Agricultural Machinery
Elevate your system performance and durability in challenging farming environments with our agricultural equipment design services! We develop software, hardware, and mass-produced embedded solutions to enhance operational accuracy and enable autonomous navigation.
We adhere to the industry standards, including ISO 25119, to ensure functional safety across all components. Let’s bring innovation to farm equipment design together with cutting-edge technologies: IoT, AI and machine learning, robotics, and cloud computing.
At Promwad, we develop software and hardware for agricultural machinery of any type:
Tractors
Tillers
Harvesters
Sprayers and Irrigation systems
Balers
Ploughs and Cultivators
Spreaders
Livestock feeders
Chippers/shredders
Fruit graders
Our engineers develop low-level and high-level agricultural machinery software to provide seamless functionality and top-notch user experience.
We create firmware and control algorithms that enhance precision and interaction between hardware components.
Additionally, our designs for agricultural machinery include integrating robust data analytics tools to ensure real-time insights.
We create robust agricultural machinery hardware tailored for optimal performance.
Our team builds advanced sensors, such as precision soil moisture detectors or weather monitoring devices, and actuators, employing high-torque motors and adaptive control algorithms.
Whether you need a component or a complex mechanical structure, we can ensure reliability in farm equipment design.
Our engineers build embedded systems for agricultural machinery to automate routine processes such as precise planting and harvesting.
We implement sensor arrays and adaptive algorithms to analyse soil conditions, adjust seed dispensing rates, and optimise planting depth for optimal yield.
Our farm machinery design services include developing GPS, telemetry, and remote monitoring solutions, as well as low-power wireless communication modules.
We created an integrated control system for gear shifting, rear and front PTO drive, rear axle differential lock, ​and front drive axle drive.
The system monitors and displays the status of various sensors on the front panel. Additionally, the solution controls its power circuits for short-circuit and no-load.
Key features​:
* Photo for illustration purposes only. John Deere CommandViewTM III Cab.Â
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We designed a harvester dashboard solution with a lightweight graphical interface to control the harvesting process.
Technologies we used in our farm machinery design process:
We developed the dashboard software ​for a company manufacturing sewer cleaning ​and waste disposal trucks.
Technologies we used in our software design for agricultural equipment:
ARM, MIPS, FPGA, ARC
ASPICE, AUTOSAR, EGAS, MISRA, ISO 26262, etc.
GPS, GSM, RF, Wi-FI, Bluetooth, LORA
AAC, AVI, H.264, JPEG, JPEG2000, MP3, MPEG 1 / 2 / 4, OGG Media, OGG Vorbis, RTP, WMA
NXP, Texas Instruments, Infineon, Qualcomm, MediaTek, Ambarella, Analog Devices and many others
Automotive: CAN, CAN FD, LIN, RS-485, Automotive Ethernet, USB, etc.
We employ the following technologies to enable data exchange between different equipment brands and models, providing a single control system:
Our partnerships with the best vendors on the market and extensive automotive portfolio give us a solid competitive edge.
Our experience allows us to deliver any automotive project cost- and time-efficiently while offering our clients flexible cooperation models.
We have 20 years of experience in cross-platform hardware and software development across various industries.
Drop us a line about your project! We will contact you today or the next business day. All submitted information will be kept confidential.