Approximately three in four lower-limb prosthesis users experience skin problems.
RIVO
restoremobility
The socket should restore mobility—not hide risk. RIVO reveals potentially harmful pressure patterns before they become visible injuries.
Insight for the people who move
Designed to make hidden risk visible between appointments.
Embedded sensors, connected devices and personalized intelligence can help users and clinicians act earlier.
01 / THE PROBLEM
Dangerous pressure can remain invisible
A prosthetic socket carries the user’s weight while surrounding sensitive skin and soft tissue. Changes in gait, activity, temperature, moisture and residual-limb volume can create concentrated pressure between clinic visits.
Experience another amputation within one year, rising further within five years.

Socket-related wounds are one potentially preventable part of a larger risk.
THE CURRENT SYSTEM
Care is reactive.
RIVO is being developed to help clinicians and users act earlier.
- 01
A socket is fitted during a short clinic visit.
- 02
Pressure changes during everyday use.
- 03
Discomfort, redness, or a wound appears.
- 04
The patient returns for adjustment or refabrication.
- 05
Mobility and rehabilitation may be interrupted.
02 / THE SOLUTION
From hidden pressure to actionable intelligence
RIVO combines embedded sensors, connected devices and personalized analytics to continuously monitor the residual limb–socket interface.

- 01
Detect sustained and unusual pressure patterns
- 02
Compare measurements with a personal baseline
- 03
Provide simple, timely alerts
- 04
Generate pressure maps and trends for prosthetists
- 05
Support evidence-based socket adjustments
- 06
Enable remote follow-up between appointments
03 / HOW IT WORKS
Five connected steps
Continuous sensing becomes clear, useful guidance for the user and objective evidence for the prosthetist.
Sense
Thin pressure sensors capture pressure magnitude, duration, location and repetition inside the socket or liner.
Connect
A compact IoT module securely transmits measurements using low-power wireless connectivity.
Learn
Planned AI models learn each user’s patterns over time instead of relying on one universal threshold.
Alert
Clear guidance helps the user inspect the limb, reduce activity or contact their clinic when needed.
Improve
Pressure heatmaps and longitudinal trends support targeted adjustments and better-informed fabrication.
04 / TECHNOLOGY ROADMAP
Intelligence built around the individual
Pressure tolerance is not the same for every user. Anatomy, circulation, diabetes, activity, socket geometry and tissue condition all influence risk.
More than a pressure reading
RIVO is designed to consider how much pressure occurs, where it occurs, how long it lasts, how often it repeats and how it differs from the user’s normal pattern.
Flexible pressure-sensor arrays
Low-power embedded electronics
Bluetooth and mobile connectivity
Personalized AI risk models
Pressure-time and activity analysis
Secure clinician dashboards
Remote monitoring and follow-up
Future temperature and moisture sensing
05 / WHO RIVO SERVES
One system.
Shared understanding.
For prosthesis users
Greater awareness between appointments
Understand what is happening inside the socket—even when reduced sensation makes discomfort difficult to detect.
- Earlier awareness of abnormal pressure
- Clear and accessible alerts
- Personal pressure and activity trends
- Better communication with the prosthetist
- Fewer unnecessary journeys to the clinic
- Greater confidence during daily use

For clinics and prosthetists
Replace guesswork with objective evidence
Pressure information from both fitting sessions and everyday use can support more informed clinical decisions.
- Real-time pressure visualization
- Compare before and after adjustments
- Identify recurring hotspots
- Remotely monitor high-risk users
- Prioritize follow-up appointments
- Document socket-fit decisions
For fabricators and manufacturers
Make every socket capable of learning
RIVO can be developed as a sensor module for new sockets or as a retrofit system for compatible existing prostheses.
- Sensor-integrated socket fabrication
- Smart liner development
- OEM sensor-module licensing
- Fabricator training and certification
- Digital quality-control tools
- Joint research and product validation

For NGOs and rehabilitation programs
Connected care where follow-up is difficult
Affordable deployment could help programs monitor outcomes and prioritize interventions across multiple locations.
- Rehabilitation NGOs and outreach programs
- Public health systems
- Disability-support organizations
- Insurers and development partners
- Multi-location program dashboards
- Scalable remote follow-up

06 / WHY NOW?
The technology has caught up with the need
Flexible sensors are becoming thinner and more affordable. Smartphones provide an existing communication platform. Low-power IoT enables continuous monitoring, while AI can turn sensor data into personalized insight.
Clinics need more objective fitting information, and rehabilitation programs need scalable ways to support patients between appointments. RIVO brings these developments together.
OUR MISSION
Protect mobility by making hidden risk visible
Help every prosthesis user wear their device with greater safety, confidence and independence.
- Human first
Technology must improve the user’s daily life.
- Clinician guided
Insights must support professional judgment.
- Globally accessible
Smart care should not be limited to high-income markets.
07 / BUILD WITH US
Help us build the future of preventive prosthetic care
RIVO is seeking clinical, engineering, manufacturing and impact partners.
Prosthetic clinics and pilot participants
Prosthetists and rehabilitation specialists
Biomedical and sensor engineers
AI and data-science collaborators
Socket fabricators and manufacturers
Wound-care and diabetes advisors
Regulatory and quality specialists
NGOs, funders and impact investors
