Which brands AI mentions

#BrandMentioned in

Mentioned in · Jul 5 – Oct 26, 2026

ChatGPT SearchChatGPT SearchGoogle AI ModeGoogle AI Mode

Widest split: Oxmaint, 4% on ChatGPT Search and 71% on Google AI Mode.

1GeotabChatGPT Search 96%Google AI Mode 100%
2SamsaraChatGPT Search 92%Google AI Mode 67%
=3ChargePointChatGPT Search 68%Google AI Mode 4%
=3OxmaintChatGPT Search 4%Google AI Mode 71%
=3FleetioChatGPT Search 20%Google AI Mode 29%

Questions and answers

Google AI ModeOct 26, 2026

GeotabGeotab, OxmaintOxmaint , and FleetioFleetio are leading fleet management software options that specialize in electric vehicle (EV) integration and battery health degradation tracking.

Top Fleet Management Software for EV Battery Tracking

Geotab (EV Fleet Management)
- Core EV Capabilities: Supports over 300 EV models with deep OEM-level telemetry, tracking real-time State-of-Charge (SoC), State-of-Health (SoH) , and charging/driving energy metrics.
- Battery Health & Analytics: Provides dedicated battery degradation reports, tracks capacity fade over time, and offers an Electric Vehicle Suitability Assessment (EVSA) to model total cost of ownership and replacement timing.
- Learn More: Geotab Electric Vehicle Solutions
Oxmaint (EV Battery Management & Degradation Monitoring)
- Core EV Capabilities: Built specifically for chemistry-aware battery and asset tracking rather than legacy combustion engine tracking.
- Battery Health & Analytics: Features a real-time SoH dashboard color-coded by risk tier, tracks Level 2 vs. DC Fast Charging (DCFC) ratios, monitors high-temperature thermal events, and analyzes charge-window habits to help prevent premature pack failure.
- Learn More: Oxmaint EV Battery Degradation Monitoring
Fleetio (EV Fleet Management)
- Core EV Capabilities: Centralizes mixed or pure electric fleets by automating charging logs, tracking kilowatt-hour energy costs, and monitoring vehicle-specific maintenance intervals.
- Battery Health & Analytics: Helps log battery decay rates, manage high-voltage service workflows, and compare EV efficiency metrics directly against traditional combustion vehicles.
- Learn More: Fleetio EV Fleet Management Guide

Key Features to Look For When Tracking Battery Degradation

State-of-Health (SoH) Telemetry: Direct data feeds from the vehicle's Battery Management System (BMS) showing maximum usable capacity compared to factory-fresh specs.
Fast-Charging (DCFC) Tracking: Visibility into how often drivers rely on high-power DC fast chargers, which accelerates thermal and chemical degradation if overused.
Depth of Discharge / State-of-Charge (SoC) Habits: Alerts and reporting when vehicles are routinely left at 100% or drained down to near-0% for extended periods.
Thermal Event Logging: Monitoring extreme cold or heat exposure during operation and parking, both of which impact long-term battery chemistry.

To help narrow down the best fit, could you share:

How many electric vehicles are currently in your fleet?
What vehicle makes/models do you operate (e.g., Tesla, Ford, Rivian, heavy-duty commercial vans)?
Do you need hardware telematics plug-ins or direct OEM cloud integrations?

Sources cited in this answer3

ChatGPT SearchOct 26, 2026

If your main requirement is fleet management software that tracks EV battery state of health (SoH) and measures degradation over time, I’d start by evaluating Geotab, Samsara, and ChargePoint. All three advertise EV battery-health capabilities, but the right choice depends on your vehicle makes and models, the depth of battery analytics you need, and whether you want to integrate the data into other systems.

Best fleet management platforms to evaluate

1. Geotab MyGeotab

(Best for degradation analytics and APIs)

Geotab offers an EV Performance dashboard that tracks usable battery capacity, estimated state of health, historical range, and changes in battery performance. Its API exposes battery-health estimates, making it a strong candidate if you want custom reports or integration with maintenance systems.

Key advantage: Track how usable capacity changes over time and compare vehicle performance across your fleet.

Watch out for: Data availability varies by make and model, and some signals are only supported on selected vehicles.

Geotab EV Performance ·

2. Samsara

(Best for all-in-one fleet operations)

Samsara combines EV battery-health monitoring with charging insights, vehicle utilization, and fuel and energy reporting for mixed fleets of electric and conventional vehicles. It advertises monitoring battery degradation and identifying potential warranty opportunities.

Key advantage: Battery monitoring alongside GPS tracking, driver operations, and charging workflows.

Watch out for: Confirm that the battery-health metrics and historical data are available for your specific EV models, and verify API access for your intended integration.

Samsara fleet electrification

3. ChargePoint

(Best for battery diagnostics and lifecycle planning)

ChargePoint's fleet telematics offering includes detailed battery data, fault codes, reporting, state-of-health tracking, and battery end-of-life predictions. It is particularly worth evaluating if you want battery diagnostics and charging operations within the same environment.

