01
Next-generation regen architectures
Pushing the recovery rate envelope further while preserving brake feel and safety performance.
Innovation
Where engineering excellence meets industrial deployment.
Innovation that doesn't reach a real vehicle is an academic exercise. Innovation that does is what we do.
Engineering Excellence
The engineering culture that ships.
Our engineering culture is built on one principle: every claim earns its place through data. Simulation, bench, vehicle — in that order — and only then does it earn the right to be talked about with a customer.
That discipline shows up everywhere: in our four-phase development roadmap, in the way we structure partner deliverables, and in the calibration of how confidently we describe our own technology.
Discipline
Simulation-first
High-fidelity modeling before any hardware is committed.
Discipline
Bench-validated
Component and subsystem testing in a controlled rig environment.
Discipline
Vehicle-proven
Real-world data from instrumented mule and integration vehicles.
Discipline
Production-aware
Designed with manufacturability and supply chain in scope.
Intellectual Property
A licensable IP portfolio, structured for industry-wide deployment.
Our intellectual property is structured to be useful — to us, to our licensees, and to the industry. Layered protection. Clear commercial scope. Defined integration deliverables.
- Patent portfolio across regen architecture and propulsion control
- Trade-secret protected calibration and tuning methodologies
- Defined licensable scopes by vehicle segment and geography
- Clear IP boundaries between licensee and licensor contributions
- Sub-licensing rights structured for Tier-1 supplier ecosystem
IP Strategy
Layered protection
PatentsArchitecture, control logic, integration methods
Trade SecretsCalibration, tuning, manufacturing methods
TrademarksBrand and product nomenclature
LicensingStructured per-program commercial agreements
NDABilateral mutual NDAs for technical disclosures
Sustainability
Sustainability is a property of the architecture — not a marketing layer.
Every product we ship has the same goal: recover more energy, waste less, extend the useful life of the battery. That is sustainability.
01
Energy Recovery
More kilowatts back into the battery
Every joule of recovered kinetic energy is a joule that doesn't have to be generated, transmitted and charged again.
Battery Health
Smarter regen → healthier packs
Refined regen profiles reduce stress on cells, extending pack life.
Heavy-Duty Impact
Largest gains where they matter most
Heavy trucks and fleets see disproportionately large efficiency wins.
Lifecycle Thinking
Designed for OTA evolution
Software-tunable architectures mean a single hardware deployment continues to improve in the field — extending useful life and reducing replacement cycles.
Industry Multiplier
Multi-OEM licensing
One breakthrough scales across multiple OEMs, accelerating industry-wide impact.
R&D Focus Areas
What we're researching right now
02
SDV-native propulsion control
Propulsion control philosophies that live natively inside zonal, software-defined vehicle architectures.
03
Heavy-duty energy management
Strategies tuned to the unique energy economics of Class 8, vocational, and off-highway duty cycles.
04
Aerospace-grade controls
Adapting our automotive controls philosophies to the safety-critical demands of electric aviation.
05
OTA calibration toolchain
Calibration tooling that lets OEMs continuously refine the driving experience across vehicle generations.
06
Battery-aware regen tuning
Regen strategies that adapt to battery state-of-health, temperature, and pack chemistry.