When the simulator isn't enough.

Beyond the eight built-in topologies, our team will co-design a coil for your power, frequency and form-factor target — driven by the same Biot–Savart engine you use in the app, finished with a KiCad / DXF handoff your fab can take.

• Topology + geometry study
• Coupling target optimisation (GA)
• KiCad · DXF · SPICE deliverables

The solver is benchmarked against Babic & Akyel (2008) and Kurs et al. (2007). For your own bench, we help reconcile simulated k, M and ηwith VNA sweeps and rectifier measurements — typically inside ±5 %.

• VNA sweep protocol
• Sim-to-measurement reconciliation
• Δ-report against IEEE refs

Run the FastAPI engine entirely inside your network. Air-gapped deployments supported for sensitive programs; bring-your-own identity provider; sized compute pool for the heavier 100³ volumetric runs (~90 s on the default sizing).

• Single-tenant Docker / Kubernetes
• BYO identity (SSO · SAML)
• Sized compute pool for 3D runs

Half-day workshops on the eight topologies, the parameter-sweep workflow and the genetic optimiser. Tailored to your team's hardware target — EV pads at 85 kHz, 6.78 MHz ISM modules, or sub-mm bio-implants.

• Half-day workshop · 8 topologies
• Sweep + optimiser playbook
• Targeted to your operating band

Discounted seats for university labs, joint validation papers extending the Babic / Grover / Kurs / Covic benchmark set, and access to engineering for novel topologies you want added to the engine.

• Academic seat discount
• Co-authored validation papers
• Custom topology requests