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The challenge: EV batteries create uncertainty for insurers
EV adoption is accelerating, but battery uncertainty is driving higher claim costs and low trust in used EVs.
- More EVs on the road (26% of new sales)
- Claim frequency rising (11% of expert reports)
- Repairs 15–20% more expensive
- Slower resale (134 vs 100 days) due to unknown battery health
Insurers lack a safe, reliable way to assess battery condition.
EntrOBD removes that uncertainty, and certify security.
The solution: EntrOBD
EntrOBD diagnoses the battery pack’s health and safety status without removing it from the vehicle.
This reduces operational risks, speeds up decision-making, and prevents unnecessary pack replacement.
EntrOBD Hardware
Reading through the vehicle’s OBD (On-Board Diagnostics) port, accessing:
- Voltage
- Current
- Pack datas (SoH, SoC, parameters)
The hardware retrieves raw data and securely uploads it to the cloud.
EntrOBD Software
- Cloud processing using Entroview’s physics-based models
- Automatic interpretation into actionable insights
- Clear restitution for claims experts and insurers
Key features
Safety-first diagnostic protocol
Comprehensive diagnostic report
With reuse recommendations, technical indicators, and battery health analytics.
Plug-and-Play across EV models
OEM-independent results
Your actionable report
EntrOBD delivers a decision-ready battery health report that gives insurers the clarity needed to manage claims confidently and transparently for better claim decisions, reduced uncertainty, and stronger customer trust.
Current battery condition (advanced SoH)
Estimated remaining useful life (RUL)
Identification of defects and repair requirements
Residual value estimation

How it works
Secure Diagnostic Protocol
Test 1 — Basic (Quasi-static)
For critical or sensitive cases. Fully automated with safety checks at every step.
- State of Health (SoH)
- Voltage imbalance
- Internal resistance
If results are within safe ranges → proceed to Test 2.
Test 2 — Premium (Dynamic)
Provides a deeper assessment of performance and degradation.
- Usable capacity
- Degradation modes
- Dynamic model parameters
If the pack is healthy → No need to replace it.
If not → Dismantle the pack and perform Entrodiag and/or a deep discharge with Entrosafe.