Episteme99

accelerating precision imaging

Scalable utilization of imaging hardware demands rich sensor data, faster processing of sensor datasets, and accurate reconstruction. We are building software tools for high-throughput precision imaging workflows to help users navigate this triple-metric paradigm optimally.

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from workflows to inference tools

We build customized algorithms and workflows that enable faster analytics and precise inference in a high-throughput environment. We aim to empower our users to meet concurrent demands of precision and speed in imaging data analysis across a wide range of applications.

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sensor data analytics at your fingertips

We aim to provide fast, reliable imaging analytics that shortens the operational cycle. This, in turn, will empower our users to deliver efficient point-of-service and will enable scalable deployment of imaging hardware.

Exploration

Advanced light sources like the FEL and synchrotrons routinely map out unknown macromolecular structures at unprecedented spatial resolution. On-demand delivery of detector data analytics promises to accelerate the pace of identification and screening in the drug discovery pipeline.

Verification

Fabrication errors regularly lead to production challenges in the chip manufacturing pipeline. Visual inspection of these defects generate can be accelerated by providing precise analytics at a high throughput rate, leading to a more efficient anomaly detection and faster deployment of corrective measures.

Diagnosis

The automated delivery of medical diagnostics is often hindered by inadequate featurization of the radiology and microscopy datasets. Low-latency algorithms focussing on precise feature identification will be facilitating both intuitive classification and rigorous comparison with established benchmarks.