slug: cloudrf
provider: CloudRF
generated_by: planning/capability-mapping/scripts/classify_capabilities.py
model: claude-opus-5
frame:
- Telecommunications
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: Create
  spec_file: cloudrf-create-api-openapi.yml
  capability_id: BC-2610.20
  capability_id_l1: BC-2610
  capability_name: Network Coverage Planning
  confidence: 0.8
  evidence: POST /area createArea Multipoint coverage heatmap; POST /path createPath Point-to-point link;
    POST /multilink createMultilink Mesh network
  reason: Core RF propagation modelling operations produce coverage heatmaps and link/mesh predictions
    — i.e. planning of geographic radio coverage and transport links, matching Network Coverage Planning.
- tag: 3D
  spec_file: cloudrf-3d-api-openapi.yml
  capability_id: BC-2610.20
  capability_id_l1: BC-2610
  capability_name: Network Coverage Planning
  confidence: 0.78
  evidence: 'POST /3d create3d ''3D coverage''; vendor: ''RF propagation, coverage modeling, and wireless
    network planning service'''
  reason: The operation computes 3D RF coverage from propagation modelling, which is exactly planning
    of geographic coverage for radio networks (Network Coverage Planning). Slight ambiguity with capacity/site
    planning keeps it below 0.8.
- tag: Analyse
  spec_file: cloudrf-analyse-api-openapi.yml
  capability_id: BC-2610
  capability_id_l1: BC-2610
  capability_name: Telecom Network Planning Management
  confidence: 0.72
  evidence: POST /best-site analyseBestSite Best site within an area; GET /best-server analyseBestServer
    Best server for receiver; POST /interference analyseInterference Network interference
  reason: Operations analyse candidate transmitter sites, best serving cell and inter-site interference
    for a wireless network — design/dimensioning analytics that sit in telecom network planning. Mixed
    sub-scope (site selection plus interference analysis) so no single L2 asserted.