU Data Act
FSMA Rule 204
GS1 standards
What sets Yalantis apart among agriculture software development companies
Many agriculture software companies stop at the app layer. As an agritech software development company with its own hardware lab, we also work inside the machine, so data and control logic stay consistent from sensor to screen.
One team for software, hardware, firmware, and cloud
The same team owns the entire project. You avoid gaps between vendors, and one partner answers for the whole system.
In-house R&D lab in Warsaw
Our lab covers industrial design, electronics, PCB, prototyping, and firmware. We test every prototype before it reaches your fields or production line.
Equipment integration expertise
We work with ISOBUS, CAN bus, and equipment APIs. New agriculture solutions fit into the mixed fleets farmers already own.
Strong AI and data skills
Our data scientists turn field and machine data into forecasts and alerts. We train models on your data and check them against real seasons.
Reliable firmware for machines in the field
A software failure during harvest costs farmers time and crops. Our engineers write firmware in Rust for safety-critical code, which reached 99.99% uptime in a telemetry project for mining trucks.
Certified and long-term
ISO 9001, ISO 27001, and ISO 27701 cover how we deliver software services and protect data. Clients stay with us for more than four years on average.
Select Your Plan
Flexible engagement models for agtech projects
Our agtech software development services offer several ways to work together:
Time and materials
This model fits long-term agriculture products whose requirements change as field trials and seasons bring new insights. You can adjust scope and team size as the product grows.
Fixed price
This model fits a clearly defined module with a set deadline, such as a sensor prototype or a farm management feature. We manage the full development cycle and deliver on the agreed budget.
Managed team
Our engineers join your team with the skills you’re missing, such as firmware, IoT integration, or AI. They follow your processes, while we handle their performance and retention.
Managed product
We act as your product co-creator for a new connected device or agritech platform. Yalantis provides the team and manages the full lifecycle, from concept to field rollout and support.
Managed service
We take over one function, such as QA, firmware updates, or cloud operations, with a fully managed team of specialists. Your engineers can stay focused on the core product.
Testimonials from our clients
Insights on smart farming and agritech engineering
Articles
The Role of Edge Computing in IoT and Business Growth
Get a complete understanding of how edge computing works in IoT, its benefits, and IoT challenges it helps to solve. Find out when exactly you can use edge computing in IoT.
Articles
IoT Connectivity Technologies: IoT Protocols, Standards & Use Cases
Explore IoT connectivity technologies and protocols. Learn how to choose the right IoT communication standard for your use case.
Articles
Rust for IoT: Balancing Safety, Performance, and Complexity
Explore the current state and future potential of Rust for IoT. Learn how Rust enhances security, performance, and reliability in embedded and connected devices.
Related services and industries
FAQ
-
What is agriculture software development?
Custom software development for the agriculture industry includes creating farm management platforms, IoT monitoring, AI forecasting, and the embedded code inside machines and sensors. Agritech software helps growers and equipment makers plan field work and protect crop yield with less waste.
-
How can Yalantis support agriculture software development?
We offer full-cycle agricultural software development services, from product strategy and hardware prototyping to cloud platforms, AI, and long-term support. You can hire us for one stage, such as firmware or data analytics, or for the whole product. As an agricultural software development company with its own hardware lab, we deliver agricultural software solutions for equipment makers, agtech platform providers, and large agribusinesses.
-
Can you integrate software with our existing agricultural equipment?
Yes. We connect new software to the machines you already own through ISOBUS, CAN bus, OEM APIs, or retrofit gateways. For older machines without connectivity, we add clip-on telematics units. Data from mixed fleets then flows into one platform, and your team no longer switches between vendor portals.
-
Can you develop embedded firmware for agricultural devices?
Yes. Our embedded engineers write firmware in C, C++, and Rust for controllers, sensor nodes, and livestock trackers. We design for low power use, harsh field conditions, and secure over-the-air updates. Our Warsaw lab builds and tests prototypes, so firmware and hardware are checked together before field trials.
-
Can Yalantis build custom solutions for smart irrigation and precision farming?
Yes. We build systems for automated watering, crop monitoring, and variable rate application. They use real-time data on soil moisture, weather, and field activity to decide when and where to apply water and inputs. This helps growers optimize resources and move to more sustainable farming practices.
-
What technologies does Yalantis use for agricultural data analytics?
We combine edge computing, cloud platforms, and artificial intelligence models for forecasting and anomaly detection. Satellite imagery, drone maps, and sensor data feed into one data layer. Dashboards then show yield trends, field health, and equipment status for every site.
-
What is the average timeline for an agriculture tech project?
Timelines depend on the project scope and technical complexity. On average, a custom solution for agriculture takes four to eight months from concept to deployment. Projects with new hardware take longer than software-only products. A short discovery phase at the start gives you a realistic plan and estimate.
-
Do you help upgrade agricultural equipment or build new tech into machines?
Yes. We work with manufacturers to add connectivity, control units, and smart features to existing machine lines. Our team covers the embedded hardware, the firmware, and the software that runs on top. When you compare the best agriculture software companies, check who can deliver the device and the software as one system. Yalantis delivers both.
-
How do you make sure your software meets the needs of modern farms?
As an agriculture software company, we start with how agricultural operations really run, including seasonal peaks, weak mobile coverage in the field, and crews who need simple screens. Our designers test interfaces with operators, and our engineers build offline modes and clear alerts. We check every feature against a real task, such as planning, spraying, or harvest reporting.
Let’s set up a call
Leave your info and a few words about the project. We’ll review it and reach out to book a call.
Welcome to Yalantis, please fill out the form and we’ll get back to you.
Thank you for contacting us.
Keep an eye on your inbox. We’ll be in touch shortly
Meanwhile, you can explore our hottest case studies and read
client feedback on Clutch.