One Engine. All Your Models Covered.

Manual parameterization is a major bottleneck in battery design — teams spend weeks curve-fitting parameters across temperatures, SOCs, and C-rates by hand. Sphere automates it, turning weeks of manual work into minutes of automated physical parameterization.

One Engine. All Physics-Based Models.

Extract parameters from raw test data to evaluate how physical modifications — electrode thickness, porosity, active material composition — impact cell performance across operating conditions.

Automatically optimize ECM models across temperature, C-rate, SOC, and SOH matrices. Generates production-ready assets for BMS firmware or thermal validation during fast charge profiles.

Discover More

Isolate specific degradation mechanisms early in validation — pinpointing exactly how and why a cell fails under any kind of operational conditions: thermal stress or extreme SOC conditions.

Discover More

See vetta Parameterize a Cell Model

From raw charge/discharge data to a production-ready physical model — in minutes.

Payback in months, not years

One unified physical parameterization platform trained on extensive material configurations, deployedsecurely inside your own infrastructure.

  • Molecule

    80% OpEx savings

    Eliminate weeks of manual curve-fitting labor — vetta automates parameter extraction across temperatures, SOCs, and C-rates, cutting parameterization time by over 90%.

  • Molecule

    90% efficiency boost

    One engine calibrates ECM and P2D models instantly instead of by hand, with under 2% error on extracted KPIs.

  • Hardware

    Minutes to results

    Go from raw charge/discharge data to production-ready, validated cell models in minutes — not weeks.

  • Thermo

    Unified battery intelligence

    Trained on 4,000+ real-life cycling tests and 10M+ synthetic material configurations, deployed securely inside your own infrastructure.

Faster diagnostics start here