CORE TECHNOLOGY
Four core technologies for
intelligent battery packs
ZENION standardized design, CAMS AI-autonomous manufacturing, ribiOS operations SaaS, and ri-BMS on-device AI — four interlocking technologies that cover the full battery pack lifecycle.
- 01
Design
ZENION
- 02
Manufacturing
CAMS
- 03
Operation
ribiOS
- 04
On-device AI
ri-BMS
Block-based battery pack standardization platform
Combines cell, module, BMS, and pack like building blocks to configure multi-variant battery packs rapidly. Covers a wide range of form-factor, chemistry, and capacity combinations without redesign.
- BMS line — B.E.S.T
- Basic · Exclusive · Smart · Tribe — a four-tier BMS lineup that expands design flexibility for diverse applications.
- Pack lineup
- Robo Pylon (robotics) · Cart (LEV & industrial equipment) · Falcon (drone) · Mammoth (ESS & AGV) · Griffin (air mobility) — industry-optimized packs delivered on a standard platform.
AI-autonomous flexible manufacturing platform
An AI-autonomous flexible manufacturing platform that produces diverse battery module types without manual teaching. Delivers a +500% per-person productivity gain over conventional approaches and responds immediately to multi-variant, low-volume orders.
Real-time safety, lifecycle, and residual-value monitoring SaaS
A subscription SaaS platform for real-time monitoring of battery pack safety, lifecycle, and residual value post-shipment. Delivers SOH and RUL diagnostic data to support customers' asset management and second-life decisions.
ri-BMS
On-device adaptive AI BMS
An on-device adaptive AI BMS that provides real-time SoC and SoH estimation along with fire pre-prediction and cutoff. Paired with ribiOS, it enables data-driven safety management across the full pack lifecycle.
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