We build electromagnetic actuators that deliver orders-of-magnitude improvements in power efficiency and noise reduction — at a fraction of the cost of existing solutions.
Today's technologies force operators to choose between silence, efficiency, and affordability. We believe they shouldn't have to.
Inductive losses in conventional propellers drain batteries and severely limit mission duration for autonomous underwater vehicles.
Underwater noise violates new EU/IMO regulations, compromises naval stealth, and harms marine ecosystems.
Submersible pumps suffer frequent seal failures and energy waste, driving up operating costs across oil & gas and research operations.
Our electromagnetic bistable actuator is a modular, maintenance-free core technology that serves both underwater propulsion and submersible pumping.
Low-cost, modular, maintenance-free
Near-silent acoustic profile enables regulatory compliance, naval stealth, and marine life safety.
1,000–100,000x less energy consumption than conventional propellers and rim-driven thrusters.
33–98% cheaper to manufacture than competing solutions, using commodity inputs with zero-tooling scale.
One platform serves both propulsion (AUVs, UUVs, ROVs) and submersible pumping applications.
How our actuator compares to conventional and advanced alternatives.
From defense to deep-sea research, our platform serves diverse sectors.
Acoustic stealth for UUVs and submarines. Compliant with IMO URN and MMPA/ESA requirements.
Silent, maintenance-free submersible pumping for offshore platforms and subsea infrastructure.
Low-noise AUV propulsion for ocean monitoring and marine biology observation without disturbing wildlife.
Energy-efficient pumping aligned with Net Zero goals and EU Marine Strategy Framework Directive compliance.
We're an early-stage company with patent-protected technology, government-backed research, and strong institutional support.
US patent application filed via Boston University.
Office of Naval Research backing validates defense-relevant technology.
Extensive customer discovery with DoD, DoE, NOAA, and oil & gas stakeholders.
BU Ignition Award ($75K), BU Summer Accelerator ($10K), BU CCL ($10K), and Sustainability Innovation Seed Grant ($500).
Deep expertise in electromagnetic systems and mechanical engineering.
Assistant Professor & Principal Investigator, ME/MSE/BME at Boston University.
PhD Candidate in Mechanical Engineering at Boston University.
Undergraduate in Mechanical Engineering at Boston University.
We're looking for partners, pilot customers, and collaborators who share our vision for quieter, more efficient maritime systems.
pranav19@bu.eduBoston University · Boston, MA