Help us simplify battery data in micromobility ⚡

Electric Scooter GIF - Find & Share on GIPHY

Fleet Operations Manager — depot, logistics, asset management

Field Technician — maintenance, repairs, on-site diagnostics

Compliance / ESG Manager — reporting, audits, regulation

Recycler / Second-Life/ Circular Economy/EoL Partner — material flows, sorting, processing

 Battery Technician / Refurbishment Manager /Battery Rebuilder

Network Operations/Station Operations Manager/ Data/ML Engineer /Infrastructure Partner Manager

Micromobility (E-scooters, E-bikes, Cargo bikes)

Light Electric Vehicles / Commercial Delivery Fleets (LEVs / EVs)

Last-mile delivery fleet — electric cargo vehicles

[Other (e.g., Stationary Storage / Repair & Recycling)

I can't tell which batteries are degraded without running a full physical test

Deciding whether to repair, reuse, or recycle takes too long

I have no reliable real-time data on battery health (SoH)

Communicating EoL decisions to field technicians is slow and inconsistent

Compliance reporting (BPP / ESG) is manual and I'm worried about 2027

A clear, automated recommendation label (Keep / Repair / Recycle)

The exact State of Health (SoH) percentage

A visual "Score" explaining how reliable the algorithmic decision is

Real-time safety metrics (e.g., cell temperature, thermal hazard warnings)

We notice during a routine maintenance inspection

The vehicle breaks down or underperforms on the road

We follow a fixed replacement schedule regardless of condition

Not sure / we don't have a clear process yet

Real-time via our BMS / fleet telematics platform (e.g. Geotab, Samsara)

We check manually using handheld diagnostic tools at depot intake

Spreadsheets — we log data manually after physical checks

We don't track SoH — we replace batteries on a fixed schedule

Over a week (resulting in a major logistics backlog)

On-site field repairs — I go to vehicles when they break down

Depot-based bench technician — batteries come to me