Workflow and access
The exam lifecycle within Laudos.AI, authentication, access roles and the per-institution segregation model.
The reference for the platform and the RadCommons API. Full access is granted to teams in evaluation or deployment.
The exam lifecycle within Laudos.AI, authentication, access roles and the per-institution segregation model.
Supported messages, expected fields, the return path of the signed report and dedicated integration scenarios.
Lookup by clinical term, responses with cited and versioned criteria, key-based authentication and usage limits.
Architecture, encryption, subprocessors, data flow and the rationale for compliance with the LGPD and CFM 2.454/2026.
GET /v1/sistemas/ti-rads?versao=vigente
Authorization: Bearer <your-key>
{
"sistema": "ACR TI-RADS",
"versao": "2017",
"vigente": true,
"categorias": [
{ "nivel": "TR1", "criterio": "0 pontos", "conduta": "sem PAAF" },
{ "nivel": "TR5", "criterio": "7+ pontos", "conduta": "PAAF se >= 1,0 cm" }
],
"fonte": { "citacao": "Tessler FN et al. J Am Coll Radiol 2017",
"localizador": "doi:10.1016/j.jacr.2017.01.046" }
}
Structured, cited and versioned response. The full API documentation lives at radcommons.laudos.ai.
Because half of it describes integrations and configurations specific to hospital environments. What is truly public (the corpus and the benchmark) is open on the subdomains.
Yes, during the deployment or technical evaluation phase. IT receives credentials and an environment with sample data.
The platform documentation describes authentication, roles, per-institution segregation and the exam lifecycle. The integration documentation details the inbound and return path, messages, fields and environments applicable to the project. The security documentation presents the data flow, encryption, retention and subprocessors relevant to due diligence.
The public part explains the model and makes it possible to prepare questions. The team releases credentials, environment endpoints and specific integration conditions within an identified evaluation, because these details reveal operational architecture. This limit protects the platform, but it cannot prevent the institution from obtaining the information it needs before approving use.
The path has five steps. Define the flow to evaluate. Receive the corresponding reference. Align authentication and test data. Run success and failure cases. Record the acceptance criteria.
Technical access without a use case produces a collection of endpoints; documentation tied to the workflow produces an integration decision.
The minimum tests are not just the happy path. They include an incomplete order, duplicates, an invalid credential, temporary unavailability, resending and result reconciliation. The expected behavior for each failure must be recorded before production, along with the owner of the fix and the escalation channel.
Product and clinical leadership need to understand authorship, review and template governance. IT needs to map identity, events, messages, monitoring and contingency. The DPO needs to locate each piece of data, purpose, retention and subprocessor. Operations needs to know how to open an incident and how to keep the shift running when a dependency fails. The documentation is only complete when each owner finds the answer they need without relying on a meeting held from memory.
The full documentation and the sandbox come into the deployment conversation.