How ReviMo’s Niko Is Transforming Independence for People with Limited Mobility
ReviMo, a Boston-based startup, has unveiled Niko, a groundbreaking robotic lift and transfer system designed to give people with limited mobility greater independence while reducing the physical burden on caregivers. The device represents a significant innovation in accessibility technology, offering a compact, intelligent alternative to traditional ceiling or Hoyer lift systems.
What Makes Niko Different?
Unlike conventional mechanical lifts, Niko features two sets of arms: one forms a “scooping seat” that slides underneath a person to lift them, while the other encircles their torso and provides an ergonomic backrest. The system can be controlled via remote or dashboard controls, allowing users to operate it independently without caregiver assistance.
The device can lift people to a standing level and includes retractable handlebars for additional support. It’s also designed with dignity and safety in mind, featuring a rearview camera, safety sensors, and an alarm button for secure mobility.
Practical Features for Daily Living
Niko is engineered to work with most wheelchairs, recliners, and shower benches while remaining compact enough to navigate small bathrooms. The system can position users directly above toilets—a crucial feature for independent toileting with dignity—and includes disposable seat covers.
The current iteration supports up to 250 pounds, with ReviMo working on a version that can handle up to 400 pounds.
Pricing and Availability
The system is expected to cost approximately $15,000, with the company actively pursuing insurance coverage. ReviMo is offering lower prices for customers on premium waitlists and rental options for those with temporary needs.
Niko is expected to be available before the end of 2026, marking a significant milestone for accessibility technology.
Born from Personal Experience
Founder and CEO Aleksandr Malaschenko, who holds a PhD in Mechanical Engineering and an MBA in Entrepreneurship, drew inspiration from his experience as a caregiver for his grandfather following a stroke. His background in aerospace R&D informed the device’s engineering excellence.
The innovation addresses a critical gap in mobility assistance, potentially transforming daily life for people with paralysis, ALS, and other mobility challenges—as well as easing the demands placed on family caregivers who often manage multiple transfers daily.