https://ai.exanodia.com/_next/static/chunks/8626.c59792a33f80e9a8.js

1"use strict";(self.webpackChunk_N_E=self.webpackChunk_N_E||[]).push([[8626],{78626:function(e){e.exports=JSON.parse('{"articles":{"welcome":{"title":"Getting started with Exanodia","summary":"Platform overview and your first analysis.","category":"getting_started","order":1,"content":"## Welcome to Exanodia\\n\\nExanodia is a SaaS platform for automated industrial radiograph (DICOM) analysis. Smart-RT™ automatically detects markings, identifies defects, checks conformity against standards (RCC-M, ASME, EN 13480-5, etc.) and generates a PDF report.\\n\\n## Main flow\\n\\n1. **Import** your DICOM files on the **Analyzer** page.\\n2. **Configure** the expected marking and the standard to apply.\\n3. **Start the analysis**: Smart-RT™ processes each radiograph in the background.\\n4. **Review the reports** generated (one per radiograph, or a consolidated batch).\\n5. **Annotate** if you want to correct a detection."},"interface":{"title":"Understanding the interface","summary":"Sidebar, header and main pages overview.","category":"getting_started","order":2,"content":"## Sidebar\\n\\n- **Dashboard**: KPIs (welds completed, conformity rate, radiographs analyzed).\\n- **SMART-RT™ (Analyzer)**: import and start an analysis.\\n- **Projects**: organize analyses by site or customer.\\n- **Reports**: browse and download reports.\\n- **Help center**: this section.\\n\\n## Header\\n\\n- The **?** icon opens the tour for the current page or the help center.\\n- The language switcher toggles between French and English.\\n- Your profile gives access to preferences and sign out."},"import-dicom":{"title":"Importing DICOM files","summary":"Drag-and-drop, accepted formats and size limits.","category":"analyzer","order":1,"content":"## Accepted formats\\n\\n- `.dcm` (DICOM standard)\\n- `.dicom`\\n- `.zip` archives containing several DICOM files\\n\\n## How to import\\n\\n1. Open **SMART-RT™** in the sidebar.\\n2. Drag your files into the upload zone, or click to select them.\\n3. Smart-RT™ automatically extracts metadata (dimensions, shooting technique, etc.).\\n4. Verify and complete the expected marking, then start the analysis.\\n\\n## Best practices\\n\\n- Import as a **batch** if all radiographs share the same marking and standard.\\n- The maximum file size is configurable per company."},"marking":{"title":"Configuring the marking","summary":"CNPE, isometric, weld, welder — what each field stands for.","category":"analyzer","order":2,"content":"## Marking fields\\n\\n- **CNPE**: site code (e.g. `FLA` for Flamanville).\\n- **Isometric**: isometric drawing number.\\n- **Weld number**: unique identifier of the weld.\\n- **Welder marker**: welder identifier.\\n- **Date**: shooting date if provided.\\n\\nSmart-RT™ compares the **observed** marking (extracted from the image) with the **expected** marking you entered. A marking non-conformity is reported."},"norms":{"title":"Understanding standards","summary":"RCC-M, ASME, EN 13480-5 — how Smart-RT™ applies the chosen standard.","category":"analyzer","order":3,"content":"## Selecting the standard\\n\\nThe standard determines:\\n\\n- The **density thresholds** (high / low).\\n- The expected **IQI** (image quality).\\n- The acceptable **shooting technique** (panoramic, double-wall, contact, etc.).\\n- The acceptable **defect criteria**.\\n\\n## Hierarchy\\n\\nStandards are organized as a tree. Selecting a parent applies broader criteria; selecting a child level (e.g. `EN 13480-5 → creep`) applies the criteria specific to that level."},"report-conformity":{"title":"Reading a conformity report","summary":"Global conformity and per-criterion detail.","category":"reports","order":1,"content":"## Global conformity\\n\\nThe report shows a **CONFORM** or **NON-CONFORM** status against 6 criteria:\\n\\n- **Marking**: matches the expected marking.\\n- **Density**: high and low within the standard\'s bounds.\\n- **IQI**: reference wire visibility.\\n- **Shooting technique**: matches the expected one.\\n- **Defects**: probability acceptable per the standard.\\n- **Mark-in-ZAT**: marking not in the heat-affected zone.\\n\\nGlobal conformity is `false` as soon as a single criterion is non-conform."},"report-pdf":{"title":"Generating and downloading a PDF","summary":"PDF of a single report or a consolidated batch.","category":"reports","order":2,"content":"## Single report PDF\\n\\

1nFrom the **Report Viewer** page, click **Download PDF**. The file includes the annotated image, detailed metrics and the conformity conclusion.\\n\\n## Batch PDF\\n\\nFrom the **Batch Viewer** page, click **Download batch PDF**. The PDF consolidates all child reports with a cover page and table of contents."},"batch-master-detail":{"title":"Navigating a batch","summary":"Master-detail layout: child radiograph selection on the left, detail on the right.","category":"reports","order":3,"content":"## Layout\\n\\nThe **Batch Viewer** page displays:\\n\\n- **On the left**: the list of child radiographs with their conformity status.\\n- **On the right**: the detail of the selected report (image, metrics, marking).\\n\\n## Tips\\n\\n- Reports are preloaded on page mount for instant navigation.\\n- Use `↑` / `↓` keyboard arrows to move between radiographs."},"annotation-types":{"title":"Annotation types","summary":"False positive, partial detection, displaced annotation, etc.","category":"review","order":1,"content":"## The 8 types\\n\\

