It is important to celebrate nurses and caregivers from around the world and remember that they have high musculoskeletal injury rates and stand to benefit from advancements in exoskeleton technology. Below are the major stories from the week. Subscribe to the newsletter for timely results and optimized viewing, and receive it directly in your inbox.

Summary (AI Generated)

International Nurses Day (May 12) was celebrated globally, honoring the legacy of Florence Nightingale. In recognition of healthcare professionals, we explored the growing role of exosuits like the Hapo-CS in supporting nurses and caregivers during physically demanding tasks.

In our sponsored technology spotlight, CubeMars’ AKE Series high-torque actuators exemplify the importance of component suppliers in advancing the performance of both exoskeletons and humanoid robots.

From the medical field, we highlighted a narrative analysis study on the Hybrid Assistive Limb (HAL), revealing how the device supports not just physical rehabilitation, but also mental and social recovery in users. The study introduces a “Mutual Feedback Structural Model,” highlighting the interconnected nature of healing.

We also covered exoskeletons gaining visibility in mainstream media. A segment on 60 Minutes showcased spinal implants and the TWIICE exoskeleton, introducing millions of viewers to real-world use cases of assistive technology.

On the research front, another study on vision-based control of a hip exosuit demonstrated that geometric modeling of the environment can meaningfully enhance assistive performance during walking and stair navigation. Meanwhile, Lifeward concluded a three-year collaboration with Israeli institutions to integrate AI into next-gen ReWalk exoskeletons.

We profiled the SynStride FES suit concept from the design world, which uses functional electrical stimulation to correct spinal curvature, particularly kyphosis.

In the first responder domain, Korea’s National Police Agency launched a pilot test of WIM exoskeletons in its K-Smart Patrol Program, deploying 30 officers with wearable technology for crime prevention.

On the business front, SEEPPO’s AwalkHS wearable robot launched on Kickstarter and hit its funding goal within days. The product features AI-powered motion control, adaptive assist modes, and a 70kg load offset capacity. Meanwhile, ULS Robotics — a Chinese startup — raised $10 million in Series B funding to scale its AI-integrated exoskeleton platform for industrial use.

Military innovation also made headlines as Angel Robotics entered a strategic partnership with LIG Nex1 to co-develop wearable robotic technologies for defense applications.

In academic research, the University of Nebraska Omaha initiated a study into whether exoskeleton-resisted gait training can improve walking in stroke survivors, focusing on minimalistic suit designs that still deliver measurable results. Separately, researchers proposed a predictive control model that modulates Achilles tendon force based on tissue loading rather than traditional joint torque or metabolic cost.

Finally, awards recognition went to Hapo, which was named a Top Three Finalist in the “Operating Room of Tomorrow” category at the 2025 SantExpo Innovation Trophies. This award underscores growing industry validation for occupational exosuits designed to prevent injury and enhance worker support.

Please support the Exoskeleton Report through Patreon, ensuring this evolving technology landscape’s continued coverage and promotion.