Reduce Vehicle BOM Costs with Virtual Sensors | COMPREDICT Hardware Replacement Solutions

Unlock massive cost savings with 100% software-based virtual sensors.
In this webinar, COMPREDICT experts Moritz Huß and Guillaume Desnouvaux present how OEMs can reduce the bill of materials (BOM) and replace physical hardware sensors using COMPREDICT’s Virtual Sensor technology.

What You’ll Learn:
How virtual sensors replicate hardware sensor functions using existing in-vehicle data
Real examples: Headlight Leveling & Tire Pressure Monitoring virtual sensors
How OEMs can save up to €7 million per model line over five years
Insights into upcoming automotive regulations and SDV readiness
FAQs on data requirements, integration, and licensing models

Why It Matters:
COMPREDICT’s Virtual Sensors help OEMs cut costs, enhance safety, and accelerate software-defined vehicle innovation — all while reducing hardware dependencies and complexity.

Use Cases Covered:
Headlight Leveling Virtual Sensor: Achieves precise pitch angle estimation to meet 2027 automatic headlight leveling regulations — saving up to €20 per vehicle.
Tire Pressure Virtual Sensor (TPMS): Delivers real-time tire pressure monitoring accuracy (±0.2 bar) without any hardware sensors — cutting another €15 per car.

Key Takeaways:
Save millions at scale by replacing hardware with software
Achieve virtual redundancy and regulatory compliance
Deploy across all Software Defined Vehicles (SDVs) using existing CAN data

Continue Your Journey with COMPREDICT

🔗 Website: https://www.compredict.ai
💼 LinkedIn:   / compredict  
📧 Contact: sales@compredict.de