Designing rugged, safety-certified embedded systems for vehicles — from ECUs and gateway modules to sensors, CAN/ethernet integration and OTA-enabled firmware.
Advanced automotive-grade ECU combining regulatory compliance, intelligent processing, and rugged hardware.
Designed as an advanced automotive-grade ECU, the Mercyda Electronic Control Unit combines regulatory compliance, intelligent processing, and rugged hardware into a single powerful platform. Compliant with ARAI, ICAT,making it suitable for modern commercial and government-regulated vehicles.
View Product DetailsMeets automotive and government regulatory standards
A Master Control Device (MCD) is a mechanical speed governor that limits the maximum speed of a vehicle without interacting with the vehicle’s ECU. It directly controls the throttle or fuel delivery mechanism, ensuring vehicles cannot exceed the preset speed limit, regardless of driver input.
The Mercyda MCD Speed Governor is mechanically integrated into the vehicle’s throttle or fuel control system, ensuring precise speed limitation without relying on electronic systems or ECU connectivity. It delivers consistent and tamper-resistant performance, making it ideal for commercial vehicles, passenger transport, and fleet safety applications.
View Product DetailsReal-time tracking, diagnostics, and fleet management
Below we explain how each capability is executed, what customers receive, and the customer benefits.
End-to-end delivery
Key features and compliance of our Mercyda ECU includes ARAI approval, ICAT certification, ESMA Approved, IP67 rating, and high tamper resistance. Deliverables include:
Regulatory compliance assurance, enhanced vehicle safety, and reliable operation in extreme conditions.
Automotive-grade design with fail-safe architecture, secure firmware, and rigorous testing protocols.
Production readiness
Our automotive electronics undergo comprehensive validation to ensure they meet the highest standards for fleet management, safety, and operational efficiency:
Reduced operational costs, improved fleet efficiency, and enhanced vehicle safety through intelligent monitoring.
Real-world scenario testing, predictive analytics validation, and comprehensive safety protocol verification.
We combine domain expertise, robust engineering practices, and manufacturing partnerships to deliver ECUs and vehicle electronics that perform in the field. Below are what we consistently deliver to customers: