Latest Exoskeletons News

dorsaVi has moved from design to silicon manufacturing with the tape-out of its first 22-nm RRAM-CMOS validation chip, aiming to prove its advanced memory platform for AI and robotics applications.

dorsaVi has completed the design of its first integrated RRAM-CMOS validation chip, featuring self-checking write-and-verify, compute-in-memory capabilities, and scalable integration on commercial CMOS wafers. The milestone sets the stage for fabrication and commercial engagement in high-value edge AI markets.

dorsaVi has raised $500,000 through the exercise of 25 million unlisted options by key shareholders, reinforcing confidence in its advanced AI and neuromorphic semiconductor projects. The capital will accelerate development of its 22nm node technology targeting medical and industrial robotics markets.

dorsaVi has secured exclusive rights to two key robotics patents from NTU Singapore, filling critical gaps in safety control and data acquisition to expand into collaborative robotics and exoskeleton markets.

dorsaVi reveals that integrating RRAM and neuromorphic computing into its sensor platform could halve sensor count and more than double battery life in lower-limb exoskeletons, positioning the company as a key intelligence partner in a $1.79 billion market.

dorsaVi has qualified three RRAM material stacks compatible with standard foundry processes, paving the way for scalable 22nm RRAM production and advancing its wearable robotics and medical sensor ambitions.

dorsaVi has secured a 12-month renewal of its Department of Defense-funded research with Georgia Southern University, advancing real-time gait optimisation to reduce military training injuries and laying groundwork for its exoskeleton and neuromorphic computing strategy.

dorsaVi has initiated its Ultra-Edge Modular Design program, transitioning from IP development to a manufacturable hardware platform targeting robotics, exoskeletons, and industrial AI with ultra-low power consumption.

dorsaVi is pivoting from wearable sensors to powering next-gen exoskeletons, leveraging its neuromorphic RRAM technology to tap a projected $2 billion market by 2033.

dorsaVi has confirmed that its proprietary RRAM memory technology and neuromorphic IP portfolio work seamlessly together, projecting a tenfold boost in performance for robotics and exoskeleton applications. This breakthrough lays the groundwork for smarter, faster, and more energy-efficient wearable and robotic devices operating at the ultra-edge.

dorsaVi has launched an evaluation program to scale its oxide-based RRAM technology from 40 nm to 22 nm, aiming for significant gains in density, speed, and energy efficiency. This move could enhance its wearable sensor devices and embedded AI applications.