01
Fragmented constraint sources
TG-101, QUANTEC, RTOG, ESTRO and DAHANCA each publish in their own format. Cross-referencing for a single OAR takes minutes per plan — and assumptions drift over time.
Clinical decision-support · v1 alpha · pilot cohort 2026
“How do you defend a plan you signed eighteen months ago?”
Trust in every plan.
Veridose sits above your TPS and auto-selects dose constraints from TG-101, QUANTEC, RTOG, ESTRO and DAHANCA — then scores each plan with full explainability and audit-ready evidence.
TPS-agnosticOn-premiseAudit-ready
0
TPS vendors supported
Eclipse · RayStation · Monaco · Ethos
0
Evidence sources, versioned
TG-101 · QUANTEC · RTOG · ESTRO · DAHANCA
0y
Years of retention by design
Hash-chained audit trail
The problem
Planning evidence is scattered. Decisions are not.
Every plan you sign off depends on a consensus you have to reconstruct by hand — from PDFs, society guidelines, vendor docs, and prior cases. Then you defend it on audit, months later, from memory.
02
Inconsistent scoring across physicists
Two physicists, same case, different priorities. Plan quality varies with experience, not protocol. There is no shared rubric and no diffable record of the trade-offs.
03
Audit trail anxiety
CNCAN inspections and MDR readiness ask for traceability you do not have. Spreadsheets and signed PDFs do not survive a serious review.
How it works
Three steps. No new TPS to learn.
01
Import DICOM-RT
Drop RT Plan, RT Structure and RT Dose from Eclipse, RayStation, Monaco or Ethos. Parsed in an isolated worker with vendor-quirk handling.
02
Auto-select constraints & score
Veridose matches localisation and fractionation against versioned protocols, computes DVH, CI, GI, HI, hotspot and target metrics, and surfaces every trade-off with the source citation.
03
Sign-off with evidence
Generate physicist worksheet, medic report and RTT checklist as PDF + DOCX. Every signature is hash-chained to the underlying plan — survives an audit years later.
Honest by design
Three things Veridose is not.
We are not the loudest tool in this space. We are not promising what we cannot deliver. Here is what we deliberately do not do.
Not a TPS replacement
Veridose does not plan radiotherapy. Your TPS does. We read DICOM-RT exports, compute scoring, generate evidence — and stop. Your physicists' clinical judgment remains the final authority.
Not AI in the decision path
v1 contains no LLM, no neural network, no autosegmentation in the clinical workflow. Every score is a deterministic function of versioned protocols and your plan data. Same input always produces same output. Auditable. Reproducible.
Not certified for clinical use — yet
Veridose v1 ships as decision-support and research-use software. MDR certification is a v2+ pursuit when adoption justifies it. The disclaimer is permanent until certified. We will not pretend otherwise.
v1 capabilities
Three modules. Nothing experimental.
Veridose v1 ships only what physicists trust today. No AI in the clinical decision path. No autonomy. No cloud for PHI.
Module 01
DICOM-RT import & plan evaluation
- Parses RT Plan / RT Structure / RT Dose with vendor-specific quirks for four major TPS vendors.
- Computes DVH, conformity index (CI), gradient index (GI), heterogeneity index (HI), hotspot, V95 / D95 / D98 / D2 / Dmean.
- Side-by-side comparisons across plan revisions — every change you made, attributed.
Module 02
Dose constraint engine
- Versioned protocols from TG-101, QUANTEC, RTOG, ESTRO, DAHANCA — filterable by localisation, fractionation, priority and source.
- Every constraint cites its source document and revision. Differences between protocols are surfaced, not flattened.
- Deterministic evaluation — same input always produces same scoring. Reproducible at audit.
Module 03
Report generator with sign-off
- Physicist worksheet, medical report and RTT delivery checklist generated as PDF + DOCX, bilingual RO + EN.
- Sign-off workflow with role-based approvals (physicist, radiation oncologist, RTT).
- Immutable hash-chained audit trail — integrity verified on every boot.
Trust & compliance
Built for the audit you have not had yet.
Veridose is architected around the assumption that one day a regulator, a court, or a colleague will ask: how did you make that decision? Every answer is reconstructable, byte-for-byte.
On-premise per centre
Two Docker containers. No cloud for PHI. Your data never leaves the hospital network.
MDR-ready architecture
Deterministic algorithms, traceability matrix from requirement to test, validation testing per release. MDR certification is a v2+ pursuit — the architecture is ready when you are.
CNCAN audit-aligned
Reports map to NSR-12 and Ord. 94/2004 expectations. DPIA template included. 25-year retention by design.
Hash-chained audit log
Every mutation is appended to an immutable chain. Integrity check fails the boot if the chain is broken. No silent tampering.
AES-256-GCM at rest
PHI columns encrypted per-row with rotating keys. Argon2id password hashing. TLS by default.
Cosign-signed releases
Every Docker image is signed and verifiable at install time. Your IT department decides when to pull updates.
Honest answers
Questions you would have asked anyway.
Never. Veridose runs entirely on-premise as two Docker containers. PHI is encrypted at rest with AES-256-GCM. No telemetry. No phone-home. If your IT department blocks all outbound traffic, Veridose still works — forever.
Early access
Join the waitlist.
Whether you run a centre or plan as a solo physicist, join the 2026 pilot waitlist. Monthly build updates and first access when we open new slots.
2026 pilot cohort · open to centres and individual physicistsTakes 20 seconds. We reply within 48 hours.