ServiceUpdated on 1 September 2025
Real-Time Risk and Triage Analytics
About
The service processes sensor data (e.g., vital signs, environmental inputs) to quantify risks and prioritize actions, preventing damage in critical scenarios. For example, it supports astronauts by retracting suit mechanisms during anomalies, soldiers in CBRN scenarios by prioritizing evacuation, or EMA HTA trials by monitoring medication effects. Deployed on edge devices with TensorFlow Lite, it ensures offline autonomy and hybrid scalability with cloud integration. Validated in DLR’s :envihab, it reduces decision-making errors by up to 50%, enhancing safety and efficiency across sectors.
Applies to
- Development stages and support fuctions - Contract research (CRO / CRMO)
- Development stages and support fuctions - Regulatory and compliance
- Development stages and support fuctions - Commercial strategy and market access
- Development stages and support fuctions - Ethics and social responsibility
Organisation
Similar opportunities
Product
: AI-Enhanced Space Suit Performance Module
- Innovative therapies - Precision medicine
- High Tech Systems & Materials - Quantum design
- Development stages and support fuctions - Contract research (CRO / CRMO)
Johannes Wubbe
President of the board at DocSWISS
Zürich, Switzerland
Investment
- Startup
- Innovative therapies
- Growth and Establishment
- Innovative human-based test models
- Development stages and support fuctions
Johannes Wubbe
President of the board at DocSWISS
Zürich, Switzerland
Service
Life Science Products Covering the Entire Landscape
- Innovative therapies - Precision medicine
- Development stages and support fuctions - Contract research (CRO / CRMO)
- Development stages and support fuctions - Early discovery / basic research
- Development stages and support fuctions - Development and (GMP) manufacturing
- Development stages and support fuctions - Technology development and validation
Peter Timmerman
Head of Peptide Science at Biosynth B.V.
Lelystad, Netherlands