LEAFLA is developing hybrid sensing systems that combine passive wireless identification with ultra-low-power event monitoring, nonvolatile memory, and ambient energy harvesting.
Keep the simplicity and reach of RFID-based asset identification.
Use harvested energy to watch for important events when no reader is present.
Retain meaningful information for later retrieval instead of only reporting the present moment.
Our first technical objective is intentionally narrow: prove that a tag can detect an event outside reader coverage, retain that event without a disposable battery, and make it available when interrogated later.
Capture small amounts of environmental energy.
Wake only when a meaningful event occurs.
Write concise event data to nonvolatile memory.
Read the asset identity, present condition, and stored history later.
LEAFLA is a Hawaiʻi-based early-stage technology company focused on energy-autonomous sensing. We are currently validating a hybrid approach that combines passive wireless identification with ultra-low-power event monitoring, memory, and energy harvested from the surrounding environment.
Our first objective is simple: prove that an important physical event can be detected outside reader coverage, retained without a disposable battery, and made available when the asset is read later.