The rise of AI-powered defense systems is pushing battery technology beyond conventional designs, prompting Israel-based Addionics to develop a new battery architecture.
Called Autonomous Architecture, the tech replaces the conventional stack of battery layers with an integrated electrochemical structure.
This approach reportedly improves current distribution, reduces localized stress, enhances heat management, and makes more efficient use of battery materials.
According to the company, the architecture is intended for autonomous vehicles, drones, satellites, robotics, defense systems, and aerospace platforms where long-duration, high-performance operation is increasingly critical.
“The world is entering an era where batteries are no longer powering devices – they’re powering autonomous intelligence,” said Moshiel Biton, chief executive officer and founder of Addionics.
“As AI reshapes transportation, manufacturing, defense, and space, battery architecture must evolve as well. Addionics Autonomous Architecture represents that shift – a new foundation for batteries built for the always-on world.”
Addressing AI-Era Power Demands
As AI adoption accelerates across defense and other industries, batteries are increasingly expected to power autonomous systems through longer, more demanding missions.
Addionics argued that conventional battery designs struggle under those conditions, leading to faster degradation, lower efficiency, reduced usable energy, and shorter service life.
Its Autonomous Architecture is designed to overcome those limitations with a redesigned internal structure optimized for sustained operation.
“The batteries that enabled the electric vehicle revolution were never designed for machines that operate around the clock without meaningful recovery,” Biton added.
