clinical-trial-designPOST
Generate a precedent-backed clinical trial design strategy.
Analyzes trial precedents, regulatory patterns, endpoint/comparator expectations, safety monitoring needs, operational feasibility, and competitive benchmarks to recommend a structured clinical trial design strategy. Recommendations are strategic and do not replace biostatistics, clinical operations, or regulatory review.
Endpoint
POST https://api.frontwind.ai/v1/agents/clinical-trial-designExample
curl -X POST https://api.frontwind.ai/v1/agents/clinical-trial-design \
-H "Authorization: Bearer fw_live_..." \
-H "Content-Type: application/json" \
-d '{ "asset_name": "FW-201", "indication": "relapsed/refractory multiple myeloma", "modality": "bispecific antibody", "mechanism_of_action": "BCMA x CD3 T-cell engagement", "target": "BCMA", "development_stage": "Phase 2", "geography": "FDA", "line_of_therapy": "after at least three prior lines", "preferred_endpoint": "ORR with DoR", "competitor_trials": [ "MajesTEC-1", "MagnetisMM-3", "KarMMa" ] }'Request body
| Field | Type | Required | Description |
|---|---|---|---|
asset_name | string | Yes | |
indication | string | Yes | |
modality | string | Yes | |
mechanism_of_action | string | Yes | |
target | string | Yes | |
development_stage | string | Yes | |
geography | string | Yes | Regulatory geography, e.g. FDA, EMA, PMDA. |
intended_label_claim | string | No | |
line_of_therapy | string | No | |
biomarker_strategy | string | No | |
target_patient_population | string | No | |
safety_profile | object | No | |
preliminary_efficacy_data | object | No | |
competitor_trials | array | No | |
preferred_endpoint | string | No | |
combination_partners | array | No | |
route_of_administration | string | No | |
dosing_schedule | string | No | |
regulatory_designations | array | No | |
manufacturing_constraints | object | No | |
use_cache | boolean | default false |
Response data
| Field | Type | Description |
|---|---|---|
executive_summary | object | |
recommended_trial_design | object | |
proposed_trial_schema | object | |
target_patient_population | object | |
endpoint_strategy | array | |
comparator_strategy | object | |
statistical_design_recommendations | object | |
safety_monitoring_recommendations | object | |
operational_feasibility_analysis | object | |
competitive_trial_benchmarking | array | |
regulatory_risks | array | |
strategy_scenarios | array | |
recommended_next_steps | array | |
precedents | array | |
sources | array | |
assumptions | array | |
warnings | array |
Example response
{
"ok": true,
"agent": "clinical-trial-design",
"data": {
"executive_summary": {
"recommended_trial_strategy": "Base case is a single-arm Phase 2 in heavily pretreated RRMM with ORR and DoR as the evidence package, paired with an early randomized confirmatory plan [1][2].",
"likely_regulatory_pathway": "Accelerated approval may be plausible if response durability and safety are compelling in a refractory population [1][2].",
"major_design_risks": [
"single-arm evidence dependency [1]",
"CRS/infection monitoring burden [2]"
],
"confidence": "Medium",
"confidence_score": 65,
"source_ids": [
"1",
"2"
]
},
"recommended_trial_design": {
"design_type": "Phase 2 single-arm with confirmatory randomized follow-on",
"rationale": "A refractory setting can support response-based development when randomized SOC is operationally difficult, but confirmatory evidence remains a key risk [1].",
"source_ids": [
"1"
]
},
"competitive_trial_benchmarking": [
{
"asset": "teclistamab",
"phase": "Phase 1/2",
"population": "RRMM after multiple prior lines",
"endpoint": "ORR",
"comparator": "single-arm",
"sample_size": "N/R",
"outcome": "Supported approval precedent [1]",
"source_ids": [
"1"
]
}
],
"warnings": [
"Design recommendations are strategic and not a final SAP or regulatory advice."
]
},
"elapsed_s": 42
}