Core contributor to ENDORSE (indoor robotic fleet logistics) and RESPECT (indoor robotics for healthcare), both involving localization algorithms and data fusion.
STREAM VISION
French SME developing indoor navigation, secure robotics, and connected health platforms for healthcare and assisted living environments.
Their core work
Stream Vision is a Paris-based technology SME specializing in indoor navigation, robotics integration, and digital health solutions. They develop systems that combine localization algorithms, sensor fusion, and data platforms to support healthcare environments — from robotic logistics in hospitals to remote patient monitoring for independent living. Their technical strengths span SLAM-based indoor positioning, cybersecurity hardening for healthcare IT systems, and big data platforms for connected health applications.
What they specialise in
Participated in PROPHETIC (remote health management), SMART BEAR (big data for independent living), and coordinated DISA (medical diagnosis support).
RESPECT focused on secure and privacy-preserving robotics with EHR protection and system hardening; SMART BEAR involved sensitive health data management.
Coordinated the DISA project (medical Diagnosis Support Armchair) and contributed non-invasive sensor work in ENDORSE.
ENDORSE and RESPECT both involved robotic fleet management using ROS in healthcare and commercial settings.
How they've shifted over time
Stream Vision's early H2020 work (2015-2017) centered on remote patient monitoring and a medical diagnosis device (PROPHETIC, DISA), indicating an initial focus on clinical health tech. From 2018 onward, their portfolio shifted decisively toward indoor robotics, SLAM-based navigation, and cybersecurity — merging their healthcare domain knowledge with spatial computing and secure systems (ENDORSE, RESPECT). Their largest funded project, SMART BEAR, shows a parallel move into big data platforms for elderly care, suggesting convergence toward secure, intelligent healthcare environments.
Stream Vision is converging on the intersection of indoor autonomous systems, health data security, and connected care — positioning them for the growing market of smart hospital infrastructure.
How they like to work
Stream Vision operates predominantly as a contributing partner (4 of 5 projects), with one coordinator role on their SME Phase 1 project DISA. They engage in mid-to-large consortia, having worked with 55 unique partners across 12 countries, which suggests they are a versatile team player rather than a project leader. Their repeated presence in MSCA-RISE projects (3 of 5) indicates strong ties to international academic networks and a willingness to invest in researcher exchange and knowledge transfer.
Stream Vision has built a broad European network spanning 55 partners across 12 countries, largely through MSCA-RISE mobility projects that foster deep cross-border academic-industry connections. Their network is research-intensive rather than industry-heavy, reflecting their position as a tech SME bridging academic innovation and applied health technology.
What sets them apart
Stream Vision occupies a distinctive niche at the crossroads of indoor robotics, cybersecurity, and digital health — three domains that rarely converge in a single SME. Their ability to contribute SLAM localization, ROS-based robotics, and health data security within the same consortium makes them a valuable integrator for projects requiring autonomous systems in sensitive environments. For consortium builders, they offer the rare combination of a nimble SME structure with genuine cross-disciplinary depth developed across five years of EU collaboration.
Highlights from their portfolio
- SMART BEARTheir largest funded project (EUR 251,781), addressing big data for elderly independent living — a high-impact societal challenge with strong policy relevance.
- RESPECTCombines cybersecurity with indoor healthcare robotics, reflecting their most mature expertise convergence and addressing growing concerns about medical device security.
- DISATheir only coordinator role — an SME Phase 1 feasibility study for a medical diagnosis support device, showing entrepreneurial initiative beyond consortium participation.