The energy-harvesting layer for condition monitoring

Battery-free sensors.
Powered by waste heat.

No plugs. No swaps. Forever.

USPTO Patent Pending · #64/043,614
VuDejaLink battery-free energy-harvesting sensor
The problem

15B batteries.
Replaced every year.

Every one of them still requires you to open, swap, and replace. The IoT promise depends on a maintenance crew with a screwdriver.

The battery problem in IoT
The shift

Charge devices.

Harvest energy.

VuDejaLink doesn't add a battery. It harvests the energy already around the equipment (heat, sun, or vibration), so the sensor runs for years, untouched.

The Battery Buffer architecture
The solution

Three building blocks.
One self-powered sensor.

VuDejaLink solution: PowerCell AA, Hub TX, Adaptive Edge AI
Defense applications

Mission-ready monitoring.

Battery-free sensors on tactical generators, vehicles, and forward equipment, powered by the equipment’s own waste heat. No battery logistics, and persistent monitoring.

Battery-free monitoring on tactical equipment
Self-powered sensor node

Mounted once · runs for years. Eliminates battery replacement on tactical and industrial equipment.

The team

Team.

Leonardo Susa
Founder & CEO
Embedded & Energy-Harvesting Hardware Engineer. Low-power circuit and PCB design, power management, and energy harvesting. Designed and fabricated every PCB and firmware layer in the platform.
Janyer Dominguez
Chief Technology Officer
Cybersecurity, AI & Full-Stack Engineering. Owns platform security, cloud infrastructure, and DevSecOps. Stack experience from device firmware up to production SaaS.
Valentina Susa
Chief of Staff
Operations, Finance & Legal. Runs the rails of the company — cap table, compliance, partnerships, brand. The interface between the technology and the world.

Sensors that never
need a battery.

No plugs. No swaps. Forever.

[email protected] →

Pitch deck · Technical brief · Live demo available on request.