Key advantage: Battery aging insights, depreciation estimates, and support for battery warranty assessment.

Watch out for: Confirm the vehicle coverage, hardware requirements, and whether your required metrics are accessible through an API or export.

ChargePoint EV telematics

4. High Point GPS

High Point GPS specifically advertises state of charge, charging status, energy use, range estimates, and battery state of health in its fleet platform. It may be a good additional candidate if you want conventional fleet tracking with EV-specific monitoring.

Key advantage: An integrated fleet view with charging alerts and battery-health information.

Watch out for: State-of-health estimates may require a month of regular driving and charging, and availability varies by vehicle model.

High Point GPS EV fleet management

Which battery metrics should the software support?

When evaluating vendors, make sure they track actual degradation rather than just the battery charge level.

Metric	Why it matters
State of health (SoH) %	Shows remaining battery capacity relative to when the battery was new.
Usable capacity (kWh)	Quantifies how much energy the battery can still store and deliver.
Degradation trend	Shows the rate of capacity loss over months or years.
Range degradation	Helps identify vehicles losing real-world driving range.
Battery temperature and fault codes	Helps identify possible thermal or electrical issues, where supported.
Historical data/API access	Enables dashboards, predictive maintenance, and integration with your existing fleet system.

Geotab explicitly documents historical battery-capacity estimates and API access. Note that its SoH estimates can fluctuate because of temperature, driving conditions, and vehicle software updates, so long-term trends are more useful than a single reading.

My recommendation

Start with Geotab if degradation tracking, historical reporting, and programmatic data access are your priorities.
Start with Samsara if you also need a comprehensive fleet operations platform.
Evaluate ChargePoint if battery diagnostics, end-of-life forecasting, and charging management are especially important.

Before purchasing, request a demonstration using your actual vehicle models and ask the vendor to show a battery degradation curve for an individual vehicle.

Let me narrow this down to the best fit

What types of electric vehicles are you managing? For example, Tesla cars, Ford E-Transit vans, electric buses, heavy-duty trucks, or a mixed fleet.

That is the most important starting point because the battery data available to fleet software varies significantly by manufacturer and model.

Sources cited in this answer12

Google AI ModeOct 16, 2026

Monitoring battery health and degradation in an electric vehicle (EV) fleet is critical for predicting vehicle lifespans, optimizing route assignments, and managing warranty claims.

Top fleet management platforms that provide dedicated tracking for EV battery degradation, State of Health (SOH), and charging analytics include:

Geotab
- Core Features: Offers robust Geotab EV Fleet Management Solutions that pull deep telemetry data directly from the vehicle’s Battery Management System (BMS). It supports over 300 EV models, tracking State-of-Charge (SOC), State-of-Health (SOH), and energy consumption.
- Degradation Tracking: Known for its data-driven benchmarking and Geotab EV Battery Degradation Tool , Geotab tracks real-world capacity loss over time and correlates it with climate conditions and DC fast-charging habits.
Samsara
- Core Features: Provides comprehensive Samsara Fleet Electrification Solutions tailored for mixed-fuel and fully electric fleets. It tracks real-time charging status, customized charging profiles, and energy usage across diverse models.
- Degradation Tracking: Includes built-in Samsara Battery Health Monitoring features that track real-time capacity degradation, monitor performance impact, and map degradation against manufacturer warranty thresholds.
Oxmaint
- Core Features: Specializes in computerized maintenance management (CMMS) with dedicated Oxmaint EV Battery Degradation Monitoring . It aggregates data via direct OBD integrations or major telematics APIs (such as Geotab and Samsara).
- Degradation Tracking: Focuses heavily on the chemical and thermal pathways of pack aging. It flags high-impact stressors like extreme thermal exposure, high-power DC fast-charging frequency, and cell imbalances to help extend battery life.

If you'd like to narrow down the choice, let me know:

Is your fleet fully electric or mixed (ICE and EV)?
Do you already use a telematics hardware provider (like Geotab or Samsara) that you need the platform to integrate with?

Sources cited in this answer5

ChatGPT SearchOct 16, 2026

If battery degradation is a key concern, I’d prioritize fleet management platforms that track battery state of health (SoH), usable capacity over time, and estimated remaining range—rather than platforms that only monitor state of charge (SoC), which tells you how full a battery is at a given moment.

Based on current product documentation, these are the strongest options to evaluate for commercial EV fleets.

Recommended platforms

1. Geotab

(Best overall for analytics)

Geotab’s EV Performance reporting tracks usable battery capacity, state of health, and real-world range capability. You can compare vehicles, review historical trends, and identify underperforming EVs across your fleet. Geotab says its EV data support covers more than 300 models.

Best for: Mixed EV fleets, large commercial operations, and data-driven replacement planning.

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