Bring acquisition and analysis together.
Fluorescence, advanced microscopy, time-series analysis and experimental signal processing, informed by instrument constraints.
Built around the biomedical workflow.
Each application starts with the sample, the instrument and the decisions the imaging must support.
Portable endoscopyComputational pathologyMicroscopy & biophotonicsLocal inference
Current product development · TRL 5
Portable endoscopy.
Explore the device and examination views →
Compact imaging hardware with integrated acquisition, computational processing and AI-assisted review. Our documented pilot relationship is with Regency Hospital, Kanpur.
- Keep native captures alongside processed images
- Support review through enhanced views and annotations
- Evaluate the workflow in its intended environment
Pathology at a larger scale.
Microcamera arrays can capture a wide specimen area through many small imaging channels. The planned Spum application connects acquisition to live stitching, image quality checks and local model inference.
The underlying imaging research is published: Vinayak Pathak coauthored work demonstrating MCAM configurations, including large histopathology composites. That research is distinct from a completed Spum pathology scanner.
01Capture
Parallel camera channels
02Calibrate
Geometry and illumination
03Stitch
Live reconstruction research
04Interpret
Local AI image review
05Review
Traceable human decisions
Inference beside the instrument.
Native language and image-model inference, local serving and MIDI continuation. Explore supported models, measured performance and integration status.
Explore Spum →Start with the measurement.
We also discuss instrument software and vision engineering beyond biomedical settings when they fit our technical capabilities.
Discuss a project →Build with Neuroscape
Let’s find the next step ↗