Intelligent Engineering for Agricultural Machinery

The agricultural sector is experiencing a surge in machinery demand, propelled by cutting-edge technologies. Big data, farm automation, sensor integration, predictive analytics, and real-time equipment monitoring are revolutionizing the industry. Cyient, with its extensive expertise in agricultural machinery, collaborates with leading OEMs to create state-of-the-art agricultural and forestry equipment. Our tailored solutions, featuring advanced diagnostics and customization, significantly enhance efficiency and reduce operational costs.

Accelerate Product Development and Localization

Our team employs advanced automation tools and a comprehensive approach throughout the product lifecycle, from initial benchmarking to aftermarket support, ensuring rapid market entry without compromising quality or performance.

Reduce Engineering and Operational Costs

We implement Product Lifecycle Management (PLM), Model-Based Systems Engineering (MBSE), Robotic Process Automation (RPA), Artificial Intelligence (AI), Product Data Fabric, and Testing-as-a-Service for enhanced productivity.

Enhance Customer Experience

Cyient utilizes advanced, AI-driven aftermarket solutions to minimize downtime and optimize operations with our data-driven methods for customized solutions, driving outstanding results and ensuring long-term growth.

Equipment

Cyient designs an extensive array of agricultural machinery, including advanced tractors, efficient harvesters, precise planters, and robust balers. Our equipment is engineered to maximize efficiency and productivity in contemporary farming practices.

Planting Equipment
Tractors
Balers
Pickers
Harvesters
Cultivators
Thrashers
Loggers
Skidders
Loaders
Feller Bunchers

Sub-Systems

Our team develops cutting-edge engineering solutions for a wide range of subsystems. These include state-of-the-art electrical systems, sophisticated electronic controls, advanced automation, high-performance engines, efficient transmissions, and operator cabs.

Engines and Exhaust
Chassis, Body, Undercarriage
Powertrain and Transmission
Booms, Fenders and Outriggers
Drum, Buckets and Attachments
Hydraulic/Pneumatics
Electrical system
Electronic Control Unit
CAN Communication System
ADAS and Telematics

Platform Engineering

Autonomous

Electrification

Digital Engineering & Industry 4.0

Product Design & Development

System engineering
Mechanical & Electrical Design
Analysis Simulation
Manufacturing Engineering

Electronics & Software Development

Hardware Development
Embedded Systems
ECU Development
Software Integration

Testing and Validation

Unit and Integration Testing
Zero-Code Test Automation
Comprehensive Testing Services including Functional, Durability, Environmental, and Compliance Testing

Aftermarket Engineering

Service Lifecycle Management
Content Management / Technical Publications
Service Performance Contracts
Field Service Management

Vehicle Integration

ECU Integration and Testing
Test Automation
Mechanical, Electrical, and Software Integration

ADAS

Test Drive Data Collection
Data Annotation
Vehicle Level Testing
Algorithm Design Optimization

Perception System

RADAR Target Simulator
ADAS Sensor Data Fusion
Camera, Radar / LiDAR / Ultrasonic / Infrared Sensor

Battery Management Systems (Wireline & Wireless)

System Architecture and Design
Cell Balancing Techniques
Simulation and Modeling
Prototyping and Testing
Compliance and Certification Support

Motor Prognostics

Condition Monitoring
Model-based Predictive Maintenance
Predictive Maintenance
Data Analytics and Visualization
Simulation and Modeling

PLM

PLM Consulting and Advisory
PLM Implementation, Upgrade, and Migration
PLM on Cloud
Sustenance Services

Smart Manufacturing

Industrial Automation
Operations Management
Data Engineering
Manufacturing Intelligence

Cloud & Data Platforms

Cloud Platforms
Data, AI, and Analytics
Modernization and Integration Services
DevOps and Security Services
Business Process and Cognitive Automation
Custom Application Development
Software Modernization

Intelligent Engineering for Connected
and Autonomous Equipment

Platform Engineering

Product Design & Development

System Engineering
Mechanical & Electrical Design
Analysis & Simulation
Manufacturing Engineering

Electronics & Software Development

Hardware Development
Embedded Systems
ECU Development
Software Integration

Vehicle Integration

ECU Integration and Testing
Test Automation
Mechanical, Electrical, and Software Integration

Testing and Validation

Unit & Integration Testing
Zero-Code Test Automation
Comprehensive Testing Services Including Functional, Durability, Environmental, and Compliance testing

Aftermarket Engineering

Service Lifecycle Management
Content Management / Technical Publications
Service Performance Contracts
Field Service Management

Autonomous

ADAS

Test Drive Data Collection
Data Annotation
Vehicle Level Testing
Algorithm Design & Optimization

Perception System

Sensors (LiDAR, Ultrasonic, Cameras, RADAR)
Object Detection and Classification Algorithm

Electrification

Electric Vehicle (EV) Powertrains

Power Electronics
Control System
Noise, Vibration, and Harshness (NVH) Analysis
Motor Design

Battery Systems (BMS and Wireless BMS)

System Architecture & Design
Hardware & Embedded Software Development
Cell Balancing Techniques
Simulation & Modeling
Prototyping & Testing

Digital Engineering & Industry 4.0

PLM

PLM Consulting and Advisory
PLM Implementation, Upgrade & Migration
PLM on Cloud
Sustenance Services

Cloud and Data Analytics

Cloud Native Microservices
AI-Enabled Customer Experience

Smart Manufacturing

Industrial Automation
Operations Management
Data Engineering
Manufacturing Intelligence

In the Spotlight

Cost Savings through Should Cost Analysis

Cyient conducted an in-depth should-cost analysis encompassing 275,000 components, including casting and machining parts, sheet metal elements, injection molds, and welded assemblies, leading to significant cost savings.

Optimizing Internal Workflows

Our team developed a comprehensive application suite to manage the entire tractor sales and service lifecycle. This solution provides instant visibility into parts availability and fleet service history, while also facilitating efficient management of dealership personnel and activities.

Enhanced Asset Reliability

Through the implementation of an advanced predictive model for asset health assessment, Cyient reduced equipment maintenance costs by 8%, decreased asset downtime by 10%, and improved overall asset productivity by 13%.

Seamless Lead-to-Sale Workflow

Cyient integrated a Lead Management System (LMS) with an Advanced Tracking System (ATS) to effectively manage leads from various sources, including social media platforms. The ATS efficiently tracks financial transactions, creating a seamless process from initial lead generation to final sale completion.

Insights

Whitepaper

Your Assets Are Talking: Are You Listening?

Discover how to unlock the potential of your agricultural equipment data. Learn strategies to implement effective predictive maintenance programs, drive profit, and leverage big data for actionable intelligence. Uncover the hidden value in your machinery's data to optimize performance and reduce downtime.

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Whitepaper

Building Intelligence into Connected Equipment

Explore how IoT and predictive analytics can create actionable intelligence for your agricultural machinery assets and operations, enhancing safety, productivity, and reliability. Transform your equipment into smart, connected assets that provide real-time insights and drive operational excellence.

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Whitepaper

Design-Build-Maintain Partner for Agricultural Equipment

Learn how Cyient's comprehensive approach can help you innovate, build competitive advantage, and optimize your agricultural machinery throughout its lifecycle. Discover how our end-to-end solutions can streamline your operations from concept to aftermarket support.

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Whitepaper

Engineering a Global Advantage in Off-Highway Equipment

Discover how Cyient works with clients to overcome challenges in agricultural machinery design and manufacturing, ensuring a better tomorrow for the industry. Gain insights into our innovative approaches that drive efficiency, sustainability, and competitiveness in the global market.

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