StrideLink offers a software platform and wearable sensors that monitor real-time gait changes to provide healthcare providers with precise data on patient mobility and recovery. This technology enables practices to enhance patient engagement, track outcomes effectively, and generate additional revenue through remote monitoring services.
Funding
$740K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Healthcare providers often lack objective, continuous data on patient mobility and gait, hindering their ability to effectively track recovery progress and personalize treatment plans. Traditional methods rely on infrequent, in-clinic assessments, which may not capture the full picture of a patient's functional status in their daily environment. This lack of comprehensive data limits informed decision-making and can negatively impact patient outcomes.
Solution
StrideLink Mercury provides a gait-monitoring platform that utilizes wearable sensors to capture real-time patient mobility data. The sensors attach to footwear and track clinically meaningful changes in gait over time. The platform enables healthcare providers to remotely monitor patient progress, gain insights into their mobility, and make data-driven decisions regarding treatment plans. By leveraging comprehensive patient data, StrideLink Mercury facilitates personalized and effective care strategies, enhancing patient engagement and improving outcomes.
Target Audience
StrideLink Mercury is designed for healthcare providers who seek objective, continuous data on patient mobility to enhance treatment planning and track recovery progress.
Features
- Wearable sensors that temporarily attach to the top of any footwear.
- Continuous tracking of clinically meaningful changes in gait over time.
- Remote monitoring capabilities for healthcare providers to track patient progress outside of the clinic.
- Data insights to guide treatment plans and interventions.
- Personalized care strategies based on comprehensive patient mobility data.