Critical human data is everywhere
and nowhere together.
01
Fragmented across devices
Every monitor, ventilator, and sensor writes to its own silo. Teams lose context switching between screens.
02
No temporal coherence
Signals are rarely synchronized enough for meaningful multimodal analysis or retrospective research.
03
No replay-grade reconstruction
Current systems are not built for synchronized replay, multimodal review, or research-grade session export.
The system
Not another dashboard.
A synchronization layer.
Synchronize
Normalize and align heterogeneous streams with precise temporal coherence across sources.
Replay
Review multimodal sessions with full temporal fidelity. Research-grade retrospective analysis.
Trace
Full provenance and annotation across every signal, every session, every moment.
Clarify
Human-centered visualization that makes physiological context interpretable, not just displayable.
Research-first
Built for observation and discovery, not device control.
- High-frequency multimodal orchestration, not single-device display
- Synchronized replay across heterogeneous sources
- Vendor-agnostic through existing hospital infrastructure
- Observational-first entry. No diagnostic claims in phase one
- Foundation for clinical and immersive expansion
Real-time integration of multimodal human data. Cross-stream synchronization. Live visualization with contextual interpretation.
— OMNARAE CORE VISION
For teams at the edge of
complex human data.
ICU research teams
High-frequency physiological data. Synchronized multimodal visibility and replay for observational research.
Hospital innovation labs
Next-generation data integration, visualization, and interoperability within clinical environments.
Translational researchers
Multimodal, waveform-grade, replayable datasets for cross-domain physiological studies.
Seeking a lighthouse pilot for
synchronized multimodal replay.
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Netherlands · Clinical research environments