dorsaVi Advances Wearable AI, RRAM Testing and Humanoid Robotics Plans

Sensor v6.5 Brings Real-Time Feedback to the Wearable

dorsaVi Limited (ASX:DVL) has moved its wearable platform from measuring movement to responding to it, commercially launching Sensor v6.5 during the September quarter. The product runs the measure, analyse, decide and act sequence directly on the sensor, delivering configurable haptic, audible or visual feedback within milliseconds without a cloud connection or separate base device. The launch extends the company’s established platform, following the Sensor v6.5 launch previously described as its first wearable to process and act on movement data in real time.

RRAM Chip Reaches the Next Fabrication Stage

The more speculative part of dorsaVi’s technology story also advanced, but remains several steps short of validation. Its first RRAM-CMOS chip completed front-end-of-line transistor fabrication and middle-of-line interconnects through TSMC’s CMOS process on 24 August. The next stages are proprietary back-end-of-line RRAM integration, metal interconnect fabrication and wafer-level electrical testing. The milestone follows the RRAM chip tape-out, which marked the move from design into physical silicon manufacturing.

Energy Testing Starts Before System-Level Proof

On 14 September, the company began targeted electrical measurements on engineered RRAM structures to estimate the energy required to update memory states. dorsaVi said the work is intended to establish an initial device-level benchmark for its low-power RRAM-CMOS pathway and guide later optimisation. It is not a measure of the total energy consumption of a robot, wearable or Physical AI system, and the company has not reported completed performance results or an integrated robotics demonstration. Any system-level benefit would still depend on array design, CMOS logic, communications, sensing, actuation and workload.

Movement Data Opens a Robotics Conversation

dorsaVi has also begun reaching out to robotics developers about using its movement-data library and bespoke wearable-sensor and Video AI capture capabilities. The initial focus is balance, coordination and recovery in humanoid robotics. The company says it has accumulated more than a decade of movement recordings across clinical, workplace and sporting environments, but applying those recordings to robots would require adaptation to each machine’s physical structure and control architecture. The discussions are exploratory: no formal robotics contract or integrated product was disclosed.

A$3.0 Million Raise Addresses a Narrow Cash Position

The quarter’s technology progress sits alongside a clear funding requirement. dorsaVi held $1.12 million in cash at 30 September, recorded customer receipts of $320,000 and used approximately $996,000 in operating activities during the quarter. It subsequently received a $475,000 FY26 R&D tax incentive rebate and announced the A$3.0 million placement at A$0.022 a share, with one-for-two attaching options exercisable at A$0.045. The placement was announced after quarter-end and was described as subject to settlement, with proceeds earmarked for movement data, neuromorphic IP, RRAM development, selected Physical AI applications and working capital.

Validation and Commercial Conversion Remain Ahead

The immediate tests are practical rather than promotional. dorsaVi needs to complete the RRAM integration and electrical work, translate the energy measurements into useful array and application data, and establish whether robotics conversations progress to technical evaluations or commercial engagements. Sensor v6.5 is the only product in the update described as commercially launched; the RRAM and neuromorphic programs are not integrated into it. The next reporting cycle should therefore reveal whether the company’s established movement-sensing business can begin supporting the newer semiconductor and Physical AI ambitions, or whether those programs continue to consume capital before producing measurable commercial returns.