1n- **False positive**: Smart-RT™ flagged something that isn\'t a defect.\\n- **Partial detection**: a defect exists but Smart-RT™ underestimated its size.\\n- **Displaced annotation**: the outline is misplaced.\\n- **False negative**: a defect was missed.\\n- **Wrong classification**: the defect type is incorrect.\\n- **Conformity disputed**: disagreement on the global conformity.\\n- **Unreadable image**: the radiograph is unusable.\\n- **Other**: free-form comment.\\n\\nYour annotations feed the model retraining."},"faq-results-time":{"title":"How long does an analysis take?","summary":"What drives the duration of a Smart-RT™ analysis.","category":"faq","order":1,"content":"Smart-RT™ now runs on **GPU**: a single radiograph processes quickly.\\n\\nFor a batch, total time mostly depends on:\\n\\n- the **number of radiographs** in the batch (the pipeline is parallelized);\\n- your **queue position** if several analyses are requested at the same time;\\n- the **DICOM file size** and its resolution.\\n\\nThe progress dialog shows the live status of each radiograph and your queue position."},"faq-conformity-criteria":{"title":"What conformity criteria does Smart-RT™ check?","summary":"The 6 criteria evaluated.","category":"faq","order":2,"content":"Smart-RT™ evaluates 6 criteria:\\n\\n1. **Marking** — match between observed and expected marking\\n2. **Density** — high and low within standard bounds\\n3. **IQI** — reference wire visibility\\n4. **Shooting technique** — matches expected technique\\n5. **Defects** — probability acceptable per the standard\\n6. **Mark-in-ZAT** — marking outside the heat-affected zone\\n\\nGlobal conformity is `false` as soon as a single criterion fails."},"faq-supported-norms":{"title":"Which standards does Smart-RT™ support?","summary":"List of supported nuclear and industrial standards.","category":"faq","order":3,"content":"Smart-RT™ supports the main industry standards:\\n\\n- **RCC-M** (levels 1, 2, 3)\\n- **CST 53.C.030** (Q1, Q2, Q3, QC cat.0 / outside cat.0, crossed with EN/RCC-M)\\n- **EN 13445-5** (normal, cyclic loads, creep)\\n- **EN 13480-5** (normal, fatigue, creep)\\n- **CODETI** (Div.1 cat.A/B1/B2)\\n- **CODAP** (Div.1, Div.2, cat.A/B1/B2)\\n- **ASME** (I, IX, VIII Div.1/2, B31.1, B31.3)\\n- **EN 17636**, **API 1104**, **AWS D1.1**\\n\\nStandards are organized as a hierarchical tree. Selecting a parent applies broader criteria; a child level applies specific ones."},"admin-manage-users":{"title":"Managing users","summary":"Create, edit and deactivate accounts.","category":"admin","order":1,"roles":["admin","manager"],"content":"## Create a user\\n\\nFrom **Administration → Users**, click **Add**. Provide: first name, last name, email, role (admin / manager / user) and company.\\n\\n## Roles\\n\\n- **admin** — full access, manages accounts, companies, standards and flags\\n- **manager** — manages projects/reports of their company, has restricted admin access\\n- **user** — standard usage (analyses, report viewing)\\n\\n## Deactivate an account\\n\\nA deactivated account keeps its data but can no longer sign in. Use the trash icon for permanent deletion (reversible soft delete for 30 days)."},"admin-manage-companies":{"title":"Managing companies","summary":"Multi-tenant configuration: companies, logos, settings.","category":"admin","order":2,"roles":["admin"],"content":"## Multi-tenant\\n\\nExanodia is multi-tenant: each company has its own users, projects and reports. No data is shared across companies.\\n\\n## Create a company\\n\\n**Administration → Companies → Add**. Provide name, type (SAS, SARL, etc.), full address and logo. The logo appears on generated PDFs.\\n\\n## Per-company feature flags\\n\\nFrom the company detail page, you can override the global feature flags for that specific company (e.g. enable Smart-RT™ Defects as a pilot)."},"admin-feature-flags":{"title":"Configuring feature flags","summary":"3-tier system: global, per-company, per-user.","category":"admin","order":3,"roles":["admin"],"content":"## 3 override levels\\n\\nA flag resolves in this order (most specific wins):\\n\\n1. **User override** — to enable a test on a specific account\\n2. **Company override** — to pilot a feature with a customer\\n3. **Global default** — the flag\'s default value\\n\\n## Available flags\\n\\n- **`defects`** — show defect metrics in reports\\n- **`help_system`** — in-app help system (tours + HelpIcons + help center)\\n\\n## Best practices\\n\\n- First enable a new flag internally (override on your user)\\n- Then pilot with a customer (company override)\\n- Finally flip the global default once validated"}}}')}}]);