Enterprise operators in aviation, maritime shipping, renewable energy, and critical infrastructure do not pay for static weather maps. They contract Ramji Earth Intelligence to prevent multimillion-dollar downtime, automate regulatory SOP compliance, and stream ultra-low latency spatial telemetry directly into their flight bags, navigation bridges, and SCADA systems.
Nowcasting Precision
< 10 min
Optical Flow Doppler Extrapolation
API Latency SLA
< 50 ms
Global Edge CDN & WebSocket Pub/Sub
Availability Guarantee
99.99%
Mission-Critical Tier Contract SLA
Early Warning Interlock
Sub-Second
Seismic P-Wave Hypocenter Detection
Experience how Ramji Earth Intelligence translates raw multi-sensor telemetry into automated business logic and regulatory shutdown triggers without human delay.
ICAO Annex 3 & DGCA CAR Section 4 Aerodrome Directive
Crosswind vectors and convective thunderstorm margins are well within demonstrated airframe limits. Pushback, ground fueling, and baggage handling operating without restriction.
Automated System Interlocks Dispatched:
Standardized REST, GeoJSON, and Mapbox Vector Tile (MVT) endpoints engineered for flight dispatchers (Jeppesen / ForeFlight), harbor masters (ECDIS), and GIS enterprise stacks (ArcGIS / QGIS).
curl -X POST https://api.ramjiweather.com/v1/aviation/trajectory \
-H "Authorization: Bearer RAMJI_ENTERPRISE_KEY" \
-H "Content-Type: application/json" \
-d '{
"flight_id": "AIC102",
"route": ["VIDP", "AGRA", "VOMM"],
"flight_level": 360,
"departure_utc": "2026-10-03T04:30:00Z"
}'
{
"status": "success",
"trajectory_id": "TRAJ_VIDP_VOMM_FL360",
"waypoints_evaluated": 12,
"hazard_summary": {
"clear_air_turbulence": "MODERATE_EDR_0.28",
"high_ice_water_content": "LOW",
"convective_overshooting_tops": false,
"recommended_deviation": "NIL"
},
"segments": [
{
"waypoint": "VIDP_DEP",
"lat": 28.5665,
"lon": 77.1031,
"flight_level": 360,
"headwind_component_kts": -12,
"crosswind_component_kts": 8,
"icing_probability": 0.04,
"edr_turbulence_index": 0.12
},
{
"waypoint": "AGRA_VOR",
"lat": 27.1558,
"lon": 77.9608,
"flight_level": 360,
"headwind_component_kts": -18,
"crosswind_component_kts": 14,
"icing_probability": 0.11,
"edr_turbulence_index": 0.28
}
]
}
Automated ramp hold matrices based on 5 nm intra-cloud lightning radiuses. Crosswind vector decomposition for runway thresholds (ICAO Annex 3) and microburst detection.
Wave shoaling hydrodynamics, Kallakkadal swell surge alarms ($T_p > 18\text{s}$), and dangerous semicircle cyclone routing to prevent vessel grounding and crane collapse.
Dynamic Line Rating (DLR) to safely maximize transmission capacity through real-time convective cooling data. Wind turbine cut-out prediction (>25 m/s) and solar irradiance ramps.
Sub-second P-wave seismic arrival interlocks. Automated high-speed train emergency braking triggers and gas distribution pipeline cutoff signals prior to destructive S-wave impact.
Scale from flexible API developer quotas to dedicated white-label multi-tenant operations centers with guaranteed uptime SLAs and 24/7 chief meteorologist coverage.
For independent maritime agencies, drone operators, and GIS application developers needing direct API feeds.
For regional aerodromes, commercial port terminals, and renewable energy farms requiring automated alerting.
For major commercial airlines, national port authorities, grid operators, and critical infrastructure syndicates.
Our senior meteorological engineering team will provision your sandbox API credentials, configure test assets in your region of interest, and deliver a tailored Proof of Concept within 48 hours.
Your request has been logged. Our Chief Technical Officer and lead meteorologist (Ramji) will review your specifications and reach out with tailored credentials.