VIRDX builds MRI-based diagnostics for prostate cancer, spanning the full pipeline from data platform to synthetic data generation to deep-learning inference:
ve2e(the “inverse” workstream) — infers disease state (csPCa, ISUP grade, lesion location) from bi-parametric MRI using deep inverse models (DINO/ViT-based, e.g.vx1,FlexDINO). Competes on public benchmarks (PI-CAI Open Tuning Leaderboard). See workstreams/inverse/index.md.diffsim— a biophysical tissue-simulation engine that generates synthetic MR imaging data from tissue microstructure models, used to train and stress-test theve2einverse models and to explore MR sequence design. See workstreams/diffsim/index.md.histo— histopathology imaging/annotation work (whole-slide images, tissue segmentation, vxAnnotate-produced pathology assessments) that grounds the biophysical tissue models used bydiffsimand provides ground truth forve2e. See workstreams/histo/index.md.infrastructure— the data platform (vxData), Kubernetes cluster, CI/CD, and internal tooling (dashboard, vxAnnotate) that the science workstreams run on. See workstreams/infrastructure/index.md.
Other workstreams tracked by the org (product, clinical, regulatory,
business) have no dedicated wiki pages yet — no monthly reports or
inbox sessions have been filed for them so far either; there is nothing to
synthesize until material shows up in inbox/.
Where to look for more
- Each workstream’s
sops/directory — the actionable how-to material. Start at workstreams/infrastructure/sops/ and workstreams/histo/sops/. - Monthly reports overview —
cross-workstream progress digest by month. Monthly reports are the only thing
left under
sources/; the legacyguides/,investigations/andincidents/trees were audited against the repos on 2026-08-06 and either promoted intowiki/or deleted.