Three Products. One Physics Engine.

Every product shares the same validated core library, ensuring calculation consistency whether you're using the API, the dashboard, or the simulator.

API

Link Budget API

Integrate HAPS RF calculations directly into your workflow. RESTful endpoints for free-space path loss, atmospheric absorption, rain attenuation, and complete link budgets — all ITU-R compliant.

  • Link budget, coverage & SINR endpoints under /v1/
  • JSON responses: point results & coverage grids
  • S, Ka, Q, V band support (2–75 GHz)
  • Sub-second response times
  • Standards-traceable calculations
Get API Access
Dashboard

SaaS Dashboard

Plan HAPS deployments visually. Configure multi-platform constellations, generate coverage heatmaps, and export PDF reports — no coding required.

  • 4 analysis pages: Link Budget, Constellation, NTN, Reports
  • Multi-platform constellation planning
  • Interactive Folium coverage maps
  • Automated PDF report generation
  • Real-time parameter adjustment
Try Dashboard
Simulator

NTN Simulator

Validate your HAPS network design against 3GPP specifications. Time-stepping simulation with Doppler modeling, A3 event handover, and HARQ feedback loops.

  • Monte Carlo statistical analysis
  • Multi-beam antenna modeling
  • 3GPP TR 38.811/38.821/38.822 compliant
  • KPI reporting: RSSI, SNR, handover rate, Doppler
  • Configurable simulation parameters
Request Access
See a real POST /v1/calculate-link response 
# request
{
  "frequency_ghz": 28.0,
  "haps_altitude_km": 20.0,
  "elevation_deg": 40.0,
  "tx_power_dbm": 33.0,
  "tx_gain_dbi": 22.0,
  "rx_gain_dbi": 12.0,
  "rain_rate": 5.0,
  "cloud_type": "Clear Sky",
  "sensitivity_dbm": -100.0
}

# 200 OK
{
  "calculation_id": "3f8a1c9e4b2d4e6f9a0b1c2d3e4f5a6b",
  "distance_km": 31.11,
  "fspl_db": 151.25,
  "gas_loss_db": 1.35,
  "rain_loss_db": 3.73,
  "cloud_loss_db": 0.0,
  "total_losses_db": 156.34,
  "rssi_dbm": -89.34,
  "margin_db": 10.66,
  "is_link_up": true
}