Industrial & Automotive
Industrial IoT software and automotive embedded solutions with CAN, LIN, FlexRay, Modbus, PLC, SCADA systems integration and industrial automation.
Why Industrial Grade Embedded Systems Solutions Are Critical
Industry standard protocol compliance
Real time performance guarantees
Safety critical system support
Legacy system integration
What Is Industrial & Automotive?
EmbedCrest Technology's Industrial and Automotive Embedded Solutions service delivers safety critical, standards compliant embedded systems solutions for manufacturing, automotive, energy, and process control industries. As an industrial IoT solutions provider based in India, we develop firmware and software for real time control systems, motor drives, programmable logic controllers, advanced driver assistance systems, and vehicle ECUs. Our embedded developers work with industrial protocols including CAN-FD, EtherCAT, Modbus, OPC UA, and Profinet, as well as automotive networks like LIN, FlexRay, and Automotive Ethernet. We follow functional safety processes aligned with ISO 26262 for automotive and IEC 61508 for industrial applications, delivering embedded systems solutions that meet ASIL and SIL integrity levels. Our team has experience with AUTOSAR Classic and Adaptive platforms, SCADA integration, and PLC programming in IEC 61131-3 languages. As one of the top embedded systems companies in India, EmbedCrest helps manufacturers and OEMs build embedded solutions that withstand harsh environments while meeting the stringent reliability, timing, and safety requirements of regulated industries.
Real World Applications of Industrial & Automotive
Automotive ECU Development with ISO 26262 Compliance
Design and develop an AUTOSAR based electronic control unit for body electronics or powertrain applications, implementing CAN-FD communication stacks, diagnostic services per UDS/ISO 14229, and functional safety mechanisms compliant with ISO 26262 ASIL-B.
Industrial Motor Drive Controller
Build a real time embedded controller for variable frequency motor drives using EtherCAT fieldbus communication, implementing field oriented control algorithms with sub-microsecond timing precision for high performance servo systems in CNC machines.
SCADA Gateway for Process Automation
Develop a ruggedized industrial gateway that bridges legacy Modbus RTU and Modbus TCP devices to modern OPC UA and MQTT based cloud monitoring platforms, enabling brownfield factory digitization with protocol translation and edge analytics.
Our Industrial and Automotive Embedded Engineering Process
Protocol Analysis
We perform a detailed analysis to select appropriate industrial protocols, ensuring the backbone can handle required throughput and noise.
System Design
We specialize in designing compliant industrial and automotive systems that adhere to rigorous global standards.
Implementation
We build robust solutions by integrating advanced control logic with ruggedized hardware for high precision operations.
Certification
The final step is a comprehensive testing and compliance validation process to ensure the product meets all regulatory standards.
Industrial IoT and Automotive Protocol Stack
Technologies
Tools
Protocols
Frequently Asked Questions About Industrial & Automotive
What is ISO 26262 and how does it affect automotive embedded development?
ISO 26262 is the functional safety standard for automotive electrical and electronic systems. It defines Automotive Safety Integrity Levels from ASIL-A to ASIL-D, each requiring progressively rigorous development processes, testing coverage, and documentation. Compliance involves hazard analysis, safety requirements specification, architecture design with redundancy, and extensive verification including unit, integration, and hardware in the loop testing.
What industrial communication protocols do you implement?
We implement CAN 2.0B and CAN-FD for automotive and industrial networking, EtherCAT and Profinet for high speed industrial Ethernet, Modbus RTU and TCP for legacy systems, OPC UA for interoperable data exchange, and BACnet for building automation. We also develop custom protocol stacks when standard protocols do not meet specific throughput or latency requirements.
How do you ensure real time performance in industrial control systems?
We use hard real time operating systems or bare metal designs with deterministic interrupt handling and cycle-accurate timing. We minimize jitter through dedicated timer peripherals, DMA based data transfers, and priority inheritance mutex protocols. We validate timing with oscilloscope measurements and worst case execution time analysis to guarantee control loop deadlines are met.
What is AUTOSAR and when should a project adopt it?
AUTOSAR is a standardized software architecture for automotive ECUs that separates application software from basic software through a runtime environment layer. It promotes reusability and portability across different hardware platforms. Projects should adopt AUTOSAR when building production vehicle ECUs that require OEM interoperability, long lifecycle support, or when mandated by automotive customer requirements.
How do you handle harsh environment requirements for industrial embedded systems?
We design for extended temperature ranges from minus 40 to plus 85 degrees Celsius or wider, implement EMC compliant layouts, and select automotive or industrial grade components. Software-side, we implement watchdog timers, error detection codes, graceful degradation modes, and diagnostic logging. We validate designs through environmental stress testing including thermal cycling, vibration, and humidity exposure.
Projects Using This Service
See how we have applied industrial & automotive in real engagements.
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