slug: boltz
provider: Boltz
generated_by: planning/capability-mapping/scripts/classify_capabilities.py
model: claude-opus-5
frame:
- Pharmaceuticals & Life Sciences
min_confidence: 0.7
capability_model:
  source: https://github.com/vincentmakes/turbo-ea-capabilities
  license: CC-BY-4.0
  attribution: Turbo EA Capabilities by Vincent Verdet — Turbo EA, https://github.com/vincentmakes/turbo-ea-capabilities,
    CC BY 4.0
  notice: NOTICE
edge_count: 3
edges:
- tag: Predictions
  spec_file: boltz-predictions-api-openapi.yml
  capability_id: BC-1500
  capability_id_l1: BC-1500
  capability_name: Drug Discovery Management
  confidence: 0.75
  evidence: POST /compute/v1/predictions/structure-and-binding  Start a structure & binding prediction;
    GET /compute/v1/predictions/adme
  reason: Biomolecular structure/binding-affinity and ADME prediction jobs are computational drug discovery
    work (target/lead assessment, ADME profiling). L1 Drug Discovery Management; sub-capability ambiguous
    between hit discovery, lead optimisation and pre-clinical ADME.
- tag: Protein
  spec_file: boltz-protein-api-openapi.yml
  capability_id: BC-1500
  capability_id_l1: BC-1500
  capability_name: Drug Discovery Management
  confidence: 0.7
  evidence: POST /compute/v1/protein/design  proteinDesignStart  Start a design job; GET /compute/v1/protein/library-screen  List
    library screens
  reason: Generative protein design and library screening are hit discovery / lead optimisation activities
    in drug discovery. L1 confident; specific L2 ambiguous between BC-1500.20 and BC-1500.30.
- tag: Small Molecule
  spec_file: boltz-small-molecule-api-openapi.yml
  capability_id: BC-1500
  capability_id_l1: BC-1500
  capability_name: Drug Discovery Management
  confidence: 0.7
  evidence: POST /compute/v1/small-molecule/design  smallMoleculeDesignStart  Start a design job; POST
    /compute/v1/small-molecule/library-screen
  reason: Generative small-molecule design and virtual library screening map to drug discovery hit identification/lead
    optimisation; exact L2 ambiguous.