OUR ULTIMATE AUTOMOTIVE & CONNECTED MOBILITY PLATFORM

Our vision is to revolutionize the way connected vehicles and electric mobility systems are integrated and telematics data is acquired, enabling seamless interaction between vehicle electronic control units and cloud intelligence platforms. By providing real-time data collection and analysis, our platform allows automotive OEMs and fleet operators to track battery state-of-health, monitor powertrain performance, and optimize fleet safety efficiently.

Key Features

EV Battery Analytics

Cell-level thermal modeling, state-of-health diagnostics, and intelligent fast-charging lifecycle management.

Secure OTA Firmware

Delta-compression over-the-air firmware updates with rollback verification and UNECE WP.29 compliance.

V2X Connected Safety

Vehicle-to-everything emergency braking alerts, blind spot warnings, and intelligent traffic light synchronization.

Fleet Predictive Maintenance

Edge machine learning models detect transmission friction, brake pad wear, and tire imbalance in advance.

Unified Telematics Interface

A unified platform streaming granular diagnostic telemetry over secure 5G channels for complete fleet visibility.

Join us in building the future of intelligent connected mobility. Explore our platform to integrate, manage, and analyze automotive telematics data, and be part of a larger network of next-generation transportation leaders.
Automotive Telematics & Connected Mobility - Accelerating Smart Transportation

automotive-connected-mobility

Automotive Edge Architecture & Protocol Standards

Engineered for high-throughput in-vehicle bus networks, ISO 26262 functional safety, and secure cloud federation

Modern connected vehicles generate up to 25 gigabytes of sensor and bus data per operating hour. Processing high-speed CAN-FD and Automotive Ethernet streams directly at the vehicle gateway minimizes uplink bandwidth while ensuring sub-millisecond edge decisions for collision mitigation.

Mirach Edge TCUs deploy hardware-isolated crypto processors and hypervisors adhering to AUTOSAR Adaptive and ISO 26262 ASIL-D safety mandates. Telemetry packets are compressed and dispatched via MQTT/HTTP over dual active-active 5G eSIMs with failover fallback.

CAN-FD & Automotive Ethernet AUTOSAR Adaptive Platform ISO 26262 ASIL-D Certified ISO 21434 Vehicle Cybersecurity UNECE WP.29 Compliance 5G C-V2X Direct Communications

By combining end-to-end TLS 1.3 encryption with dedicated hardware security modules (HSM), vehicle controllers remain immune to message tampering, spoofing attacks, and unauthorized remote takeovers.

Autonomous Vehicle Telematics Lifecycle

From high-frequency bus ingestion to edge anomaly detection and automated fleet action dispatch

STEP 01

High-Frequency Ingestion

Edge gateways poll CAN-FD, LIN, and Ethernet frames up to 1000 Hz, applying local filters to detect abnormal voltage or temperature spikes.

STEP 02

Edge Neural Inference

Lightweight machine learning models assess battery impedance changes and mechanical vibrations locally without cloud roundtrip delays.

STEP 03

Fleet MDM Synchronisation

Critical alerts notify fleet dispatchers while differential OTA software patches are deployed to resolve firmware bugs without service depot trips.

Automotive Efficiency ROI & Fleet Performance

Measurable commercial impact achieved across commercial EV fleets and OEM vehicle programs

Fleet Operational Benchmarks

  • EV Battery Usable Lifespan Extension: +22% to +35%
  • Unplanned Breakdown Incidents: 52% Reduction
  • Warranty & Field Recall Expenses: 44% Cost Savings
  • Fleet Energy / Fuel Efficiency Gain: 18% Optimization

Advanced Automotive Integration

Native compatibility with industry standard automotive stacks and cloud platforms:

AUTOSAR Classic & Adaptive SOVD (Service-Oriented Diagnostics) AWS Connected Mobility (CMS) Microsoft MCVP Connected Fleet UDS (ISO 14229) & DoIP (ISO 13400) COVESA Vehicle Signal Spec (VSS)